target
stringlengths 20
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| src_fm
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| src_fm_fc
stringlengths 21
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| src_fm_fc_co
stringlengths 30
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@Test public void testMinimalWidthTwoCellsSumWithPadding() { gridData.appendColumn(column); gridData.appendRow(new BaseGridRow()); gridData.appendRow(new BaseGridRow()); gridData.appendRow(new BaseGridRow()); mockCellsWithPadding(0, 0, PADDING, 100); mockCellsWithPadding(1, 0, PADDING, 50, 60); mockCellsWithPadding(2, 0, PADDING, 105); assertThat(column.getMinimumWidth()).isEqualTo(130); }
|
@Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; } }
|
ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); }
|
ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); }
|
ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); static final double DEFAULT_WIDTH; }
|
@Test public void testMinimalWidthThreeCellsSumWithPadding() { gridData.appendColumn(column); gridData.appendRow(new BaseGridRow()); gridData.appendRow(new BaseGridRow()); gridData.appendRow(new BaseGridRow()); mockCellsWithPadding(0, 0, PADDING, 100); mockCellsWithPadding(1, 0, PADDING, 50, 60); mockCellsWithPadding(2, 0, PADDING, 50, 60, 10); assertThat(column.getMinimumWidth()).isEqualTo(140); }
|
@Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; }
|
ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; } }
|
ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); }
|
ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); }
|
ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); static final double DEFAULT_WIDTH; }
|
@Test public void testMinimalWidthDefaultWidthWithPadding() { gridData.appendColumn(column); gridData.appendRow(new BaseGridRow()); gridData.appendRow(new BaseGridRow()); gridData.appendRow(new BaseGridRow()); mockCellsWithPadding(0, 0, PADDING, 99); mockCellsWithPadding(1, 0, PADDING, 30, 30, 30); mockCellsWithPadding(2, 0, PADDING, 49, 50); assertThat(column.getMinimumWidth()).isEqualTo(119); }
|
@Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; }
|
ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; } }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); }
|
ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); }
|
ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); static final double DEFAULT_WIDTH; }
|
@Test public void testMinimalWidthNoCellsInMiddleWithPadding() { gridData.appendColumn(column); gridData.appendRow(new BaseGridRow()); gridData.appendRow(new BaseGridRow()); gridData.appendRow(new BaseGridRow()); mockCellsWithPadding(0, 0, PADDING, 100); mockCellsWithPadding(1, 0, PADDING); mockCellsWithPadding(2, 0, PADDING, 50, 60); assertThat(column.getMinimumWidth()).isEqualTo(130); }
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@Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; } }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); }
|
ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); }
|
ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public Double getMinimumWidth() { double minimumWidth = super.getMinimumWidth(); final GridData model = gridWidget.getModel(); final int columnIndex = getLogicalColumnIndex(model); if (columnIndex != -1) { for (GridRow row : model.getRows()) { final GridCell<?> cell = row.getCells().get(columnIndex); if (cell != null) { final GridCellValue<?> value = cell.getValue(); if (value instanceof ExpressionCellValue) { final ExpressionCellValue ecv = (ExpressionCellValue) value; final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ecv.getValue(); final double padding = editor.map(BaseExpressionGrid::getPadding).orElse(0.0); minimumWidth = Math.max(minimumWidth, ecv.getMinimumWidth().orElse(0.0) + padding * 2); } } } } return minimumWidth; } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); static final double DEFAULT_WIDTH; }
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@Test public void testUpdateInternalWidth() { gridData.appendColumn(column); gridData.appendRow(new BaseGridRow()); gridData.appendRow(new BaseGridRow()); gridData.appendRow(new BaseGridRow()); mockCells(0, 0, 100); mockCells(1, 0, 110); mockCells(2, 0, 50, 60); column.setWidthInternal(200D); assertThat(getColumnWidth(0, 0, 0)).isEqualTo(200D); assertThat(getColumnWidth(1, 0, 0)).isEqualTo(200D); assertThat(getColumnWidth(2, 0, 0)).isEqualTo(50D); assertThat(getColumnWidth(2, 0, 1)).isEqualTo(150D); }
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@Override public void setWidthInternal(final double width) { super.setWidth(width); updateWidthOfChildren(); }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void setWidthInternal(final double width) { super.setWidth(width); updateWidthOfChildren(); } }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void setWidthInternal(final double width) { super.setWidth(width); updateWidthOfChildren(); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void setWidthInternal(final double width) { super.setWidth(width); updateWidthOfChildren(); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void setWidthInternal(final double width) { super.setWidth(width); updateWidthOfChildren(); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); static final double DEFAULT_WIDTH; }
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@Test public void testUpdateInternalWidthNoCellsInMiddle() { gridData.appendColumn(column); gridData.appendRow(new BaseGridRow()); gridData.appendRow(new BaseGridRow()); gridData.appendRow(new BaseGridRow()); mockCells(0, 0, 100); mockCells(1, 0); mockCells(2, 0, 50, 60); column.setWidthInternal(200D); assertThat(getColumnWidth(0, 0, 0)).isEqualTo(200D); assertThat(getColumnWidth(2, 0, 0)).isEqualTo(50D); assertThat(getColumnWidth(2, 0, 1)).isEqualTo(150D); }
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@Override public void setWidthInternal(final double width) { super.setWidth(width); updateWidthOfChildren(); }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void setWidthInternal(final double width) { super.setWidth(width); updateWidthOfChildren(); } }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void setWidthInternal(final double width) { super.setWidth(width); updateWidthOfChildren(); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void setWidthInternal(final double width) { super.setWidth(width); updateWidthOfChildren(); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void setWidthInternal(final double width) { super.setWidth(width); updateWidthOfChildren(); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); static final double DEFAULT_WIDTH; }
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@Test public void testUpdateInternalWidthResizedToSmaller() { gridData.appendColumn(column); gridData.appendRow(new BaseGridRow()); gridData.appendRow(new BaseGridRow()); gridData.appendRow(new BaseGridRow()); mockCells(0, 0, 100); mockCells(1, 0, 30, 30, 30); mockCells(2, 0, 50, 60); column.setWidthInternal(80D); assertThat(getColumnWidth(0, 0, 0)).isEqualTo(80D); assertThat(getColumnWidth(1, 0, 0)).isEqualTo(30D); assertThat(getColumnWidth(1, 0, 1)).isEqualTo(30D); assertThat(getColumnWidth(1, 0, 2)).isEqualTo(20D); assertThat(getColumnWidth(2, 0, 0)).isEqualTo(50D); assertThat(getColumnWidth(2, 0, 1)).isEqualTo(30D); }
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@Override public void setWidthInternal(final double width) { super.setWidth(width); updateWidthOfChildren(); }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void setWidthInternal(final double width) { super.setWidth(width); updateWidthOfChildren(); } }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void setWidthInternal(final double width) { super.setWidth(width); updateWidthOfChildren(); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); }
|
ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void setWidthInternal(final double width) { super.setWidth(width); updateWidthOfChildren(); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void setWidthInternal(final double width) { super.setWidth(width); updateWidthOfChildren(); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); static final double DEFAULT_WIDTH; }
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@Test public void testEditNestedUndefinedExpressionGrid() { final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell = mock(GridCell.class); final GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cellValue = mock(GridCellValue.class); final UndefinedExpressionGrid undefinedExpressionGrid = mock(UndefinedExpressionGrid.class); when(cell.getValue()).thenReturn(cellValue); when(cellValue.getValue()).thenReturn(Optional.of(undefinedExpressionGrid)); column.edit(cell, null, null); verify(undefinedExpressionGrid).startEditingCell(0, 0); }
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@Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); } }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); }
|
ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); }
|
ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); static final double DEFAULT_WIDTH; }
|
@Test public void testEditNestedNotUndefinedExpressionGrid() { final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell = mock(GridCell.class); final GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cellValue = mock(GridCellValue.class); final ContextGrid contextGrid = mock(ContextGrid.class); when(cell.getValue()).thenReturn(cellValue); when(cellValue.getValue()).thenReturn(Optional.of(contextGrid)); column.edit(cell, null, null); verify(contextGrid).selectFirstCell(); }
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@Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); } }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); }
|
ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); static final double DEFAULT_WIDTH; }
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@Test public void testEditNestedLiteralExpressionGrid() { final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell = mock(GridCell.class); final GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cellValue = mock(GridCellValue.class); final LiteralExpressionGrid leGrid = mock(LiteralExpressionGrid.class); when(cell.getValue()).thenReturn(cellValue); when(cellValue.getValue()).thenReturn(Optional.of(leGrid)); column.edit(cell, null, null); verify(leGrid).startEditingCell(0, 0); }
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@Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); } }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); static final double DEFAULT_WIDTH; }
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@Test public void testLoadExternalLinksFromExtensionElements() { final org.kie.dmn.model.api.DRGElement source = mock(org.kie.dmn.model.api.DRGElement.class); final org.kie.workbench.common.dmn.api.definition.model.DRGElement target = mock(org.kie.workbench.common.dmn.api.definition.model.DRGElement.class); final DMNElement.ExtensionElements extensionElements = mock(DMNElement.ExtensionElements.class); final List<Object> externalLinks = new ArrayList<>(); final String linkDescription1 = "l1"; final String url1 = "url1"; final ExternalLink external1 = createExternalLinkMock(linkDescription1, url1); externalLinks.add(external1); final String linkDescription2 = "l2"; final String url2 = "url2"; final ExternalLink external2 = createExternalLinkMock(linkDescription2, url2); externalLinks.add(external2); when(extensionElements.getAny()).thenReturn(externalLinks); when(source.getExtensionElements()).thenReturn(extensionElements); final DocumentationLinksHolder linksHolder = mock(DocumentationLinksHolder.class); final DocumentationLinks links = new DocumentationLinks(); when(linksHolder.getValue()).thenReturn(links); when(target.getLinksHolder()).thenReturn(linksHolder); loadExternalLinksFromExtensionElements(source, target); assertEquals(2, links.getLinks().size()); compare(links.getLinks().get(0), linkDescription1, url1); compare(links.getLinks().get(1), linkDescription2, url2); }
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static void loadExternalLinksFromExtensionElements(final org.kie.dmn.model.api.DRGElement source, final org.kie.workbench.common.dmn.api.definition.model.DRGElement target) { if (!Objects.isNull(source.getExtensionElements())) { for (final Object obj : source.getExtensionElements().getAny()) { if (obj instanceof ExternalLink) { final ExternalLink el = (ExternalLink) obj; final DMNExternalLink external = new DMNExternalLink(); external.setDescription(el.getName()); external.setUrl(el.getUrl()); target.getLinksHolder().getValue().addLink(external); } } } }
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DMNExternalLinksToExtensionElements { static void loadExternalLinksFromExtensionElements(final org.kie.dmn.model.api.DRGElement source, final org.kie.workbench.common.dmn.api.definition.model.DRGElement target) { if (!Objects.isNull(source.getExtensionElements())) { for (final Object obj : source.getExtensionElements().getAny()) { if (obj instanceof ExternalLink) { final ExternalLink el = (ExternalLink) obj; final DMNExternalLink external = new DMNExternalLink(); external.setDescription(el.getName()); external.setUrl(el.getUrl()); target.getLinksHolder().getValue().addLink(external); } } } } }
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DMNExternalLinksToExtensionElements { static void loadExternalLinksFromExtensionElements(final org.kie.dmn.model.api.DRGElement source, final org.kie.workbench.common.dmn.api.definition.model.DRGElement target) { if (!Objects.isNull(source.getExtensionElements())) { for (final Object obj : source.getExtensionElements().getAny()) { if (obj instanceof ExternalLink) { final ExternalLink el = (ExternalLink) obj; final DMNExternalLink external = new DMNExternalLink(); external.setDescription(el.getName()); external.setUrl(el.getUrl()); target.getLinksHolder().getValue().addLink(external); } } } } }
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DMNExternalLinksToExtensionElements { static void loadExternalLinksFromExtensionElements(final org.kie.dmn.model.api.DRGElement source, final org.kie.workbench.common.dmn.api.definition.model.DRGElement target) { if (!Objects.isNull(source.getExtensionElements())) { for (final Object obj : source.getExtensionElements().getAny()) { if (obj instanceof ExternalLink) { final ExternalLink el = (ExternalLink) obj; final DMNExternalLink external = new DMNExternalLink(); external.setDescription(el.getName()); external.setUrl(el.getUrl()); target.getLinksHolder().getValue().addLink(external); } } } } }
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DMNExternalLinksToExtensionElements { static void loadExternalLinksFromExtensionElements(final org.kie.dmn.model.api.DRGElement source, final org.kie.workbench.common.dmn.api.definition.model.DRGElement target) { if (!Objects.isNull(source.getExtensionElements())) { for (final Object obj : source.getExtensionElements().getAny()) { if (obj instanceof ExternalLink) { final ExternalLink el = (ExternalLink) obj; final DMNExternalLink external = new DMNExternalLink(); external.setDescription(el.getName()); external.setUrl(el.getUrl()); target.getLinksHolder().getValue().addLink(external); } } } } }
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@Test public void testEditNestedLiteralExpressionPMMLGrid() { final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell = mock(GridCell.class); final GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cellValue = mock(GridCellValue.class); final LiteralExpressionPMMLGrid leGrid = mock(LiteralExpressionPMMLGrid.class); when(cell.getValue()).thenReturn(cellValue); when(cellValue.getValue()).thenReturn(Optional.of(leGrid)); column.edit(cell, null, null); verify(leGrid).startEditingCell(0, 0); }
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@Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); } }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); }
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ExpressionEditorColumn extends DMNGridColumn<BaseGrid<? extends Expression>, Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> implements HasDOMElementResources { @Override public void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell, final GridBodyCellEditContext context, final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback) { cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof UndefinedExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); cell.getValue().getValue() .filter(nestedGrid -> !(nestedGrid instanceof UndefinedExpressionGrid)) .ifPresent(BaseExpressionGrid::selectFirstCell); cell.getValue().getValue() .filter(nestedGrid -> nestedGrid instanceof LiteralExpressionGrid) .ifPresent(nestedGrid -> nestedGrid.startEditingCell(0, 0)); } ExpressionEditorColumn(final GridWidgetRegistry registry,
final HeaderMetaData headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); ExpressionEditorColumn(final GridWidgetRegistry registry,
final List<HeaderMetaData> headerMetaData,
final double width,
final BaseGrid<? extends Expression> gridWidget); protected ExpressionEditorColumn(final List<HeaderMetaData> headerMetaData,
final BaseGridColumnRenderer<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> renderer,
final double width,
final BaseGrid<? extends Expression> gridWidget); @Override Double getMinimumWidth(); @Override void setWidth(final double width); @Override void setWidthInternal(final double width); @Override void edit(final GridCell<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>> cell,
final GridBodyCellEditContext context,
final Consumer<GridCellValue<Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>>>> callback); static final double DEFAULT_WIDTH; }
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@Test public void testFromDMNModelRowNumber() { setup(false); mapper.fromDMNModel(0, ROW_COLUMN_INDEX); mapper.fromDMNModel(1, ROW_COLUMN_INDEX); assertThat(uiModel.getCell(0, ROW_COLUMN_INDEX).getValue().getValue()).isEqualTo(1); assertThat(uiModel.getCell(0, ROW_COLUMN_INDEX).getSelectionStrategy()).isSameAs(RowSelectionStrategy.INSTANCE); assertThat(uiModel.getCell(1, ROW_COLUMN_INDEX).getValue().getValue()).isNull(); assertThat(uiModel.getCell(1, ROW_COLUMN_INDEX).getSelectionStrategy()).isSameAs(RowSelectionStrategy.INSTANCE); }
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@Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); }
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ContextUIModelMapper extends BaseUIModelMapper<Context> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); } }
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ContextUIModelMapper extends BaseUIModelMapper<Context> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); } ContextUIModelMapper(final GridWidget gridWidget,
final Supplier<GridData> uiModel,
final Supplier<Optional<Context>> dmnModel,
final Supplier<Boolean> isOnlyVisualChangeAllowedSupplier,
final Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ListSelectorView.Presenter listSelector,
final int nesting); }
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ContextUIModelMapper extends BaseUIModelMapper<Context> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); } ContextUIModelMapper(final GridWidget gridWidget,
final Supplier<GridData> uiModel,
final Supplier<Optional<Context>> dmnModel,
final Supplier<Boolean> isOnlyVisualChangeAllowedSupplier,
final Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ListSelectorView.Presenter listSelector,
final int nesting); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override @SuppressWarnings("unchecked") void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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ContextUIModelMapper extends BaseUIModelMapper<Context> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); } ContextUIModelMapper(final GridWidget gridWidget,
final Supplier<GridData> uiModel,
final Supplier<Optional<Context>> dmnModel,
final Supplier<Boolean> isOnlyVisualChangeAllowedSupplier,
final Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ListSelectorView.Presenter listSelector,
final int nesting); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override @SuppressWarnings("unchecked") void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); static final String DEFAULT_ROW_CAPTION; }
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@Test public void testFromDMNModelName() { setup(false); mapper.fromDMNModel(0, NAME_COLUMN_INDEX); mapper.fromDMNModel(1, NAME_COLUMN_INDEX); assertEquals("ii1", ((InformationItemCell.HasNameCell) uiModel.getCell(0, NAME_COLUMN_INDEX).getValue().getValue()).getName().getValue()); assertFalse(((InformationItemCell.HasNameAndDataTypeCell) uiModel.getCell(1, NAME_COLUMN_INDEX).getValue().getValue()).hasData()); assertEquals(ContextUIModelMapper.DEFAULT_ROW_CAPTION, ((InformationItemCell.HasNameAndDataTypeCell) uiModel.getCell(1, NAME_COLUMN_INDEX).getValue().getValue()).getPlaceHolderText()); }
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@Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); }
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ContextUIModelMapper extends BaseUIModelMapper<Context> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); } }
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ContextUIModelMapper extends BaseUIModelMapper<Context> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); } ContextUIModelMapper(final GridWidget gridWidget,
final Supplier<GridData> uiModel,
final Supplier<Optional<Context>> dmnModel,
final Supplier<Boolean> isOnlyVisualChangeAllowedSupplier,
final Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ListSelectorView.Presenter listSelector,
final int nesting); }
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ContextUIModelMapper extends BaseUIModelMapper<Context> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); } ContextUIModelMapper(final GridWidget gridWidget,
final Supplier<GridData> uiModel,
final Supplier<Optional<Context>> dmnModel,
final Supplier<Boolean> isOnlyVisualChangeAllowedSupplier,
final Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ListSelectorView.Presenter listSelector,
final int nesting); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override @SuppressWarnings("unchecked") void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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ContextUIModelMapper extends BaseUIModelMapper<Context> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); } ContextUIModelMapper(final GridWidget gridWidget,
final Supplier<GridData> uiModel,
final Supplier<Optional<Context>> dmnModel,
final Supplier<Boolean> isOnlyVisualChangeAllowedSupplier,
final Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ListSelectorView.Presenter listSelector,
final int nesting); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override @SuppressWarnings("unchecked") void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); static final String DEFAULT_ROW_CAPTION; }
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@Test public void testFromDMNModelExpression() { setup(false); mapper.fromDMNModel(0, EXPRESSION_COLUMN_INDEX); mapper.fromDMNModel(1, EXPRESSION_COLUMN_INDEX); assertUndefinedExpressionGridCellEditor(0, undefinedExpressionEditor); assertUndefinedExpressionGridCellEditor(1, literalExpressionEditor); }
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@Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); }
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ContextUIModelMapper extends BaseUIModelMapper<Context> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); } }
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ContextUIModelMapper extends BaseUIModelMapper<Context> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); } ContextUIModelMapper(final GridWidget gridWidget,
final Supplier<GridData> uiModel,
final Supplier<Optional<Context>> dmnModel,
final Supplier<Boolean> isOnlyVisualChangeAllowedSupplier,
final Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ListSelectorView.Presenter listSelector,
final int nesting); }
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ContextUIModelMapper extends BaseUIModelMapper<Context> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); } ContextUIModelMapper(final GridWidget gridWidget,
final Supplier<GridData> uiModel,
final Supplier<Optional<Context>> dmnModel,
final Supplier<Boolean> isOnlyVisualChangeAllowedSupplier,
final Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ListSelectorView.Presenter listSelector,
final int nesting); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override @SuppressWarnings("unchecked") void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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ContextUIModelMapper extends BaseUIModelMapper<Context> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); } ContextUIModelMapper(final GridWidget gridWidget,
final Supplier<GridData> uiModel,
final Supplier<Optional<Context>> dmnModel,
final Supplier<Boolean> isOnlyVisualChangeAllowedSupplier,
final Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ListSelectorView.Presenter listSelector,
final int nesting); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override @SuppressWarnings("unchecked") void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); static final String DEFAULT_ROW_CAPTION; }
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@Test public void testFromDMNModelCellTypes() { setup(false); IntStream.range(0, 2).forEach(rowIndex -> { mapper.fromDMNModel(rowIndex, ROW_COLUMN_INDEX); mapper.fromDMNModel(rowIndex, NAME_COLUMN_INDEX); mapper.fromDMNModel(rowIndex, EXPRESSION_COLUMN_INDEX); }); assertThat(uiModel.getCell(0, ROW_COLUMN_INDEX)).isInstanceOf(ContextGridCell.class); assertThat(uiModel.getCell(0, NAME_COLUMN_INDEX)).isInstanceOf(ContextGridCell.class); assertThat(uiModel.getCell(0, EXPRESSION_COLUMN_INDEX)).isInstanceOf(ContextGridCell.class); assertThat(uiModel.getCell(1, ROW_COLUMN_INDEX)).isInstanceOf(DMNGridCell.class); assertThat(uiModel.getCell(1, NAME_COLUMN_INDEX)).isInstanceOf(DMNGridCell.class); assertThat(uiModel.getCell(1, EXPRESSION_COLUMN_INDEX)).isInstanceOf(DMNGridCell.class); }
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@Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); }
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ContextUIModelMapper extends BaseUIModelMapper<Context> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); } }
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ContextUIModelMapper extends BaseUIModelMapper<Context> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); } ContextUIModelMapper(final GridWidget gridWidget,
final Supplier<GridData> uiModel,
final Supplier<Optional<Context>> dmnModel,
final Supplier<Boolean> isOnlyVisualChangeAllowedSupplier,
final Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ListSelectorView.Presenter listSelector,
final int nesting); }
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ContextUIModelMapper extends BaseUIModelMapper<Context> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); } ContextUIModelMapper(final GridWidget gridWidget,
final Supplier<GridData> uiModel,
final Supplier<Optional<Context>> dmnModel,
final Supplier<Boolean> isOnlyVisualChangeAllowedSupplier,
final Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ListSelectorView.Presenter listSelector,
final int nesting); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override @SuppressWarnings("unchecked") void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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ContextUIModelMapper extends BaseUIModelMapper<Context> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(context -> { final boolean isLastRow = isLastRow(rowIndex); final ContextUIModelMapperHelper.ContextSection section = ContextUIModelMapperHelper.getSection(columnIndex); switch (section) { case ROW_INDEX: if (!isLastRow) { uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector)); } else { uiModel.get().setCell(rowIndex, columnIndex, () -> new DMNGridCell<>(new BaseGridCellValue<>((Integer) null))); } uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case NAME: final InformationItem variable = context.getContextEntry().get(rowIndex).getVariable(); uiModel.get().setCell(rowIndex, columnIndex, () -> new InformationItemCell(() -> InformationItemCell.HasNameAndDataTypeCell.wrap(variable, DEFAULT_ROW_CAPTION), listSelector)); break; case EXPRESSION: final ContextEntry ce = context.getContextEntry().get(rowIndex); final Optional<Expression> expression = Optional.ofNullable(ce.getExpression()); final boolean isOnlyVisualChangeAllowed = this.isOnlyVisualChangeAllowedSupplier.get(); final Optional<ExpressionEditorDefinition<Expression>> expressionEditorDefinition = expressionEditorDefinitionsSupplier.get().getExpressionEditorDefinition(expression); expressionEditorDefinition.ifPresent(ed -> { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> editor = ed.getEditor(new GridCellTuple(rowIndex, columnIndex, gridWidget), Optional.empty(), ce, Optional.ofNullable(ce.getVariable()), isOnlyVisualChangeAllowed, nesting + 1); uiModel.get().setCell(rowIndex, columnIndex, () -> new ContextGridCell<>(new ExpressionCellValue(editor), listSelector)); }); } }); } ContextUIModelMapper(final GridWidget gridWidget,
final Supplier<GridData> uiModel,
final Supplier<Optional<Context>> dmnModel,
final Supplier<Boolean> isOnlyVisualChangeAllowedSupplier,
final Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ListSelectorView.Presenter listSelector,
final int nesting); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override @SuppressWarnings("unchecked") void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); static final String DEFAULT_ROW_CAPTION; }
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@Test public void testType() { assertEquals(ExpressionType.CONTEXT, definition.getType()); }
|
@Override public ExpressionType getType() { return ExpressionType.CONTEXT; }
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ContextEditorDefinition extends BaseEditorDefinition<Context, ContextGridData> { @Override public ExpressionType getType() { return ExpressionType.CONTEXT; } }
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ContextEditorDefinition extends BaseEditorDefinition<Context, ContextGridData> { @Override public ExpressionType getType() { return ExpressionType.CONTEXT; } ContextEditorDefinition(); @Inject ContextEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final @DMNEditor Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ValueAndDataTypePopoverView.Presenter headerEditor,
final @DMNEditor ReadOnlyProvider readOnlyProvider); }
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ContextEditorDefinition extends BaseEditorDefinition<Context, ContextGridData> { @Override public ExpressionType getType() { return ExpressionType.CONTEXT; } ContextEditorDefinition(); @Inject ContextEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final @DMNEditor Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ValueAndDataTypePopoverView.Presenter headerEditor,
final @DMNEditor ReadOnlyProvider readOnlyProvider); @Override ExpressionType getType(); @Override String getName(); @Override Optional<Context> getModelClass(); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<Context> expression); @Override Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final boolean isOnlyVisualChangeAllowed,
final int nesting); }
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ContextEditorDefinition extends BaseEditorDefinition<Context, ContextGridData> { @Override public ExpressionType getType() { return ExpressionType.CONTEXT; } ContextEditorDefinition(); @Inject ContextEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final @DMNEditor Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ValueAndDataTypePopoverView.Presenter headerEditor,
final @DMNEditor ReadOnlyProvider readOnlyProvider); @Override ExpressionType getType(); @Override String getName(); @Override Optional<Context> getModelClass(); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<Context> expression); @Override Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final boolean isOnlyVisualChangeAllowed,
final int nesting); }
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@Test public void testName() { assertEquals(DMNEditorConstants.ExpressionEditor_ContextExpressionType, definition.getName()); }
|
@Override public String getName() { return translationService.format(DMNEditorConstants.ExpressionEditor_ContextExpressionType); }
|
ContextEditorDefinition extends BaseEditorDefinition<Context, ContextGridData> { @Override public String getName() { return translationService.format(DMNEditorConstants.ExpressionEditor_ContextExpressionType); } }
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ContextEditorDefinition extends BaseEditorDefinition<Context, ContextGridData> { @Override public String getName() { return translationService.format(DMNEditorConstants.ExpressionEditor_ContextExpressionType); } ContextEditorDefinition(); @Inject ContextEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final @DMNEditor Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ValueAndDataTypePopoverView.Presenter headerEditor,
final @DMNEditor ReadOnlyProvider readOnlyProvider); }
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ContextEditorDefinition extends BaseEditorDefinition<Context, ContextGridData> { @Override public String getName() { return translationService.format(DMNEditorConstants.ExpressionEditor_ContextExpressionType); } ContextEditorDefinition(); @Inject ContextEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final @DMNEditor Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ValueAndDataTypePopoverView.Presenter headerEditor,
final @DMNEditor ReadOnlyProvider readOnlyProvider); @Override ExpressionType getType(); @Override String getName(); @Override Optional<Context> getModelClass(); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<Context> expression); @Override Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final boolean isOnlyVisualChangeAllowed,
final int nesting); }
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ContextEditorDefinition extends BaseEditorDefinition<Context, ContextGridData> { @Override public String getName() { return translationService.format(DMNEditorConstants.ExpressionEditor_ContextExpressionType); } ContextEditorDefinition(); @Inject ContextEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final @DMNEditor Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ValueAndDataTypePopoverView.Presenter headerEditor,
final @DMNEditor ReadOnlyProvider readOnlyProvider); @Override ExpressionType getType(); @Override String getName(); @Override Optional<Context> getModelClass(); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<Context> expression); @Override Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final boolean isOnlyVisualChangeAllowed,
final int nesting); }
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@Test public void testModelDefinition() { final Optional<Context> oModel = definition.getModelClass(); assertTrue(oModel.isPresent()); }
|
@Override public Optional<Context> getModelClass() { return Optional.of(new Context()); }
|
ContextEditorDefinition extends BaseEditorDefinition<Context, ContextGridData> { @Override public Optional<Context> getModelClass() { return Optional.of(new Context()); } }
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ContextEditorDefinition extends BaseEditorDefinition<Context, ContextGridData> { @Override public Optional<Context> getModelClass() { return Optional.of(new Context()); } ContextEditorDefinition(); @Inject ContextEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final @DMNEditor Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ValueAndDataTypePopoverView.Presenter headerEditor,
final @DMNEditor ReadOnlyProvider readOnlyProvider); }
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ContextEditorDefinition extends BaseEditorDefinition<Context, ContextGridData> { @Override public Optional<Context> getModelClass() { return Optional.of(new Context()); } ContextEditorDefinition(); @Inject ContextEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final @DMNEditor Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ValueAndDataTypePopoverView.Presenter headerEditor,
final @DMNEditor ReadOnlyProvider readOnlyProvider); @Override ExpressionType getType(); @Override String getName(); @Override Optional<Context> getModelClass(); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<Context> expression); @Override Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final boolean isOnlyVisualChangeAllowed,
final int nesting); }
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ContextEditorDefinition extends BaseEditorDefinition<Context, ContextGridData> { @Override public Optional<Context> getModelClass() { return Optional.of(new Context()); } ContextEditorDefinition(); @Inject ContextEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final @DMNEditor Supplier<ExpressionEditorDefinitions> expressionEditorDefinitionsSupplier,
final ValueAndDataTypePopoverView.Presenter headerEditor,
final @DMNEditor ReadOnlyProvider readOnlyProvider); @Override ExpressionType getType(); @Override String getName(); @Override Optional<Context> getModelClass(); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<Context> expression); @Override Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final boolean isOnlyVisualChangeAllowed,
final int nesting); }
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@Test public void testColumn0MetaData() { setupGrid(makeHasNameForDecision(), 0); final GridColumn<?> column = grid.getModel().getColumns().get(0); final List<GridColumn.HeaderMetaData> header = column.getHeaderMetaData(); assertEquals(1, header.size()); assertTrue(header.get(0) instanceof RowNumberColumnHeaderMetaData); final RowNumberColumnHeaderMetaData md = (RowNumberColumnHeaderMetaData) header.get(0); expression.get().setHitPolicy(HitPolicy.FIRST); assertEquals("F", md.getTitle()); expression.get().setHitPolicy(HitPolicy.ANY); assertEquals("A", md.getTitle()); }
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@Override public void setHitPolicy(final HitPolicy hitPolicy, final Command onSuccess) { getExpression().get().ifPresent(dtable -> { final CompositeCommand.Builder<AbstractCanvasHandler, CanvasViolation> commandBuilder = new CompositeCommand.Builder<>(); commandBuilder.addCommand(new SetBuiltinAggregatorCommand(dtable, null, gridLayer::batch)); commandBuilder.addCommand(new SetHitPolicyCommand(dtable, hitPolicy, () -> { gridLayer.batch(); onSuccess.execute(); })); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), commandBuilder.build()); }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override public void setHitPolicy(final HitPolicy hitPolicy, final Command onSuccess) { getExpression().get().ifPresent(dtable -> { final CompositeCommand.Builder<AbstractCanvasHandler, CanvasViolation> commandBuilder = new CompositeCommand.Builder<>(); commandBuilder.addCommand(new SetBuiltinAggregatorCommand(dtable, null, gridLayer::batch)); commandBuilder.addCommand(new SetHitPolicyCommand(dtable, hitPolicy, () -> { gridLayer.batch(); onSuccess.execute(); })); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), commandBuilder.build()); }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override public void setHitPolicy(final HitPolicy hitPolicy, final Command onSuccess) { getExpression().get().ifPresent(dtable -> { final CompositeCommand.Builder<AbstractCanvasHandler, CanvasViolation> commandBuilder = new CompositeCommand.Builder<>(); commandBuilder.addCommand(new SetBuiltinAggregatorCommand(dtable, null, gridLayer::batch)); commandBuilder.addCommand(new SetHitPolicyCommand(dtable, hitPolicy, () -> { gridLayer.batch(); onSuccess.execute(); })); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), commandBuilder.build()); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override public void setHitPolicy(final HitPolicy hitPolicy, final Command onSuccess) { getExpression().get().ifPresent(dtable -> { final CompositeCommand.Builder<AbstractCanvasHandler, CanvasViolation> commandBuilder = new CompositeCommand.Builder<>(); commandBuilder.addCommand(new SetBuiltinAggregatorCommand(dtable, null, gridLayer::batch)); commandBuilder.addCommand(new SetHitPolicyCommand(dtable, hitPolicy, () -> { gridLayer.batch(); onSuccess.execute(); })); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), commandBuilder.build()); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override public void setHitPolicy(final HitPolicy hitPolicy, final Command onSuccess) { getExpression().get().ifPresent(dtable -> { final CompositeCommand.Builder<AbstractCanvasHandler, CanvasViolation> commandBuilder = new CompositeCommand.Builder<>(); commandBuilder.addCommand(new SetBuiltinAggregatorCommand(dtable, null, gridLayer::batch)); commandBuilder.addCommand(new SetHitPolicyCommand(dtable, hitPolicy, () -> { gridLayer.batch(); onSuccess.execute(); })); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), commandBuilder.build()); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testGetItemsRowNumberColumn() { setupGrid(makeHasNameForDecision(), 0); assertDefaultListItems(grid.getItems(0, 0), true); }
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@Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testLoadExternalLinksIntoExtensionElements() { final org.kie.workbench.common.dmn.api.definition.model.DRGElement source = mock(org.kie.workbench.common.dmn.api.definition.model.DRGElement.class); final org.kie.dmn.model.api.DRGElement target = mock(org.kie.dmn.model.api.DRGElement.class); final DocumentationLinksHolder linksHolder = mock(DocumentationLinksHolder.class); when(source.getLinksHolder()).thenReturn(linksHolder); final DocumentationLinks documentationLinks = new DocumentationLinks(); final String url1 = "url1"; final String description1 = "desc1"; final org.kie.workbench.common.dmn.api.property.dmn.DMNExternalLink link1 = createWBExternalLinkMock(description1, url1); documentationLinks.addLink(link1); final String url2 = "url2"; final String description2 = "desc2"; final org.kie.workbench.common.dmn.api.property.dmn.DMNExternalLink link2 = createWBExternalLinkMock(description2, url2); documentationLinks.addLink(link2); when(linksHolder.getValue()).thenReturn(documentationLinks); final DMNElement.ExtensionElements extensionElements = mock(DMNElement.ExtensionElements.class); when(target.getExtensionElements()).thenReturn(extensionElements); final List<Object> externalLinks = new ArrayList<>(); when(extensionElements.getAny()).thenReturn(externalLinks); loadExternalLinksIntoExtensionElements(source, target); assertEquals(2, externalLinks.size()); compare((ExternalLink) externalLinks.get(0), description1, url1); compare((ExternalLink) externalLinks.get(1), description2, url2); }
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static void loadExternalLinksIntoExtensionElements(final org.kie.workbench.common.dmn.api.definition.model.DRGElement source, final org.kie.dmn.model.api.DRGElement target) { if (Objects.isNull(source.getLinksHolder()) || Objects.isNull(source.getLinksHolder().getValue())) { return; } final DocumentationLinks links = source.getLinksHolder().getValue(); final DMNElement.ExtensionElements elements = getOrCreateExtensionElements(target); removeAllExistingLinks(elements); for (final DMNExternalLink link : links.getLinks()) { final ExternalLink external = new ExternalLink(); external.setName(link.getDescription()); external.setUrl(link.getUrl()); elements.getAny().add(external); } target.setExtensionElements(elements); }
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DMNExternalLinksToExtensionElements { static void loadExternalLinksIntoExtensionElements(final org.kie.workbench.common.dmn.api.definition.model.DRGElement source, final org.kie.dmn.model.api.DRGElement target) { if (Objects.isNull(source.getLinksHolder()) || Objects.isNull(source.getLinksHolder().getValue())) { return; } final DocumentationLinks links = source.getLinksHolder().getValue(); final DMNElement.ExtensionElements elements = getOrCreateExtensionElements(target); removeAllExistingLinks(elements); for (final DMNExternalLink link : links.getLinks()) { final ExternalLink external = new ExternalLink(); external.setName(link.getDescription()); external.setUrl(link.getUrl()); elements.getAny().add(external); } target.setExtensionElements(elements); } }
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DMNExternalLinksToExtensionElements { static void loadExternalLinksIntoExtensionElements(final org.kie.workbench.common.dmn.api.definition.model.DRGElement source, final org.kie.dmn.model.api.DRGElement target) { if (Objects.isNull(source.getLinksHolder()) || Objects.isNull(source.getLinksHolder().getValue())) { return; } final DocumentationLinks links = source.getLinksHolder().getValue(); final DMNElement.ExtensionElements elements = getOrCreateExtensionElements(target); removeAllExistingLinks(elements); for (final DMNExternalLink link : links.getLinks()) { final ExternalLink external = new ExternalLink(); external.setName(link.getDescription()); external.setUrl(link.getUrl()); elements.getAny().add(external); } target.setExtensionElements(elements); } }
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DMNExternalLinksToExtensionElements { static void loadExternalLinksIntoExtensionElements(final org.kie.workbench.common.dmn.api.definition.model.DRGElement source, final org.kie.dmn.model.api.DRGElement target) { if (Objects.isNull(source.getLinksHolder()) || Objects.isNull(source.getLinksHolder().getValue())) { return; } final DocumentationLinks links = source.getLinksHolder().getValue(); final DMNElement.ExtensionElements elements = getOrCreateExtensionElements(target); removeAllExistingLinks(elements); for (final DMNExternalLink link : links.getLinks()) { final ExternalLink external = new ExternalLink(); external.setName(link.getDescription()); external.setUrl(link.getUrl()); elements.getAny().add(external); } target.setExtensionElements(elements); } }
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DMNExternalLinksToExtensionElements { static void loadExternalLinksIntoExtensionElements(final org.kie.workbench.common.dmn.api.definition.model.DRGElement source, final org.kie.dmn.model.api.DRGElement target) { if (Objects.isNull(source.getLinksHolder()) || Objects.isNull(source.getLinksHolder().getValue())) { return; } final DocumentationLinks links = source.getLinksHolder().getValue(); final DMNElement.ExtensionElements elements = getOrCreateExtensionElements(target); removeAllExistingLinks(elements); for (final DMNExternalLink link : links.getLinks()) { final ExternalLink external = new ExternalLink(); external.setName(link.getDescription()); external.setUrl(link.getUrl()); elements.getAny().add(external); } target.setExtensionElements(elements); } }
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@Test public void testGetItemsInputClauseColumn() { setupGrid(makeHasNameForDecision(), 0); final List<HasListSelectorControl.ListSelectorItem> items = grid.getItems(0, 1); assertThat(items.size()).isEqualTo(10); assertInputClauseItems(items.subList(0, 4)); assertDefaultListItems(items.subList(5, 10), true); }
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@Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testGetItemsOutputClauseColumn() { setupGrid(makeHasNameForDecision(), 0); final List<HasListSelectorControl.ListSelectorItem> items = grid.getItems(0, 2); assertThat(items.size()).isEqualTo(10); assertOutputClauseItems(items.subList(0, 4)); assertDefaultListItems(items.subList(5, 10), true); }
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@Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testGetItemsRuleAnnotationColumn() { setupGrid(makeHasNameForDecision(), 0); final List<HasListSelectorControl.ListSelectorItem> items = grid.getItems(0, 3); assertThat(items.size()).isEqualTo(10); assertRuleAnnotationClauseItems(items.subList(0, 4)); assertDefaultListItems(items.subList(5, 10), true); }
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@Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override @SuppressWarnings("unused") public List<ListSelectorItem> getItems(final int uiRowIndex, final int uiColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiColumn = SelectionUtils.isMultiColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case OUTPUT_CLAUSES: addOutputClauseItems(items, dtable, uiColumnIndex, isMultiColumn); items.add(new ListSelectorDividerItem()); break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiColumnIndex, dtable.getAnnotations().size() <= 1); items.add(new ListSelectorDividerItem()); break; } addDecisionRuleItems(dtable, items, uiRowIndex); }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testGetHeaderItemsInputClauseColumn() { setupGrid(makeHasNameForDecision(), 0); assertInputClauseItems(grid.getHeaderItems(0, 1)); }
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@SuppressWarnings("unused") List<ListSelectorItem> getHeaderItems(final int uiHeaderRowIndex, final int uiHeaderColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiHeaderColumn = SelectionUtils.isMultiHeaderColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiHeaderColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); break; case OUTPUT_CLAUSES: final List<GridColumn<?>> allColumns = model.getColumns(); final List<GridColumn.HeaderMetaData> headerMetaData = allColumns.get(uiHeaderColumnIndex).getHeaderMetaData(); final GridColumn.HeaderMetaData cellHeaderMetaData = headerMetaData.get(uiHeaderRowIndex); if (headerMetaData.size() - 1 == uiHeaderRowIndex) { addOutputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); } else { items.add(ListSelectorHeaderItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_OutputClauseHeader))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseLeft), true, () -> addOutputClause(getHeaderBlockStartColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex)))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseRight), true, () -> addOutputClause(getHeaderBlockEndColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex) + 1))); } break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiHeaderColumnIndex, dtable.getAnnotations().size() <= 1); } }); return items; }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @SuppressWarnings("unused") List<ListSelectorItem> getHeaderItems(final int uiHeaderRowIndex, final int uiHeaderColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiHeaderColumn = SelectionUtils.isMultiHeaderColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiHeaderColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); break; case OUTPUT_CLAUSES: final List<GridColumn<?>> allColumns = model.getColumns(); final List<GridColumn.HeaderMetaData> headerMetaData = allColumns.get(uiHeaderColumnIndex).getHeaderMetaData(); final GridColumn.HeaderMetaData cellHeaderMetaData = headerMetaData.get(uiHeaderRowIndex); if (headerMetaData.size() - 1 == uiHeaderRowIndex) { addOutputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); } else { items.add(ListSelectorHeaderItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_OutputClauseHeader))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseLeft), true, () -> addOutputClause(getHeaderBlockStartColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex)))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseRight), true, () -> addOutputClause(getHeaderBlockEndColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex) + 1))); } break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiHeaderColumnIndex, dtable.getAnnotations().size() <= 1); } }); return items; } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @SuppressWarnings("unused") List<ListSelectorItem> getHeaderItems(final int uiHeaderRowIndex, final int uiHeaderColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiHeaderColumn = SelectionUtils.isMultiHeaderColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiHeaderColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); break; case OUTPUT_CLAUSES: final List<GridColumn<?>> allColumns = model.getColumns(); final List<GridColumn.HeaderMetaData> headerMetaData = allColumns.get(uiHeaderColumnIndex).getHeaderMetaData(); final GridColumn.HeaderMetaData cellHeaderMetaData = headerMetaData.get(uiHeaderRowIndex); if (headerMetaData.size() - 1 == uiHeaderRowIndex) { addOutputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); } else { items.add(ListSelectorHeaderItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_OutputClauseHeader))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseLeft), true, () -> addOutputClause(getHeaderBlockStartColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex)))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseRight), true, () -> addOutputClause(getHeaderBlockEndColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex) + 1))); } break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiHeaderColumnIndex, dtable.getAnnotations().size() <= 1); } }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @SuppressWarnings("unused") List<ListSelectorItem> getHeaderItems(final int uiHeaderRowIndex, final int uiHeaderColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiHeaderColumn = SelectionUtils.isMultiHeaderColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiHeaderColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); break; case OUTPUT_CLAUSES: final List<GridColumn<?>> allColumns = model.getColumns(); final List<GridColumn.HeaderMetaData> headerMetaData = allColumns.get(uiHeaderColumnIndex).getHeaderMetaData(); final GridColumn.HeaderMetaData cellHeaderMetaData = headerMetaData.get(uiHeaderRowIndex); if (headerMetaData.size() - 1 == uiHeaderRowIndex) { addOutputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); } else { items.add(ListSelectorHeaderItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_OutputClauseHeader))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseLeft), true, () -> addOutputClause(getHeaderBlockStartColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex)))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseRight), true, () -> addOutputClause(getHeaderBlockEndColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex) + 1))); } break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiHeaderColumnIndex, dtable.getAnnotations().size() <= 1); } }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @SuppressWarnings("unused") List<ListSelectorItem> getHeaderItems(final int uiHeaderRowIndex, final int uiHeaderColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiHeaderColumn = SelectionUtils.isMultiHeaderColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiHeaderColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); break; case OUTPUT_CLAUSES: final List<GridColumn<?>> allColumns = model.getColumns(); final List<GridColumn.HeaderMetaData> headerMetaData = allColumns.get(uiHeaderColumnIndex).getHeaderMetaData(); final GridColumn.HeaderMetaData cellHeaderMetaData = headerMetaData.get(uiHeaderRowIndex); if (headerMetaData.size() - 1 == uiHeaderRowIndex) { addOutputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); } else { items.add(ListSelectorHeaderItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_OutputClauseHeader))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseLeft), true, () -> addOutputClause(getHeaderBlockStartColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex)))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseRight), true, () -> addOutputClause(getHeaderBlockEndColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex) + 1))); } break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiHeaderColumnIndex, dtable.getAnnotations().size() <= 1); } }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testGetHeaderItemsOutputClauseColumn() { setupGrid(makeHasNameForDecision(), 0); assertOutputClauseItems(grid.getHeaderItems(0, 2)); }
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@SuppressWarnings("unused") List<ListSelectorItem> getHeaderItems(final int uiHeaderRowIndex, final int uiHeaderColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiHeaderColumn = SelectionUtils.isMultiHeaderColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiHeaderColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); break; case OUTPUT_CLAUSES: final List<GridColumn<?>> allColumns = model.getColumns(); final List<GridColumn.HeaderMetaData> headerMetaData = allColumns.get(uiHeaderColumnIndex).getHeaderMetaData(); final GridColumn.HeaderMetaData cellHeaderMetaData = headerMetaData.get(uiHeaderRowIndex); if (headerMetaData.size() - 1 == uiHeaderRowIndex) { addOutputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); } else { items.add(ListSelectorHeaderItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_OutputClauseHeader))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseLeft), true, () -> addOutputClause(getHeaderBlockStartColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex)))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseRight), true, () -> addOutputClause(getHeaderBlockEndColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex) + 1))); } break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiHeaderColumnIndex, dtable.getAnnotations().size() <= 1); } }); return items; }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @SuppressWarnings("unused") List<ListSelectorItem> getHeaderItems(final int uiHeaderRowIndex, final int uiHeaderColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiHeaderColumn = SelectionUtils.isMultiHeaderColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiHeaderColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); break; case OUTPUT_CLAUSES: final List<GridColumn<?>> allColumns = model.getColumns(); final List<GridColumn.HeaderMetaData> headerMetaData = allColumns.get(uiHeaderColumnIndex).getHeaderMetaData(); final GridColumn.HeaderMetaData cellHeaderMetaData = headerMetaData.get(uiHeaderRowIndex); if (headerMetaData.size() - 1 == uiHeaderRowIndex) { addOutputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); } else { items.add(ListSelectorHeaderItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_OutputClauseHeader))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseLeft), true, () -> addOutputClause(getHeaderBlockStartColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex)))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseRight), true, () -> addOutputClause(getHeaderBlockEndColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex) + 1))); } break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiHeaderColumnIndex, dtable.getAnnotations().size() <= 1); } }); return items; } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @SuppressWarnings("unused") List<ListSelectorItem> getHeaderItems(final int uiHeaderRowIndex, final int uiHeaderColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiHeaderColumn = SelectionUtils.isMultiHeaderColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiHeaderColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); break; case OUTPUT_CLAUSES: final List<GridColumn<?>> allColumns = model.getColumns(); final List<GridColumn.HeaderMetaData> headerMetaData = allColumns.get(uiHeaderColumnIndex).getHeaderMetaData(); final GridColumn.HeaderMetaData cellHeaderMetaData = headerMetaData.get(uiHeaderRowIndex); if (headerMetaData.size() - 1 == uiHeaderRowIndex) { addOutputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); } else { items.add(ListSelectorHeaderItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_OutputClauseHeader))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseLeft), true, () -> addOutputClause(getHeaderBlockStartColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex)))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseRight), true, () -> addOutputClause(getHeaderBlockEndColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex) + 1))); } break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiHeaderColumnIndex, dtable.getAnnotations().size() <= 1); } }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @SuppressWarnings("unused") List<ListSelectorItem> getHeaderItems(final int uiHeaderRowIndex, final int uiHeaderColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiHeaderColumn = SelectionUtils.isMultiHeaderColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiHeaderColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); break; case OUTPUT_CLAUSES: final List<GridColumn<?>> allColumns = model.getColumns(); final List<GridColumn.HeaderMetaData> headerMetaData = allColumns.get(uiHeaderColumnIndex).getHeaderMetaData(); final GridColumn.HeaderMetaData cellHeaderMetaData = headerMetaData.get(uiHeaderRowIndex); if (headerMetaData.size() - 1 == uiHeaderRowIndex) { addOutputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); } else { items.add(ListSelectorHeaderItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_OutputClauseHeader))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseLeft), true, () -> addOutputClause(getHeaderBlockStartColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex)))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseRight), true, () -> addOutputClause(getHeaderBlockEndColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex) + 1))); } break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiHeaderColumnIndex, dtable.getAnnotations().size() <= 1); } }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @SuppressWarnings("unused") List<ListSelectorItem> getHeaderItems(final int uiHeaderRowIndex, final int uiHeaderColumnIndex) { final List<ListSelectorItem> items = new ArrayList<>(); getExpression().get().ifPresent(dtable -> { final boolean isMultiHeaderColumn = SelectionUtils.isMultiHeaderColumn(model); final DecisionTableUIModelMapperHelper.DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, uiHeaderColumnIndex); switch (section) { case INPUT_CLAUSES: addInputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); break; case OUTPUT_CLAUSES: final List<GridColumn<?>> allColumns = model.getColumns(); final List<GridColumn.HeaderMetaData> headerMetaData = allColumns.get(uiHeaderColumnIndex).getHeaderMetaData(); final GridColumn.HeaderMetaData cellHeaderMetaData = headerMetaData.get(uiHeaderRowIndex); if (headerMetaData.size() - 1 == uiHeaderRowIndex) { addOutputClauseItems(items, dtable, uiHeaderColumnIndex, isMultiHeaderColumn); } else { items.add(ListSelectorHeaderItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_OutputClauseHeader))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseLeft), true, () -> addOutputClause(getHeaderBlockStartColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex)))); items.add(ListSelectorTextItem.build(translationService.format(DMNEditorConstants.DecisionTableEditor_InsertOutputClauseRight), true, () -> addOutputClause(getHeaderBlockEndColumnIndex(allColumns, cellHeaderMetaData, uiHeaderRowIndex, uiHeaderColumnIndex) + 1))); } break; case ANNOTATION_CLAUSES: addRuleAnnotationClauseItems(items, uiHeaderColumnIndex, dtable.getAnnotations().size() <= 1); } }); return items; } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testOnItemSelected() { setupGrid(makeHasNameForDecision(), 0); final Command command = mock(Command.class); final HasListSelectorControl.ListSelectorTextItem listSelectorItem = mock(HasListSelectorControl.ListSelectorTextItem.class); when(listSelectorItem.getCommand()).thenReturn(command); grid.onItemSelected(listSelectorItem); verify(command).execute(); }
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@Override public void onItemSelected(final ListSelectorItem item) { final ListSelectorTextItem li = (ListSelectorTextItem) item; li.getCommand().execute(); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override public void onItemSelected(final ListSelectorItem item) { final ListSelectorTextItem li = (ListSelectorTextItem) item; li.getCommand().execute(); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override public void onItemSelected(final ListSelectorItem item) { final ListSelectorTextItem li = (ListSelectorTextItem) item; li.getCommand().execute(); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override public void onItemSelected(final ListSelectorItem item) { final ListSelectorTextItem li = (ListSelectorTextItem) item; li.getCommand().execute(); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override public void onItemSelected(final ListSelectorItem item) { final ListSelectorTextItem li = (ListSelectorTextItem) item; li.getCommand().execute(); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test @SuppressWarnings("unchecked") public void testAddInputClause() { setupGrid(makeHasNameForDecision(), 0); addInputClause(1); verifyCommandExecuteOperation(BaseExpressionGrid.RESIZE_EXISTING); verify(grid).selectHeaderCell(eq(0), eq(1), eq(false), eq(false)); verifyEditHeaderCell(InputClauseColumnHeaderMetaData.class, 0, 1); reset(gridPanel, gridLayer, grid, parentGridColumn); verify(sessionCommandManager).execute(eq(canvasHandler), addInputClauseCommandCaptor.capture()); addInputClauseCommandCaptor.getValue().undo(canvasHandler); verifyCommandUndoOperation(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM); }
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void addInputClause(final int index) { getExpression().get().ifPresent(dtable -> { final InputClause clause = new InputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddInputClauseCommand(dtable, clause, model, () -> makeInputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(0, index, false, false); CellContextUtilities.editSelectedCell(this); } }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addInputClause(final int index) { getExpression().get().ifPresent(dtable -> { final InputClause clause = new InputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddInputClauseCommand(dtable, clause, model, () -> makeInputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(0, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addInputClause(final int index) { getExpression().get().ifPresent(dtable -> { final InputClause clause = new InputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddInputClauseCommand(dtable, clause, model, () -> makeInputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(0, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addInputClause(final int index) { getExpression().get().ifPresent(dtable -> { final InputClause clause = new InputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddInputClauseCommand(dtable, clause, model, () -> makeInputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(0, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addInputClause(final int index) { getExpression().get().ifPresent(dtable -> { final InputClause clause = new InputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddInputClauseCommand(dtable, clause, model, () -> makeInputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(0, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test @SuppressWarnings("unchecked") public void testDeleteInputClause() { setupGrid(makeHasNameForDecision(), 0); grid.deleteInputClause(1); verify(sessionCommandManager).execute(eq(canvasHandler), deleteInputClauseCommandCaptor.capture()); final DeleteInputClauseCommand deleteInputClauseCommand = deleteInputClauseCommandCaptor.getValue(); deleteInputClauseCommand.execute(canvasHandler); verifyCommandExecuteOperation(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM); reset(gridPanel, gridLayer, grid, parentGridColumn); deleteInputClauseCommand.undo(canvasHandler); verifyCommandUndoOperation(BaseExpressionGrid.RESIZE_EXISTING); }
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void deleteInputClause(final int index) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new DeleteInputClauseCommand(dtable, model, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM), () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void deleteInputClause(final int index) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new DeleteInputClauseCommand(dtable, model, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM), () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void deleteInputClause(final int index) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new DeleteInputClauseCommand(dtable, model, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM), () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void deleteInputClause(final int index) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new DeleteInputClauseCommand(dtable, model, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM), () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void deleteInputClause(final int index) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new DeleteInputClauseCommand(dtable, model, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM), () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testAddOutputClause() { setupGrid(makeHasNameForDecision(), 0); addOutputClause(2); verifyCommandExecuteOperation(BaseExpressionGrid.RESIZE_EXISTING); verify(grid).selectHeaderCell(eq(1), eq(2), eq(false), eq(false)); verifyEditHeaderCell(OutputClauseColumnHeaderMetaData.class, 1, 2); reset(gridPanel, gridLayer, grid, parentGridColumn); verify(sessionCommandManager).execute(eq(canvasHandler), addOutputClauseCommandCaptor.capture()); addOutputClauseCommandCaptor.getValue().undo(canvasHandler); verifyCommandUndoOperation(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM); }
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void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testDeleteOutputClause() { setupGrid(makeHasNameForDecision(), 0); grid.deleteOutputClause(2); verify(sessionCommandManager).execute(eq(canvasHandler), deleteOutputClauseCommandCaptor.capture()); final DeleteOutputClauseCommand deleteOutputClauseCommand = deleteOutputClauseCommandCaptor.getValue(); deleteOutputClauseCommand.execute(canvasHandler); verifyCommandExecuteOperation(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM); reset(gridPanel, gridLayer, grid, parentGridColumn); deleteOutputClauseCommand.undo(canvasHandler); verifyCommandUndoOperation(BaseExpressionGrid.RESIZE_EXISTING); }
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void deleteOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new DeleteOutputClauseCommand(dtable, model, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM), () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void deleteOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new DeleteOutputClauseCommand(dtable, model, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM), () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void deleteOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new DeleteOutputClauseCommand(dtable, model, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM), () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void deleteOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new DeleteOutputClauseCommand(dtable, model, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM), () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void deleteOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new DeleteOutputClauseCommand(dtable, model, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM), () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testGetOrCreateExtensionElements() { final DRGElement element = mock(DRGElement.class); final DMNElement.ExtensionElements result = getOrCreateExtensionElements(element); assertNotNull(result); final DMNElement.ExtensionElements existingElements = mock(DMNElement.ExtensionElements.class); when(element.getExtensionElements()).thenReturn(existingElements); final DMNElement.ExtensionElements actual = getOrCreateExtensionElements(element); assertEquals(actual, existingElements); }
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static DMNElement.ExtensionElements getOrCreateExtensionElements(final DRGElement target) { return target.getExtensionElements() == null ? new TDMNElement.TExtensionElements() : target.getExtensionElements(); }
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DMNExternalLinksToExtensionElements { static DMNElement.ExtensionElements getOrCreateExtensionElements(final DRGElement target) { return target.getExtensionElements() == null ? new TDMNElement.TExtensionElements() : target.getExtensionElements(); } }
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DMNExternalLinksToExtensionElements { static DMNElement.ExtensionElements getOrCreateExtensionElements(final DRGElement target) { return target.getExtensionElements() == null ? new TDMNElement.TExtensionElements() : target.getExtensionElements(); } }
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DMNExternalLinksToExtensionElements { static DMNElement.ExtensionElements getOrCreateExtensionElements(final DRGElement target) { return target.getExtensionElements() == null ? new TDMNElement.TExtensionElements() : target.getExtensionElements(); } }
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DMNExternalLinksToExtensionElements { static DMNElement.ExtensionElements getOrCreateExtensionElements(final DRGElement target) { return target.getExtensionElements() == null ? new TDMNElement.TExtensionElements() : target.getExtensionElements(); } }
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@Test public void testAddDecisionRule() { setupGrid(makeHasNameForDecision(), 0); final DecisionTable dtable = grid.getExpression().get().get(); assertThat(dtable.getRule().size()).isEqualTo(1); assertThat(dtable.getRule().get(0).getInputEntry().size()).isEqualTo(1); assertThat(dtable.getRule().get(0).getOutputEntry().size()).isEqualTo(1); addDecisionRule(0); assertThat(dtable.getRule().size()).isEqualTo(2); assertThat(dtable.getRule().get(1).getInputEntry().size()).isEqualTo(1); assertThat(dtable.getRule().get(1).getOutputEntry().size()).isEqualTo(1); verifyCommandExecuteOperation(BaseExpressionGrid.RESIZE_EXISTING); }
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void addDecisionRule(final int index) { getExpression().get().ifPresent(dtable -> { final GridRow decisionTableRow = new LiteralExpressionGridRow(); final DecisionRule decisionRule = DecisionRuleFactory.makeDecisionRule(dtable); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddDecisionRuleCommand(dtable, decisionRule, model, decisionTableRow, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addDecisionRule(final int index) { getExpression().get().ifPresent(dtable -> { final GridRow decisionTableRow = new LiteralExpressionGridRow(); final DecisionRule decisionRule = DecisionRuleFactory.makeDecisionRule(dtable); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddDecisionRuleCommand(dtable, decisionRule, model, decisionTableRow, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addDecisionRule(final int index) { getExpression().get().ifPresent(dtable -> { final GridRow decisionTableRow = new LiteralExpressionGridRow(); final DecisionRule decisionRule = DecisionRuleFactory.makeDecisionRule(dtable); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddDecisionRuleCommand(dtable, decisionRule, model, decisionTableRow, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addDecisionRule(final int index) { getExpression().get().ifPresent(dtable -> { final GridRow decisionTableRow = new LiteralExpressionGridRow(); final DecisionRule decisionRule = DecisionRuleFactory.makeDecisionRule(dtable); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddDecisionRuleCommand(dtable, decisionRule, model, decisionTableRow, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addDecisionRule(final int index) { getExpression().get().ifPresent(dtable -> { final GridRow decisionTableRow = new LiteralExpressionGridRow(); final DecisionRule decisionRule = DecisionRuleFactory.makeDecisionRule(dtable); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddDecisionRuleCommand(dtable, decisionRule, model, decisionTableRow, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testDeleteDecisionRule() { setupGrid(makeHasNameForDecision(), 0); grid.deleteDecisionRule(0); verify(sessionCommandManager).execute(eq(canvasHandler), deleteDecisionRuleCommandCaptor.capture()); final DeleteDecisionRuleCommand deleteDecisionRuleCommand = deleteDecisionRuleCommandCaptor.getValue(); deleteDecisionRuleCommand.execute(canvasHandler); verifyCommandExecuteOperation(BaseExpressionGrid.RESIZE_EXISTING); }
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void deleteDecisionRule(final int index) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new DeleteDecisionRuleCommand(dtable, model, index, () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void deleteDecisionRule(final int index) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new DeleteDecisionRuleCommand(dtable, model, index, () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void deleteDecisionRule(final int index) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new DeleteDecisionRuleCommand(dtable, model, index, () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void deleteDecisionRule(final int index) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new DeleteDecisionRuleCommand(dtable, model, index, () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void deleteDecisionRule(final int index) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new DeleteDecisionRuleCommand(dtable, model, index, () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test @SuppressWarnings("unchecked") public void testDuplicateDecisionRule() { setupGrid(makeHasNameForDecision(), 0); final DecisionTable dtable = grid.getExpression().get().get(); assertThat(dtable.getRule().size()).isEqualTo(1); final DecisionRule rule0 = dtable.getRule().get(0); assertThat(rule0.getInputEntry().size()).isEqualTo(1); assertThat(rule0.getOutputEntry().size()).isEqualTo(1); rule0.getInputEntry().get(0).getText().setValue("input"); rule0.getOutputEntry().get(0).getText().setValue("output"); rule0.getDescription().setValue("description"); grid.duplicateDecisionRule(0); verify(sessionCommandManager).execute(eq(canvasHandler), addDecisionRuleCommandCaptor.capture()); final AddDecisionRuleCommand addDecisionRuleCommand = addDecisionRuleCommandCaptor.getValue(); addDecisionRuleCommand.execute(canvasHandler); assertThat(dtable.getRule().size()).isEqualTo(2); final DecisionRule rule1 = dtable.getRule().get(1); assertThat(rule1.getInputEntry().size()).isEqualTo(1); assertThat(rule1.getOutputEntry().size()).isEqualTo(1); assertThat(rule0.getInputEntry().get(0).getText().getValue()).isEqualTo("input"); assertThat(rule0.getOutputEntry().get(0).getText().getValue()).isEqualTo("output"); assertThat(rule0.getDescription().getValue()).isEqualTo("description"); assertThat(rule1.getInputEntry().get(0).getText().getValue()).isEqualTo("input"); assertThat(rule1.getOutputEntry().get(0).getText().getValue()).isEqualTo("output"); assertThat(rule1.getDescription().getValue()).isEqualTo("description"); verifyCommandExecuteOperation(BaseExpressionGrid.RESIZE_EXISTING); }
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void duplicateDecisionRule(final int index) { getExpression().get().ifPresent(dtable -> { final GridRow decisionTableRow = new LiteralExpressionGridRow(); final DecisionRule decisionRule = DecisionRuleFactory.duplicateDecisionRule(index, dtable); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddDecisionRuleCommand(dtable, decisionRule, model, decisionTableRow, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void duplicateDecisionRule(final int index) { getExpression().get().ifPresent(dtable -> { final GridRow decisionTableRow = new LiteralExpressionGridRow(); final DecisionRule decisionRule = DecisionRuleFactory.duplicateDecisionRule(index, dtable); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddDecisionRuleCommand(dtable, decisionRule, model, decisionTableRow, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void duplicateDecisionRule(final int index) { getExpression().get().ifPresent(dtable -> { final GridRow decisionTableRow = new LiteralExpressionGridRow(); final DecisionRule decisionRule = DecisionRuleFactory.duplicateDecisionRule(index, dtable); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddDecisionRuleCommand(dtable, decisionRule, model, decisionTableRow, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void duplicateDecisionRule(final int index) { getExpression().get().ifPresent(dtable -> { final GridRow decisionTableRow = new LiteralExpressionGridRow(); final DecisionRule decisionRule = DecisionRuleFactory.duplicateDecisionRule(index, dtable); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddDecisionRuleCommand(dtable, decisionRule, model, decisionTableRow, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void duplicateDecisionRule(final int index) { getExpression().get().ifPresent(dtable -> { final GridRow decisionTableRow = new LiteralExpressionGridRow(); final DecisionRule decisionRule = DecisionRuleFactory.duplicateDecisionRule(index, dtable); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddDecisionRuleCommand(dtable, decisionRule, model, decisionTableRow, index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING))); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testSetHitPolicy() { final HitPolicy hitPolicy = HitPolicy.ANY; setupGrid(makeHasNameForDecision(), 0); grid.setHitPolicy(hitPolicy, command); verify(sessionCommandManager).execute(eq(canvasHandler), setHitPolicyCommandCaptor.capture()); final CompositeCommand<AbstractCanvasHandler, CanvasViolation> setHitPolicyCommand = setHitPolicyCommandCaptor.getValue(); assertEquals(2, setHitPolicyCommand.getCommands().size()); assertTrue(setHitPolicyCommand.getCommands().get(0) instanceof SetBuiltinAggregatorCommand); assertTrue(setHitPolicyCommand.getCommands().get(1) instanceof SetHitPolicyCommand); setHitPolicyCommand.execute(canvasHandler); verify(gridLayer, atLeast(1)).batch(); verify(command).execute(); assertEquals(hitPolicy, expression.get().getHitPolicy()); assertNull(expression.get().getAggregation()); }
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@Override public void setHitPolicy(final HitPolicy hitPolicy, final Command onSuccess) { getExpression().get().ifPresent(dtable -> { final CompositeCommand.Builder<AbstractCanvasHandler, CanvasViolation> commandBuilder = new CompositeCommand.Builder<>(); commandBuilder.addCommand(new SetBuiltinAggregatorCommand(dtable, null, gridLayer::batch)); commandBuilder.addCommand(new SetHitPolicyCommand(dtable, hitPolicy, () -> { gridLayer.batch(); onSuccess.execute(); })); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), commandBuilder.build()); }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override public void setHitPolicy(final HitPolicy hitPolicy, final Command onSuccess) { getExpression().get().ifPresent(dtable -> { final CompositeCommand.Builder<AbstractCanvasHandler, CanvasViolation> commandBuilder = new CompositeCommand.Builder<>(); commandBuilder.addCommand(new SetBuiltinAggregatorCommand(dtable, null, gridLayer::batch)); commandBuilder.addCommand(new SetHitPolicyCommand(dtable, hitPolicy, () -> { gridLayer.batch(); onSuccess.execute(); })); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), commandBuilder.build()); }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override public void setHitPolicy(final HitPolicy hitPolicy, final Command onSuccess) { getExpression().get().ifPresent(dtable -> { final CompositeCommand.Builder<AbstractCanvasHandler, CanvasViolation> commandBuilder = new CompositeCommand.Builder<>(); commandBuilder.addCommand(new SetBuiltinAggregatorCommand(dtable, null, gridLayer::batch)); commandBuilder.addCommand(new SetHitPolicyCommand(dtable, hitPolicy, () -> { gridLayer.batch(); onSuccess.execute(); })); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), commandBuilder.build()); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override public void setHitPolicy(final HitPolicy hitPolicy, final Command onSuccess) { getExpression().get().ifPresent(dtable -> { final CompositeCommand.Builder<AbstractCanvasHandler, CanvasViolation> commandBuilder = new CompositeCommand.Builder<>(); commandBuilder.addCommand(new SetBuiltinAggregatorCommand(dtable, null, gridLayer::batch)); commandBuilder.addCommand(new SetHitPolicyCommand(dtable, hitPolicy, () -> { gridLayer.batch(); onSuccess.execute(); })); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), commandBuilder.build()); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override public void setHitPolicy(final HitPolicy hitPolicy, final Command onSuccess) { getExpression().get().ifPresent(dtable -> { final CompositeCommand.Builder<AbstractCanvasHandler, CanvasViolation> commandBuilder = new CompositeCommand.Builder<>(); commandBuilder.addCommand(new SetBuiltinAggregatorCommand(dtable, null, gridLayer::batch)); commandBuilder.addCommand(new SetHitPolicyCommand(dtable, hitPolicy, () -> { gridLayer.batch(); onSuccess.execute(); })); sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), commandBuilder.build()); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testSetBuiltInAggregator() { final BuiltinAggregator aggregator = BuiltinAggregator.SUM; setupGrid(makeHasNameForDecision(), 0); grid.setBuiltinAggregator(aggregator); verify(sessionCommandManager).execute(eq(canvasHandler), setBuiltInAggregatorCommandCaptor.capture()); final SetBuiltinAggregatorCommand setBuiltinAggregatorCommand = setBuiltInAggregatorCommandCaptor.getValue(); setBuiltinAggregatorCommand.execute(canvasHandler); verify(gridLayer).batch(); }
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@Override public void setBuiltinAggregator(final BuiltinAggregator aggregator) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new SetBuiltinAggregatorCommand(dtable, aggregator, gridLayer::batch)); }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override public void setBuiltinAggregator(final BuiltinAggregator aggregator) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new SetBuiltinAggregatorCommand(dtable, aggregator, gridLayer::batch)); }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override public void setBuiltinAggregator(final BuiltinAggregator aggregator) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new SetBuiltinAggregatorCommand(dtable, aggregator, gridLayer::batch)); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override public void setBuiltinAggregator(final BuiltinAggregator aggregator) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new SetBuiltinAggregatorCommand(dtable, aggregator, gridLayer::batch)); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { @Override public void setBuiltinAggregator(final BuiltinAggregator aggregator) { getExpression().get().ifPresent(dtable -> { sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new SetBuiltinAggregatorCommand(dtable, aggregator, gridLayer::batch)); }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testGetDisplayName() { setupGrid(makeHasNameForDecision(), 0); assertThat(((Text) extractHeaderMetaData(0, 1).getValue()).getValue()).isEqualTo(INPUT_CLAUSE_NAME); assertThat(((Name) extractHeaderMetaData(0, 2).getValue()).getValue()).isEqualTo(HASNAME_NAME); addOutputClause(3); assertThat(((Name) extractHeaderMetaData(0, 2).getValue()).getValue()).isEqualTo(HASNAME_NAME); assertThat(((Name) extractHeaderMetaData(1, 2).getValue()).getValue()).isEqualTo(OUTPUT_CLAUSE_NAME1); assertThat(((Name) extractHeaderMetaData(0, 3).getValue()).getValue()).isEqualTo(HASNAME_NAME); assertThat(((Name) extractHeaderMetaData(1, 3).getValue()).getValue()).isEqualTo(OUTPUT_CLAUSE_NAME2); }
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void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test @SuppressWarnings("unchecked") public void testSetDisplayNameWithNoChange() { setupGrid(makeHasNameForDecision(), 0); assertHeaderMetaDataTest(0, 1, (md) -> md.setValue(new Text(INPUT_CLAUSE_NAME))); assertHeaderMetaDataTest(0, 2, (md) -> md.setValue(new Name(HASNAME_NAME))); addOutputClause(3); assertHeaderMetaDataTest(0, 2, (md) -> md.setValue(new Name(HASNAME_NAME))); assertHeaderMetaDataTest(1, 2, (md) -> md.setValue(new Name(OUTPUT_CLAUSE_NAME1))); assertHeaderMetaDataTest(0, 3, (md) -> md.setValue(new Name(HASNAME_NAME))); assertHeaderMetaDataTest(1, 3, (md) -> md.setValue(new Name(OUTPUT_CLAUSE_NAME2))); }
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void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testSetDisplayNameMultipleOutputClauseWithEmptyValue() { setupGrid(makeHasNameForDecision(), 0); final Consumer<ValueAndDataTypeHeaderMetaData> test = (md) -> md.setValue(new Name()); addOutputClause(3); assertDisplayNameMultipleOutputClause(test); }
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void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testSetDisplayNameMultipleOutputClauseWithNullValue() { setupGrid(makeHasNameForDecision(), 0); final Consumer<ValueAndDataTypeHeaderMetaData> test = (md) -> md.setValue(null); addOutputClause(3); assertDisplayNameMultipleOutputClause(test); }
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void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test @SuppressWarnings("unchecked") public void testSetDisplayNameMultipleOutputClauseWithNonEmptyValue() { setupGrid(makeHasNameForDecision(), 0); final String defaultName = "default-name"; final Consumer<ValueAndDataTypeHeaderMetaData> test = (md) -> md.setValue(new Name(NAME_NEW)); addOutputClause(3); final ArgumentCaptor<CompositeCommand> compositeCommandCaptor1 = ArgumentCaptor.forClass(CompositeCommand.class); hasExpression.getName().setValue(defaultName); expression.get().getOutput().get(0).setName(defaultName); assertHeaderMetaDataTest(0, 2, test, compositeCommandCaptor1, SetHasValueCommand.class, UpdateElementPropertyCommand.class); compositeCommandCaptor1.getValue().execute(canvasHandler); assertThat(hasExpression.getName().getValue()).isEqualTo(NAME_NEW); assertThat(expression.get().getOutput().get(0).getName()).isEqualTo(defaultName); final ArgumentCaptor<CompositeCommand> compositeCommandCaptor2 = ArgumentCaptor.forClass(CompositeCommand.class); hasExpression.getName().setValue(defaultName); expression.get().getOutput().get(0).setName(defaultName); assertHeaderMetaDataTest(1, 2, test, compositeCommandCaptor2, SetHasValueCommand.class); compositeCommandCaptor2.getValue().execute(canvasHandler); assertThat(hasExpression.getName().getValue()).isEqualTo(defaultName); assertThat(expression.get().getOutput().get(0).getName()).isEqualTo(NAME_NEW); final ArgumentCaptor<CompositeCommand> compositeCommandCaptor3 = ArgumentCaptor.forClass(CompositeCommand.class); hasExpression.getName().setValue(defaultName); expression.get().getOutput().get(1).setName(defaultName); assertHeaderMetaDataTest(0, 3, test, compositeCommandCaptor3, SetHasValueCommand.class, UpdateElementPropertyCommand.class); compositeCommandCaptor3.getValue().execute(canvasHandler); assertThat(hasExpression.getName().getValue()).isEqualTo(NAME_NEW); assertThat(expression.get().getOutput().get(1).getName()).isEqualTo(defaultName); final ArgumentCaptor<CompositeCommand> compositeCommandCaptor4 = ArgumentCaptor.forClass(CompositeCommand.class); hasExpression.getName().setValue(defaultName); expression.get().getOutput().get(1).setName(defaultName); assertHeaderMetaDataTest(1, 3, test, compositeCommandCaptor4, SetHasValueCommand.class); compositeCommandCaptor4.getValue().execute(canvasHandler); assertThat(hasExpression.getName().getValue()).isEqualTo(defaultName); assertThat(expression.get().getOutput().get(0).getName()).isEqualTo(NAME_NEW); }
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void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testWbFromDMNWhenDMNIsNull() { assertNull(wbFromDMN(null)); }
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public static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn) { if (dmn == null) { return null; } final Id id = new Id(dmn.getId()); final Name name = new Name(dmn.getName()); final Description description = wbDescriptionFromDMN(dmn); final QName typeRef = wbTypeRefFromDMN(dmn); final String typeLanguage = dmn.getTypeLanguage(); final boolean isCollection = dmn.isIsCollection(); final ItemDefinition wb = new ItemDefinition(id, description, name, typeRef, null, null, typeLanguage, isCollection, false); setUnaryTests(wb, dmn); setItemComponent(wb, dmn); return wb; }
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ItemDefinitionPropertyConverter { public static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn) { if (dmn == null) { return null; } final Id id = new Id(dmn.getId()); final Name name = new Name(dmn.getName()); final Description description = wbDescriptionFromDMN(dmn); final QName typeRef = wbTypeRefFromDMN(dmn); final String typeLanguage = dmn.getTypeLanguage(); final boolean isCollection = dmn.isIsCollection(); final ItemDefinition wb = new ItemDefinition(id, description, name, typeRef, null, null, typeLanguage, isCollection, false); setUnaryTests(wb, dmn); setItemComponent(wb, dmn); return wb; } }
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ItemDefinitionPropertyConverter { public static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn) { if (dmn == null) { return null; } final Id id = new Id(dmn.getId()); final Name name = new Name(dmn.getName()); final Description description = wbDescriptionFromDMN(dmn); final QName typeRef = wbTypeRefFromDMN(dmn); final String typeLanguage = dmn.getTypeLanguage(); final boolean isCollection = dmn.isIsCollection(); final ItemDefinition wb = new ItemDefinition(id, description, name, typeRef, null, null, typeLanguage, isCollection, false); setUnaryTests(wb, dmn); setItemComponent(wb, dmn); return wb; } }
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ItemDefinitionPropertyConverter { public static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn) { if (dmn == null) { return null; } final Id id = new Id(dmn.getId()); final Name name = new Name(dmn.getName()); final Description description = wbDescriptionFromDMN(dmn); final QName typeRef = wbTypeRefFromDMN(dmn); final String typeLanguage = dmn.getTypeLanguage(); final boolean isCollection = dmn.isIsCollection(); final ItemDefinition wb = new ItemDefinition(id, description, name, typeRef, null, null, typeLanguage, isCollection, false); setUnaryTests(wb, dmn); setItemComponent(wb, dmn); return wb; } static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn); static org.kie.dmn.model.api.ItemDefinition dmnFromWB(final ItemDefinition wb); }
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ItemDefinitionPropertyConverter { public static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn) { if (dmn == null) { return null; } final Id id = new Id(dmn.getId()); final Name name = new Name(dmn.getName()); final Description description = wbDescriptionFromDMN(dmn); final QName typeRef = wbTypeRefFromDMN(dmn); final String typeLanguage = dmn.getTypeLanguage(); final boolean isCollection = dmn.isIsCollection(); final ItemDefinition wb = new ItemDefinition(id, description, name, typeRef, null, null, typeLanguage, isCollection, false); setUnaryTests(wb, dmn); setItemComponent(wb, dmn); return wb; } static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn); static org.kie.dmn.model.api.ItemDefinition dmnFromWB(final ItemDefinition wb); }
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@Test public void testGetTypeRef() { setupGrid(makeHasNameForDecision(), 0); assertThat(extractHeaderMetaData(0, 1).getTypeRef()).isNotNull(); assertThat(extractHeaderMetaData(0, 2).getTypeRef()).isNotNull(); addOutputClause(3); assertThat(extractHeaderMetaData(0, 2).getTypeRef()).isNotNull(); assertThat(extractHeaderMetaData(1, 2).getTypeRef()).isNotNull(); assertThat(extractHeaderMetaData(0, 3).getTypeRef()).isNotNull(); assertThat(extractHeaderMetaData(1, 3).getTypeRef()).isNotNull(); }
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void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test @SuppressWarnings("unchecked") public void testSetTypeRefMultipleOutputClauses() { setupGrid(makeHasNameForDecision(), 0); final QName typeRef = new QName(QName.NULL_NS_URI, BuiltInType.DATE.getName()); final QName defaultTypeRef = new QName(); final Consumer<ValueAndDataTypeHeaderMetaData> test = (md) -> md.setTypeRef(typeRef); addOutputClause(3); final ArgumentCaptor<CanvasCommand> canvasCommandCaptor1 = ArgumentCaptor.forClass(CanvasCommand.class); hasExpression.getVariable().setTypeRef(defaultTypeRef); expression.get().getOutput().get(0).setTypeRef(defaultTypeRef); assertHeaderMetaDataTest(0, 2, test, canvasCommandCaptor1, SetTypeRefCommand.class); canvasCommandCaptor1.getValue().execute(canvasHandler); assertThat(hasExpression.getVariable().getTypeRef()).isEqualTo(typeRef); assertThat(expression.get().getOutput().get(0).getTypeRef()).isEqualTo(defaultTypeRef); final ArgumentCaptor<CanvasCommand> canvasCommandCaptor2 = ArgumentCaptor.forClass(CanvasCommand.class); hasExpression.getVariable().setTypeRef(defaultTypeRef); expression.get().getOutput().get(0).setTypeRef(defaultTypeRef); assertHeaderMetaDataTest(1, 2, test, canvasCommandCaptor2, SetTypeRefCommand.class); canvasCommandCaptor2.getValue().execute(canvasHandler); assertThat(hasExpression.getVariable().getTypeRef()).isEqualTo(defaultTypeRef); assertThat(expression.get().getOutput().get(0).getTypeRef()).isEqualTo(typeRef); final ArgumentCaptor<CanvasCommand> canvasCommandCaptor3 = ArgumentCaptor.forClass(CanvasCommand.class); hasExpression.getVariable().setTypeRef(defaultTypeRef); expression.get().getOutput().get(1).setTypeRef(defaultTypeRef); assertHeaderMetaDataTest(0, 3, test, canvasCommandCaptor3, SetTypeRefCommand.class); canvasCommandCaptor3.getValue().execute(canvasHandler); assertThat(hasExpression.getVariable().getTypeRef()).isEqualTo(typeRef); assertThat(expression.get().getOutput().get(1).getTypeRef()).isEqualTo(defaultTypeRef); final ArgumentCaptor<CanvasCommand> canvasCommandCaptor4 = ArgumentCaptor.forClass(CanvasCommand.class); hasExpression.getVariable().setTypeRef(defaultTypeRef); expression.get().getOutput().get(1).setTypeRef(defaultTypeRef); assertHeaderMetaDataTest(1, 3, test, canvasCommandCaptor4, SetTypeRefCommand.class); canvasCommandCaptor4.getValue().execute(canvasHandler); assertThat(hasExpression.getVariable().getTypeRef()).isEqualTo(defaultTypeRef); assertThat(expression.get().getOutput().get(1).getTypeRef()).isEqualTo(typeRef); }
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void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testSetTypeRefWithoutChange() { setupGrid(makeHasNameForDecision(), 0); final Consumer<ValueAndDataTypeHeaderMetaData> test = (md) -> md.setTypeRef(new QName()); assertHeaderMetaDataTest(0, 1, test); assertHeaderMetaDataTest(0, 2, test); addOutputClause(3); assertHeaderMetaDataTest(0, 2, test); assertHeaderMetaDataTest(1, 2, test); assertHeaderMetaDataTest(0, 3, test); assertHeaderMetaDataTest(1, 3, test); }
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void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test @SuppressWarnings("unchecked") public void testOutputClauseHasNameWrapperForHeaderMetaData() { setupGrid(makeHasNameForDecision(), 0); addOutputClause(3); final DecisionTable dtable = expression.get(); final OutputClause outputClause = dtable.getOutput().get(0); final GridColumn.HeaderMetaData outputClauseHeaderMetaData = grid.getModel().getColumns().get(2).getHeaderMetaData().get(1); assertThat(outputClause.getName()).isEqualTo(outputClauseHeaderMetaData.getTitle()); reset(sessionCommandManager); extractHeaderMetaData(1, 2).setValue(new Name(NAME_NEW)); verify(sessionCommandManager).execute(eq(canvasHandler), compositeCommandCaptor.capture()); ((AbstractCanvasGraphCommand) compositeCommandCaptor.getValue().getCommands().get(0)).execute(canvasHandler); assertThat(outputClause.getName()).isEqualTo(NAME_NEW); }
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void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test @SuppressWarnings("unchecked") public void testSelectHeaderMultipleOutputClauseColumn() { setupGrid(makeHasNameForDecision(), 0); addOutputClause(2); reset(domainObjectSelectionEvent); grid.selectHeaderCell(0, DEFAULT_OUTPUT_CLAUSE_COLUMN_INDEX, false, false); assertDomainObjectSelection(hasExpression); reset(domainObjectSelectionEvent); grid.selectHeaderCell(1, DEFAULT_OUTPUT_CLAUSE_COLUMN_INDEX, false, false); assertDomainObjectSelection(expression.get().getOutput().get(0)); }
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void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test @SuppressWarnings("unchecked") public void testSelectHeaderMultipleOutputClauseColumnNestedContextEntry() { final Context context = new Context(); final ContextEntry contextEntry = new ContextEntry(); final InformationItem variable = new InformationItem(); contextEntry.setVariable(variable); context.getContextEntry().add(contextEntry); contextEntry.setExpression(expression.get()); this.hasExpression.setExpression(context); this.grid = spy((DecisionTableGrid) definition.getEditor(parent, Optional.empty(), contextEntry, makeHasNameForDecision(), false, 1).get()); addOutputClause(2); reset(domainObjectSelectionEvent); grid.selectHeaderCell(0, DEFAULT_OUTPUT_CLAUSE_COLUMN_INDEX, false, false); assertDomainObjectSelection(variable); reset(domainObjectSelectionEvent); grid.selectHeaderCell(1, DEFAULT_OUTPUT_CLAUSE_COLUMN_INDEX, false, false); assertDomainObjectSelection(expression.get().getOutput().get(0)); }
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void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testMultipleInputClauseColumnHeaderEditorInstances() { final ValueAndDataTypePopoverView.Presenter headerEditor2 = mock(ValueAndDataTypePopoverView.Presenter.class); when(headerEditors.get()).thenReturn(headerEditor, headerEditor2); setupGrid(makeHasNameForDecision(), 0); addInputClause(2); reset(headerEditor2); final GridColumn uiColumn1 = grid.getModel().getColumns().get(1); assertInputClauseColumnHeaderEditor(uiColumn1, headerEditor); final GridColumn uiColumn2 = grid.getModel().getColumns().get(2); assertInputClauseColumnHeaderEditor(uiColumn2, headerEditor2); }
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void addInputClause(final int index) { getExpression().get().ifPresent(dtable -> { final InputClause clause = new InputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddInputClauseCommand(dtable, clause, model, () -> makeInputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(0, index, false, false); CellContextUtilities.editSelectedCell(this); } }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addInputClause(final int index) { getExpression().get().ifPresent(dtable -> { final InputClause clause = new InputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddInputClauseCommand(dtable, clause, model, () -> makeInputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(0, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addInputClause(final int index) { getExpression().get().ifPresent(dtable -> { final InputClause clause = new InputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddInputClauseCommand(dtable, clause, model, () -> makeInputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(0, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addInputClause(final int index) { getExpression().get().ifPresent(dtable -> { final InputClause clause = new InputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddInputClauseCommand(dtable, clause, model, () -> makeInputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(0, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addInputClause(final int index) { getExpression().get().ifPresent(dtable -> { final InputClause clause = new InputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddInputClauseCommand(dtable, clause, model, () -> makeInputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(0, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testMultipleOutputClauseColumnHeaderEditorInstances() { final ValueAndDataTypePopoverView.Presenter headerEditor2 = mock(ValueAndDataTypePopoverView.Presenter.class); when(headerEditors.get()).thenReturn(headerEditor, headerEditor, headerEditor2); setupGrid(makeHasNameForDecision(), 0); addOutputClause(3); reset(headerEditor2); final GridColumn uiColumn1 = grid.getModel().getColumns().get(2); assertOutputClauseColumnHeaderEditor(uiColumn1, headerEditor); final GridColumn uiColumn2 = grid.getModel().getColumns().get(3); assertOutputClauseColumnHeaderEditor(uiColumn2, headerEditor2); }
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void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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DecisionTableGrid extends BaseExpressionGrid<DecisionTable, DecisionTableGridData, DecisionTableUIModelMapper> implements HasListSelectorControl,
HasHitPolicyControl { void addOutputClause(final int index) { getExpression().get().ifPresent(dtable -> { final OutputClause clause = new OutputClause(); final CommandResult<CanvasViolation> result = sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new AddOutputClauseCommand(dtable, clause, model, () -> makeOutputClauseColumn(index, clause), index, uiModelMapper, () -> resize(BaseExpressionGrid.RESIZE_EXISTING), () -> resize(BaseExpressionGrid.RESIZE_EXISTING_MINIMUM))); if (!CommandUtils.isError(result)) { selectHeaderCell(1, index, false, false); CellContextUtilities.editSelectedCell(this); } }); } DecisionTableGrid(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final DMNGridPanel gridPanel,
final DMNGridLayer gridLayer,
final DecisionTableGridData gridData,
final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final CellEditorControlsView.Presenter cellEditorControls,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final boolean isOnlyVisualChangeAllowed,
final int nesting,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final ReadOnlyProvider readOnlyProvider); @Override DecisionTableUIModelMapper makeUiModelMapper(); @Override void initialiseUiColumns(); @Override void initialiseUiRows(); @Override void initialiseUiCells(); @Override @SuppressWarnings("unused") List<ListSelectorItem> getItems(final int uiRowIndex,
final int uiColumnIndex); @Override void onItemSelected(final ListSelectorItem item); @Override HitPolicy getHitPolicy(); @Override BuiltinAggregator getBuiltinAggregator(); @Override void setHitPolicy(final HitPolicy hitPolicy,
final Command onSuccess); @Override void setBuiltinAggregator(final BuiltinAggregator aggregator); @Override void doAfterSelectionChange(final int uiRowIndex,
final int uiColumnIndex); @Override void doAfterHeaderSelectionChange(final int uiHeaderRowIndex,
final int uiHeaderColumnIndex); }
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@Test public void testFromDMNModelRowNumber() { mapper.fromDMNModel(0, 0); mapper.fromDMNModel(1, 0); assertEquals(1, uiModel.getCell(0, 0).getValue().getValue()); assertEquals(RowSelectionStrategy.INSTANCE, uiModel.getCell(0, 0).getSelectionStrategy()); assertTrue(uiModel.getCell(0, 0) instanceof DecisionTableGridCell); assertEquals(2, uiModel.getCell(1, 0).getValue().getValue()); assertEquals(RowSelectionStrategy.INSTANCE, uiModel.getCell(1, 0).getSelectionStrategy()); assertTrue(uiModel.getCell(1, 0) instanceof DecisionTableGridCell); }
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@Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); } }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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@Test public void testFromDMNModelInputClause() { mapper.fromDMNModel(0, 1); mapper.fromDMNModel(1, 1); assertEquals("i1", uiModel.getCell(0, 1).getValue().getValue()); assertTrue(uiModel.getCell(0, 1) instanceof DecisionTableGridCell); assertEquals("i2", uiModel.getCell(1, 1).getValue().getValue()); assertTrue(uiModel.getCell(1, 1) instanceof DecisionTableGridCell); }
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@Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); } }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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@Test public void testWbFromDMNWhenDMNIsNotNull() { final org.kie.dmn.model.api.ItemDefinition dmn = mock(org.kie.dmn.model.api.ItemDefinition.class); final String id = "id"; final String name = "name"; final Id expectedId = new Id(id); final Name expectedName = new Name(name); final String expectedTypeLanguage = "typeLanguage"; final boolean expectedIsCollection = true; final String description = "description"; final boolean expectedAllowOnlyVisualChange = false; final String qNameNamespaceURI = "qName namespaceURI"; final String qNameLocalPart = "qName local part"; final String qNamePrefix = "qName prefix"; final Description expectedDescription = new Description(description); final javax.xml.namespace.QName expectedTypeRef = new javax.xml.namespace.QName(qNameNamespaceURI, qNameLocalPart, qNamePrefix); when(dmn.getId()).thenReturn(id); when(dmn.getName()).thenReturn(name); when(dmn.getTypeLanguage()).thenReturn(expectedTypeLanguage); when(dmn.isIsCollection()).thenReturn(expectedIsCollection); when(dmn.getDescription()).thenReturn(description); when(dmn.getTypeRef()).thenReturn(expectedTypeRef); final ItemDefinition actualItemDefinition = wbFromDMN(dmn); final Id actualId = actualItemDefinition.getId(); final Name actualName = actualItemDefinition.getName(); final String actualTypeLanguage = actualItemDefinition.getTypeLanguage(); final boolean actualIsCollection = actualItemDefinition.isIsCollection(); final Description actualDescription = actualItemDefinition.getDescription(); final QName actualTypeRef = actualItemDefinition.getTypeRef(); final boolean actualAllowOnlyVisualChange = actualItemDefinition.isAllowOnlyVisualChange(); assertEquals(expectedId, actualId); assertEquals(expectedName, actualName); assertEquals(expectedTypeLanguage, actualTypeLanguage); assertEquals(expectedIsCollection, actualIsCollection); assertEquals(expectedDescription, actualDescription); assertEquals(expectedAllowOnlyVisualChange, actualAllowOnlyVisualChange); assertEquals(expectedTypeRef.getLocalPart(), actualTypeRef.getLocalPart()); assertEquals(expectedTypeRef.getPrefix(), actualTypeRef.getPrefix()); assertEquals(expectedTypeRef.getNamespaceURI(), actualTypeRef.getNamespaceURI()); }
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public static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn) { if (dmn == null) { return null; } final Id id = new Id(dmn.getId()); final Name name = new Name(dmn.getName()); final Description description = wbDescriptionFromDMN(dmn); final QName typeRef = wbTypeRefFromDMN(dmn); final String typeLanguage = dmn.getTypeLanguage(); final boolean isCollection = dmn.isIsCollection(); final ItemDefinition wb = new ItemDefinition(id, description, name, typeRef, null, null, typeLanguage, isCollection, false); setUnaryTests(wb, dmn); setItemComponent(wb, dmn); return wb; }
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ItemDefinitionPropertyConverter { public static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn) { if (dmn == null) { return null; } final Id id = new Id(dmn.getId()); final Name name = new Name(dmn.getName()); final Description description = wbDescriptionFromDMN(dmn); final QName typeRef = wbTypeRefFromDMN(dmn); final String typeLanguage = dmn.getTypeLanguage(); final boolean isCollection = dmn.isIsCollection(); final ItemDefinition wb = new ItemDefinition(id, description, name, typeRef, null, null, typeLanguage, isCollection, false); setUnaryTests(wb, dmn); setItemComponent(wb, dmn); return wb; } }
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ItemDefinitionPropertyConverter { public static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn) { if (dmn == null) { return null; } final Id id = new Id(dmn.getId()); final Name name = new Name(dmn.getName()); final Description description = wbDescriptionFromDMN(dmn); final QName typeRef = wbTypeRefFromDMN(dmn); final String typeLanguage = dmn.getTypeLanguage(); final boolean isCollection = dmn.isIsCollection(); final ItemDefinition wb = new ItemDefinition(id, description, name, typeRef, null, null, typeLanguage, isCollection, false); setUnaryTests(wb, dmn); setItemComponent(wb, dmn); return wb; } }
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ItemDefinitionPropertyConverter { public static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn) { if (dmn == null) { return null; } final Id id = new Id(dmn.getId()); final Name name = new Name(dmn.getName()); final Description description = wbDescriptionFromDMN(dmn); final QName typeRef = wbTypeRefFromDMN(dmn); final String typeLanguage = dmn.getTypeLanguage(); final boolean isCollection = dmn.isIsCollection(); final ItemDefinition wb = new ItemDefinition(id, description, name, typeRef, null, null, typeLanguage, isCollection, false); setUnaryTests(wb, dmn); setItemComponent(wb, dmn); return wb; } static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn); static org.kie.dmn.model.api.ItemDefinition dmnFromWB(final ItemDefinition wb); }
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ItemDefinitionPropertyConverter { public static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn) { if (dmn == null) { return null; } final Id id = new Id(dmn.getId()); final Name name = new Name(dmn.getName()); final Description description = wbDescriptionFromDMN(dmn); final QName typeRef = wbTypeRefFromDMN(dmn); final String typeLanguage = dmn.getTypeLanguage(); final boolean isCollection = dmn.isIsCollection(); final ItemDefinition wb = new ItemDefinition(id, description, name, typeRef, null, null, typeLanguage, isCollection, false); setUnaryTests(wb, dmn); setItemComponent(wb, dmn); return wb; } static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn); static org.kie.dmn.model.api.ItemDefinition dmnFromWB(final ItemDefinition wb); }
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@Test public void testFromDMNModelOutputClause() { mapper.fromDMNModel(0, 2); mapper.fromDMNModel(1, 2); assertEquals("o1", uiModel.getCell(0, 2).getValue().getValue()); assertTrue(uiModel.getCell(0, 2) instanceof DecisionTableGridCell); assertEquals("o2", uiModel.getCell(1, 2).getValue().getValue()); assertTrue(uiModel.getCell(1, 2) instanceof DecisionTableGridCell); }
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@Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); } }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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@Test public void testFromDMNModelRuleAnnotationClause() { mapper.fromDMNModel(0, 3); mapper.fromDMNModel(1, 3); assertEquals("a1", uiModel.getCell(0, 3).getValue().getValue()); assertTrue(uiModel.getCell(0, 3) instanceof DecisionTableGridCell); assertEquals("a2", uiModel.getCell(1, 3).getValue().getValue()); assertTrue(uiModel.getCell(1, 3) instanceof DecisionTableGridCell); }
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@Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); } }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void fromDMNModel(final int rowIndex, final int columnIndex) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rowIndex + 1), listSelector, lineHeight)); uiModel.get().getCell(rowIndex, columnIndex).setSelectionStrategy(RowSelectionStrategy.INSTANCE); break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getInputEntry().get(iei).getText().getValue()), listSelector, lineHeight)); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(rule.getOutputEntry().get(oei).getText().getValue()), listSelector, lineHeight)); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); final String textValue = rule.getAnnotationEntry().get(annotationIndex).getText().getValue(); uiModel.get().setCell(rowIndex, columnIndex, () -> new DecisionTableGridCell<>(new BaseGridCellValue<>(textValue), listSelector, lineHeight)); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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@Test public void testToDMNModelInputClause() { mapper.toDMNModel(0, 1, Optional::empty); mapper.toDMNModel(1, 1, () -> Optional.of(new BaseGridCellValue<>("value"))); assertEquals("", dtable.getRule().get(0).getInputEntry().get(0).getText().getValue()); assertEquals("value", dtable.getRule().get(1).getInputEntry().get(0).getText().getValue()); }
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@Override public void toDMNModel(final int rowIndex, final int columnIndex, final Supplier<Optional<GridCellValue<?>>> cell) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); rule.getInputEntry().get(iei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); rule.getOutputEntry().get(oei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); rule.getAnnotationEntry().get(annotationIndex).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; } }); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void toDMNModel(final int rowIndex, final int columnIndex, final Supplier<Optional<GridCellValue<?>>> cell) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); rule.getInputEntry().get(iei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); rule.getOutputEntry().get(oei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); rule.getAnnotationEntry().get(annotationIndex).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; } }); } }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void toDMNModel(final int rowIndex, final int columnIndex, final Supplier<Optional<GridCellValue<?>>> cell) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); rule.getInputEntry().get(iei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); rule.getOutputEntry().get(oei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); rule.getAnnotationEntry().get(annotationIndex).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void toDMNModel(final int rowIndex, final int columnIndex, final Supplier<Optional<GridCellValue<?>>> cell) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); rule.getInputEntry().get(iei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); rule.getOutputEntry().get(oei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); rule.getAnnotationEntry().get(annotationIndex).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void toDMNModel(final int rowIndex, final int columnIndex, final Supplier<Optional<GridCellValue<?>>> cell) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); rule.getInputEntry().get(iei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); rule.getOutputEntry().get(oei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); rule.getAnnotationEntry().get(annotationIndex).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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@Test public void testToDMNModelOutputClause() { mapper.toDMNModel(0, 2, Optional::empty); mapper.toDMNModel(1, 2, () -> Optional.of(new BaseGridCellValue<>("value"))); assertEquals("", dtable.getRule().get(0).getOutputEntry().get(0).getText().getValue()); assertEquals("value", dtable.getRule().get(1).getOutputEntry().get(0).getText().getValue()); }
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@Override public void toDMNModel(final int rowIndex, final int columnIndex, final Supplier<Optional<GridCellValue<?>>> cell) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); rule.getInputEntry().get(iei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); rule.getOutputEntry().get(oei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); rule.getAnnotationEntry().get(annotationIndex).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; } }); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void toDMNModel(final int rowIndex, final int columnIndex, final Supplier<Optional<GridCellValue<?>>> cell) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); rule.getInputEntry().get(iei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); rule.getOutputEntry().get(oei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); rule.getAnnotationEntry().get(annotationIndex).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; } }); } }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void toDMNModel(final int rowIndex, final int columnIndex, final Supplier<Optional<GridCellValue<?>>> cell) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); rule.getInputEntry().get(iei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); rule.getOutputEntry().get(oei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); rule.getAnnotationEntry().get(annotationIndex).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void toDMNModel(final int rowIndex, final int columnIndex, final Supplier<Optional<GridCellValue<?>>> cell) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); rule.getInputEntry().get(iei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); rule.getOutputEntry().get(oei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); rule.getAnnotationEntry().get(annotationIndex).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void toDMNModel(final int rowIndex, final int columnIndex, final Supplier<Optional<GridCellValue<?>>> cell) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); rule.getInputEntry().get(iei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); rule.getOutputEntry().get(oei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); rule.getAnnotationEntry().get(annotationIndex).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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@Test public void testToDMNModelRuleAnnotationClause() { mapper.toDMNModel(0, 3, Optional::empty); mapper.toDMNModel(1, 3, () -> Optional.of(new BaseGridCellValue<>("value"))); assertEquals("", dtable.getRule().get(0).getAnnotationEntry().get(0).getText().getValue()); assertEquals("value", dtable.getRule().get(1).getAnnotationEntry().get(0).getText().getValue()); }
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@Override public void toDMNModel(final int rowIndex, final int columnIndex, final Supplier<Optional<GridCellValue<?>>> cell) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); rule.getInputEntry().get(iei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); rule.getOutputEntry().get(oei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); rule.getAnnotationEntry().get(annotationIndex).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; } }); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void toDMNModel(final int rowIndex, final int columnIndex, final Supplier<Optional<GridCellValue<?>>> cell) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); rule.getInputEntry().get(iei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); rule.getOutputEntry().get(oei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); rule.getAnnotationEntry().get(annotationIndex).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; } }); } }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void toDMNModel(final int rowIndex, final int columnIndex, final Supplier<Optional<GridCellValue<?>>> cell) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); rule.getInputEntry().get(iei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); rule.getOutputEntry().get(oei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); rule.getAnnotationEntry().get(annotationIndex).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void toDMNModel(final int rowIndex, final int columnIndex, final Supplier<Optional<GridCellValue<?>>> cell) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); rule.getInputEntry().get(iei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); rule.getOutputEntry().get(oei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); rule.getAnnotationEntry().get(annotationIndex).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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DecisionTableUIModelMapper extends BaseUIModelMapper<DecisionTable> { @Override public void toDMNModel(final int rowIndex, final int columnIndex, final Supplier<Optional<GridCellValue<?>>> cell) { dmnModel.get().ifPresent(dtable -> { final DecisionRule rule = dtable.getRule().get(rowIndex); final DecisionTableSection section = DecisionTableUIModelMapperHelper.getSection(dtable, columnIndex); switch (section) { case ROW_INDEX: break; case INPUT_CLAUSES: final int iei = DecisionTableUIModelMapperHelper.getInputEntryIndex(dtable, columnIndex); rule.getInputEntry().get(iei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case OUTPUT_CLAUSES: final int oei = DecisionTableUIModelMapperHelper.getOutputEntryIndex(dtable, columnIndex); rule.getOutputEntry().get(oei).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; case ANNOTATION_CLAUSES: final int annotationIndex = DecisionTableUIModelMapperHelper.getAnnotationEntryIndex(dtable, columnIndex); rule.getAnnotationEntry().get(annotationIndex).getText().setValue(cell.get().orElse(new BaseGridCellValue<>("")).getValue().toString()); break; } }); } DecisionTableUIModelMapper(final Supplier<GridData> uiModel,
final Supplier<Optional<DecisionTable>> dmnModel,
final ListSelectorView.Presenter listSelector,
final double lineHeight); @Override void fromDMNModel(final int rowIndex,
final int columnIndex); @Override void toDMNModel(final int rowIndex,
final int columnIndex,
final Supplier<Optional<GridCellValue<?>>> cell); }
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@Test public void testMoveRowTo() { uiModel.moveRowTo(0, gridRow); verify(sessionCommandManager).execute(eq(canvasHandler), any(MoveRowsCommand.class)); }
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@Override public void moveRowTo(final int index, final GridRow row) { moveRowsTo(index, Collections.singletonList(row)); }
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DecisionTableGridData extends DelegatingGridData { @Override public void moveRowTo(final int index, final GridRow row) { moveRowsTo(index, Collections.singletonList(row)); } }
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DecisionTableGridData extends DelegatingGridData { @Override public void moveRowTo(final int index, final GridRow row) { moveRowsTo(index, Collections.singletonList(row)); } DecisionTableGridData(final DMNGridData delegate,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final Supplier<Optional<DecisionTable>> expression,
final Command canvasOperation); }
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DecisionTableGridData extends DelegatingGridData { @Override public void moveRowTo(final int index, final GridRow row) { moveRowsTo(index, Collections.singletonList(row)); } DecisionTableGridData(final DMNGridData delegate,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final Supplier<Optional<DecisionTable>> expression,
final Command canvasOperation); @Override void moveRowTo(final int index,
final GridRow row); @Override void moveRowsTo(final int index,
final List<GridRow> rows); @Override void moveColumnTo(final int index,
final GridColumn<?> column); @Override void moveColumnsTo(final int index,
final List<GridColumn<?>> columns); }
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DecisionTableGridData extends DelegatingGridData { @Override public void moveRowTo(final int index, final GridRow row) { moveRowsTo(index, Collections.singletonList(row)); } DecisionTableGridData(final DMNGridData delegate,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final Supplier<Optional<DecisionTable>> expression,
final Command canvasOperation); @Override void moveRowTo(final int index,
final GridRow row); @Override void moveRowsTo(final int index,
final List<GridRow> rows); @Override void moveColumnTo(final int index,
final GridColumn<?> column); @Override void moveColumnsTo(final int index,
final List<GridColumn<?>> columns); }
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@Test public void testMoveRowsTo() { uiModel.moveRowsTo(0, Collections.singletonList(gridRow)); verify(sessionCommandManager).execute(eq(canvasHandler), any(MoveRowsCommand.class)); }
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@Override public void moveRowsTo(final int index, final List<GridRow> rows) { expression.get().ifPresent(dtable -> sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new MoveRowsCommand(dtable, delegate, index, rows, canvasOperation))); }
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DecisionTableGridData extends DelegatingGridData { @Override public void moveRowsTo(final int index, final List<GridRow> rows) { expression.get().ifPresent(dtable -> sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new MoveRowsCommand(dtable, delegate, index, rows, canvasOperation))); } }
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DecisionTableGridData extends DelegatingGridData { @Override public void moveRowsTo(final int index, final List<GridRow> rows) { expression.get().ifPresent(dtable -> sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new MoveRowsCommand(dtable, delegate, index, rows, canvasOperation))); } DecisionTableGridData(final DMNGridData delegate,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final Supplier<Optional<DecisionTable>> expression,
final Command canvasOperation); }
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DecisionTableGridData extends DelegatingGridData { @Override public void moveRowsTo(final int index, final List<GridRow> rows) { expression.get().ifPresent(dtable -> sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new MoveRowsCommand(dtable, delegate, index, rows, canvasOperation))); } DecisionTableGridData(final DMNGridData delegate,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final Supplier<Optional<DecisionTable>> expression,
final Command canvasOperation); @Override void moveRowTo(final int index,
final GridRow row); @Override void moveRowsTo(final int index,
final List<GridRow> rows); @Override void moveColumnTo(final int index,
final GridColumn<?> column); @Override void moveColumnsTo(final int index,
final List<GridColumn<?>> columns); }
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DecisionTableGridData extends DelegatingGridData { @Override public void moveRowsTo(final int index, final List<GridRow> rows) { expression.get().ifPresent(dtable -> sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new MoveRowsCommand(dtable, delegate, index, rows, canvasOperation))); } DecisionTableGridData(final DMNGridData delegate,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final Supplier<Optional<DecisionTable>> expression,
final Command canvasOperation); @Override void moveRowTo(final int index,
final GridRow row); @Override void moveRowsTo(final int index,
final List<GridRow> rows); @Override void moveColumnTo(final int index,
final GridColumn<?> column); @Override void moveColumnsTo(final int index,
final List<GridColumn<?>> columns); }
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@Test public void testMoveColumnTo() { uiModel.moveColumnTo(0, gridColumn); verify(sessionCommandManager).execute(eq(canvasHandler), any(MoveColumnsCommand.class)); }
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@Override public void moveColumnTo(final int index, final GridColumn<?> column) { moveColumnsTo(index, new Lists.Builder<GridColumn<?>>() .add(column) .build() ); }
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DecisionTableGridData extends DelegatingGridData { @Override public void moveColumnTo(final int index, final GridColumn<?> column) { moveColumnsTo(index, new Lists.Builder<GridColumn<?>>() .add(column) .build() ); } }
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DecisionTableGridData extends DelegatingGridData { @Override public void moveColumnTo(final int index, final GridColumn<?> column) { moveColumnsTo(index, new Lists.Builder<GridColumn<?>>() .add(column) .build() ); } DecisionTableGridData(final DMNGridData delegate,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final Supplier<Optional<DecisionTable>> expression,
final Command canvasOperation); }
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DecisionTableGridData extends DelegatingGridData { @Override public void moveColumnTo(final int index, final GridColumn<?> column) { moveColumnsTo(index, new Lists.Builder<GridColumn<?>>() .add(column) .build() ); } DecisionTableGridData(final DMNGridData delegate,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final Supplier<Optional<DecisionTable>> expression,
final Command canvasOperation); @Override void moveRowTo(final int index,
final GridRow row); @Override void moveRowsTo(final int index,
final List<GridRow> rows); @Override void moveColumnTo(final int index,
final GridColumn<?> column); @Override void moveColumnsTo(final int index,
final List<GridColumn<?>> columns); }
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DecisionTableGridData extends DelegatingGridData { @Override public void moveColumnTo(final int index, final GridColumn<?> column) { moveColumnsTo(index, new Lists.Builder<GridColumn<?>>() .add(column) .build() ); } DecisionTableGridData(final DMNGridData delegate,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final Supplier<Optional<DecisionTable>> expression,
final Command canvasOperation); @Override void moveRowTo(final int index,
final GridRow row); @Override void moveRowsTo(final int index,
final List<GridRow> rows); @Override void moveColumnTo(final int index,
final GridColumn<?> column); @Override void moveColumnsTo(final int index,
final List<GridColumn<?>> columns); }
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@Test public void testMoveColumnsTo() { uiModel.moveColumnsTo(0, Collections.singletonList(gridColumn)); verify(sessionCommandManager).execute(eq(canvasHandler), any(MoveColumnsCommand.class)); }
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@Override public void moveColumnsTo(final int index, final List<GridColumn<?>> columns) { expression.get().ifPresent(dtable -> sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new MoveColumnsCommand(dtable, delegate, index, columns, canvasOperation))); }
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DecisionTableGridData extends DelegatingGridData { @Override public void moveColumnsTo(final int index, final List<GridColumn<?>> columns) { expression.get().ifPresent(dtable -> sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new MoveColumnsCommand(dtable, delegate, index, columns, canvasOperation))); } }
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DecisionTableGridData extends DelegatingGridData { @Override public void moveColumnsTo(final int index, final List<GridColumn<?>> columns) { expression.get().ifPresent(dtable -> sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new MoveColumnsCommand(dtable, delegate, index, columns, canvasOperation))); } DecisionTableGridData(final DMNGridData delegate,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final Supplier<Optional<DecisionTable>> expression,
final Command canvasOperation); }
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DecisionTableGridData extends DelegatingGridData { @Override public void moveColumnsTo(final int index, final List<GridColumn<?>> columns) { expression.get().ifPresent(dtable -> sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new MoveColumnsCommand(dtable, delegate, index, columns, canvasOperation))); } DecisionTableGridData(final DMNGridData delegate,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final Supplier<Optional<DecisionTable>> expression,
final Command canvasOperation); @Override void moveRowTo(final int index,
final GridRow row); @Override void moveRowsTo(final int index,
final List<GridRow> rows); @Override void moveColumnTo(final int index,
final GridColumn<?> column); @Override void moveColumnsTo(final int index,
final List<GridColumn<?>> columns); }
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DecisionTableGridData extends DelegatingGridData { @Override public void moveColumnsTo(final int index, final List<GridColumn<?>> columns) { expression.get().ifPresent(dtable -> sessionCommandManager.execute((AbstractCanvasHandler) sessionManager.getCurrentSession().getCanvasHandler(), new MoveColumnsCommand(dtable, delegate, index, columns, canvasOperation))); } DecisionTableGridData(final DMNGridData delegate,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final Supplier<Optional<DecisionTable>> expression,
final Command canvasOperation); @Override void moveRowTo(final int index,
final GridRow row); @Override void moveRowsTo(final int index,
final List<GridRow> rows); @Override void moveColumnTo(final int index,
final GridColumn<?> column); @Override void moveColumnsTo(final int index,
final List<GridColumn<?>> columns); }
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@Test public void testType() { assertThat(definition.getType()).isEqualTo(ExpressionType.DECISION_TABLE); }
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@Override public ExpressionType getType() { return ExpressionType.DECISION_TABLE; }
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DecisionTableEditorDefinition extends BaseEditorDefinition<DecisionTable, DecisionTableGridData> { @Override public ExpressionType getType() { return ExpressionType.DECISION_TABLE; } }
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DecisionTableEditorDefinition extends BaseEditorDefinition<DecisionTable, DecisionTableGridData> { @Override public ExpressionType getType() { return ExpressionType.DECISION_TABLE; } DecisionTableEditorDefinition(); @Inject DecisionTableEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final DecisionTableEditorDefinitionEnricher enricher,
final @DMNEditor ReadOnlyProvider readOnlyProvider); }
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DecisionTableEditorDefinition extends BaseEditorDefinition<DecisionTable, DecisionTableGridData> { @Override public ExpressionType getType() { return ExpressionType.DECISION_TABLE; } DecisionTableEditorDefinition(); @Inject DecisionTableEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final DecisionTableEditorDefinitionEnricher enricher,
final @DMNEditor ReadOnlyProvider readOnlyProvider); @Override ExpressionType getType(); @Override String getName(); @Override Optional<DecisionTable> getModelClass(); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); @Override @SuppressWarnings("unused") Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final boolean isOnlyVisualChangeAllowed,
final int nesting); }
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DecisionTableEditorDefinition extends BaseEditorDefinition<DecisionTable, DecisionTableGridData> { @Override public ExpressionType getType() { return ExpressionType.DECISION_TABLE; } DecisionTableEditorDefinition(); @Inject DecisionTableEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final DecisionTableEditorDefinitionEnricher enricher,
final @DMNEditor ReadOnlyProvider readOnlyProvider); @Override ExpressionType getType(); @Override String getName(); @Override Optional<DecisionTable> getModelClass(); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); @Override @SuppressWarnings("unused") Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final boolean isOnlyVisualChangeAllowed,
final int nesting); }
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@Test public void testSetItemComponent() { final String id = "id"; final String name = "name"; final String typeLanguage = "typeLanguage"; final boolean isCollection = true; final boolean isOnlyVisualChanges = false; final String description = "description"; final ItemDefinition expectedWbChild = new ItemDefinition(new Id(id), new Description(description), new Name(name), null, null, null, typeLanguage, isCollection, isOnlyVisualChanges); final ItemDefinition wb = new ItemDefinition(); final org.kie.dmn.model.api.ItemDefinition dmn = mock(org.kie.dmn.model.api.ItemDefinition.class); final org.kie.dmn.model.api.ItemDefinition dmnChild = mock(org.kie.dmn.model.api.ItemDefinition.class); when(dmnChild.getId()).thenReturn(id); when(dmnChild.getName()).thenReturn(name); when(dmnChild.getTypeLanguage()).thenReturn(typeLanguage); when(dmnChild.isIsCollection()).thenReturn(isCollection); when(dmnChild.getDescription()).thenReturn(description); when(dmnChild.getTypeRef()).thenReturn(null); when(dmn.getItemComponent()).thenReturn(singletonList(dmnChild)); setItemComponent(wb, dmn); final List<ItemDefinition> expectedItemDefinitions = singletonList(expectedWbChild); final List<ItemDefinition> actualItemDefinitions = wb.getItemComponent(); assertEquals(expectedItemDefinitions, actualItemDefinitions); assertEquals(wb, actualItemDefinitions.get(0).getParent()); }
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static void setItemComponent(final ItemDefinition wb, final org.kie.dmn.model.api.ItemDefinition dmn) { dmn.getItemComponent().forEach(dmnChild -> { wb.getItemComponent().add(wbChildFromDMN(wb, dmnChild)); }); }
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ItemDefinitionPropertyConverter { static void setItemComponent(final ItemDefinition wb, final org.kie.dmn.model.api.ItemDefinition dmn) { dmn.getItemComponent().forEach(dmnChild -> { wb.getItemComponent().add(wbChildFromDMN(wb, dmnChild)); }); } }
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ItemDefinitionPropertyConverter { static void setItemComponent(final ItemDefinition wb, final org.kie.dmn.model.api.ItemDefinition dmn) { dmn.getItemComponent().forEach(dmnChild -> { wb.getItemComponent().add(wbChildFromDMN(wb, dmnChild)); }); } }
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ItemDefinitionPropertyConverter { static void setItemComponent(final ItemDefinition wb, final org.kie.dmn.model.api.ItemDefinition dmn) { dmn.getItemComponent().forEach(dmnChild -> { wb.getItemComponent().add(wbChildFromDMN(wb, dmnChild)); }); } static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn); static org.kie.dmn.model.api.ItemDefinition dmnFromWB(final ItemDefinition wb); }
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ItemDefinitionPropertyConverter { static void setItemComponent(final ItemDefinition wb, final org.kie.dmn.model.api.ItemDefinition dmn) { dmn.getItemComponent().forEach(dmnChild -> { wb.getItemComponent().add(wbChildFromDMN(wb, dmnChild)); }); } static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn); static org.kie.dmn.model.api.ItemDefinition dmnFromWB(final ItemDefinition wb); }
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@Test public void testName() { assertThat(definition.getName()).isEqualTo(DMNEditorConstants.ExpressionEditor_DecisionTableExpressionType); }
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@Override public String getName() { return translationService.format(DMNEditorConstants.ExpressionEditor_DecisionTableExpressionType); }
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DecisionTableEditorDefinition extends BaseEditorDefinition<DecisionTable, DecisionTableGridData> { @Override public String getName() { return translationService.format(DMNEditorConstants.ExpressionEditor_DecisionTableExpressionType); } }
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DecisionTableEditorDefinition extends BaseEditorDefinition<DecisionTable, DecisionTableGridData> { @Override public String getName() { return translationService.format(DMNEditorConstants.ExpressionEditor_DecisionTableExpressionType); } DecisionTableEditorDefinition(); @Inject DecisionTableEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final DecisionTableEditorDefinitionEnricher enricher,
final @DMNEditor ReadOnlyProvider readOnlyProvider); }
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DecisionTableEditorDefinition extends BaseEditorDefinition<DecisionTable, DecisionTableGridData> { @Override public String getName() { return translationService.format(DMNEditorConstants.ExpressionEditor_DecisionTableExpressionType); } DecisionTableEditorDefinition(); @Inject DecisionTableEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final DecisionTableEditorDefinitionEnricher enricher,
final @DMNEditor ReadOnlyProvider readOnlyProvider); @Override ExpressionType getType(); @Override String getName(); @Override Optional<DecisionTable> getModelClass(); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); @Override @SuppressWarnings("unused") Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final boolean isOnlyVisualChangeAllowed,
final int nesting); }
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DecisionTableEditorDefinition extends BaseEditorDefinition<DecisionTable, DecisionTableGridData> { @Override public String getName() { return translationService.format(DMNEditorConstants.ExpressionEditor_DecisionTableExpressionType); } DecisionTableEditorDefinition(); @Inject DecisionTableEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final DecisionTableEditorDefinitionEnricher enricher,
final @DMNEditor ReadOnlyProvider readOnlyProvider); @Override ExpressionType getType(); @Override String getName(); @Override Optional<DecisionTable> getModelClass(); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); @Override @SuppressWarnings("unused") Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final boolean isOnlyVisualChangeAllowed,
final int nesting); }
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@Test public void testModelDefinition() { final Optional<DecisionTable> oModel = definition.getModelClass(); assertThat(oModel).isPresent(); }
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@Override public Optional<DecisionTable> getModelClass() { return Optional.of(new DecisionTable()); }
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DecisionTableEditorDefinition extends BaseEditorDefinition<DecisionTable, DecisionTableGridData> { @Override public Optional<DecisionTable> getModelClass() { return Optional.of(new DecisionTable()); } }
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DecisionTableEditorDefinition extends BaseEditorDefinition<DecisionTable, DecisionTableGridData> { @Override public Optional<DecisionTable> getModelClass() { return Optional.of(new DecisionTable()); } DecisionTableEditorDefinition(); @Inject DecisionTableEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final DecisionTableEditorDefinitionEnricher enricher,
final @DMNEditor ReadOnlyProvider readOnlyProvider); }
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DecisionTableEditorDefinition extends BaseEditorDefinition<DecisionTable, DecisionTableGridData> { @Override public Optional<DecisionTable> getModelClass() { return Optional.of(new DecisionTable()); } DecisionTableEditorDefinition(); @Inject DecisionTableEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final DecisionTableEditorDefinitionEnricher enricher,
final @DMNEditor ReadOnlyProvider readOnlyProvider); @Override ExpressionType getType(); @Override String getName(); @Override Optional<DecisionTable> getModelClass(); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); @Override @SuppressWarnings("unused") Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final boolean isOnlyVisualChangeAllowed,
final int nesting); }
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DecisionTableEditorDefinition extends BaseEditorDefinition<DecisionTable, DecisionTableGridData> { @Override public Optional<DecisionTable> getModelClass() { return Optional.of(new DecisionTable()); } DecisionTableEditorDefinition(); @Inject DecisionTableEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final DecisionTableEditorDefinitionEnricher enricher,
final @DMNEditor ReadOnlyProvider readOnlyProvider); @Override ExpressionType getType(); @Override String getName(); @Override Optional<DecisionTable> getModelClass(); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); @Override @SuppressWarnings("unused") Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final boolean isOnlyVisualChangeAllowed,
final int nesting); }
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@Test public void testEditor() { final Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> oEditor = definition.getEditor(parent, Optional.empty(), decision, hasName, false, 0); assertThat(oEditor).isPresent(); final GridWidget editor = oEditor.get(); assertThat(editor).isInstanceOf(DecisionTableGrid.class); }
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@Override @SuppressWarnings("unused") public Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent, final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<HasName> hasName, final boolean isOnlyVisualChangeAllowed, final int nesting) { return Optional.of(new DecisionTableGrid(parent, nodeUUID, hasExpression, hasName, getGridPanel(), getGridLayer(), makeGridData(() -> Optional.ofNullable((DecisionTable) hasExpression.getExpression())), definitionUtils, sessionManager, sessionCommandManager, canvasCommandFactory, editorSelectedEvent, refreshFormPropertiesEvent, domainObjectSelectionEvent, getCellEditorControls(), listSelector, translationService, isOnlyVisualChangeAllowed, nesting, hitPolicyEditor, headerEditors, readOnlyProvider)); }
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DecisionTableEditorDefinition extends BaseEditorDefinition<DecisionTable, DecisionTableGridData> { @Override @SuppressWarnings("unused") public Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent, final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<HasName> hasName, final boolean isOnlyVisualChangeAllowed, final int nesting) { return Optional.of(new DecisionTableGrid(parent, nodeUUID, hasExpression, hasName, getGridPanel(), getGridLayer(), makeGridData(() -> Optional.ofNullable((DecisionTable) hasExpression.getExpression())), definitionUtils, sessionManager, sessionCommandManager, canvasCommandFactory, editorSelectedEvent, refreshFormPropertiesEvent, domainObjectSelectionEvent, getCellEditorControls(), listSelector, translationService, isOnlyVisualChangeAllowed, nesting, hitPolicyEditor, headerEditors, readOnlyProvider)); } }
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DecisionTableEditorDefinition extends BaseEditorDefinition<DecisionTable, DecisionTableGridData> { @Override @SuppressWarnings("unused") public Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent, final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<HasName> hasName, final boolean isOnlyVisualChangeAllowed, final int nesting) { return Optional.of(new DecisionTableGrid(parent, nodeUUID, hasExpression, hasName, getGridPanel(), getGridLayer(), makeGridData(() -> Optional.ofNullable((DecisionTable) hasExpression.getExpression())), definitionUtils, sessionManager, sessionCommandManager, canvasCommandFactory, editorSelectedEvent, refreshFormPropertiesEvent, domainObjectSelectionEvent, getCellEditorControls(), listSelector, translationService, isOnlyVisualChangeAllowed, nesting, hitPolicyEditor, headerEditors, readOnlyProvider)); } DecisionTableEditorDefinition(); @Inject DecisionTableEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final DecisionTableEditorDefinitionEnricher enricher,
final @DMNEditor ReadOnlyProvider readOnlyProvider); }
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DecisionTableEditorDefinition extends BaseEditorDefinition<DecisionTable, DecisionTableGridData> { @Override @SuppressWarnings("unused") public Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent, final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<HasName> hasName, final boolean isOnlyVisualChangeAllowed, final int nesting) { return Optional.of(new DecisionTableGrid(parent, nodeUUID, hasExpression, hasName, getGridPanel(), getGridLayer(), makeGridData(() -> Optional.ofNullable((DecisionTable) hasExpression.getExpression())), definitionUtils, sessionManager, sessionCommandManager, canvasCommandFactory, editorSelectedEvent, refreshFormPropertiesEvent, domainObjectSelectionEvent, getCellEditorControls(), listSelector, translationService, isOnlyVisualChangeAllowed, nesting, hitPolicyEditor, headerEditors, readOnlyProvider)); } DecisionTableEditorDefinition(); @Inject DecisionTableEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final DecisionTableEditorDefinitionEnricher enricher,
final @DMNEditor ReadOnlyProvider readOnlyProvider); @Override ExpressionType getType(); @Override String getName(); @Override Optional<DecisionTable> getModelClass(); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); @Override @SuppressWarnings("unused") Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final boolean isOnlyVisualChangeAllowed,
final int nesting); }
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DecisionTableEditorDefinition extends BaseEditorDefinition<DecisionTable, DecisionTableGridData> { @Override @SuppressWarnings("unused") public Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent, final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<HasName> hasName, final boolean isOnlyVisualChangeAllowed, final int nesting) { return Optional.of(new DecisionTableGrid(parent, nodeUUID, hasExpression, hasName, getGridPanel(), getGridLayer(), makeGridData(() -> Optional.ofNullable((DecisionTable) hasExpression.getExpression())), definitionUtils, sessionManager, sessionCommandManager, canvasCommandFactory, editorSelectedEvent, refreshFormPropertiesEvent, domainObjectSelectionEvent, getCellEditorControls(), listSelector, translationService, isOnlyVisualChangeAllowed, nesting, hitPolicyEditor, headerEditors, readOnlyProvider)); } DecisionTableEditorDefinition(); @Inject DecisionTableEditorDefinition(final DefinitionUtils definitionUtils,
final SessionManager sessionManager,
final SessionCommandManager<AbstractCanvasHandler> sessionCommandManager,
final @DMNEditor DefaultCanvasCommandFactory canvasCommandFactory,
final Event<ExpressionEditorChanged> editorSelectedEvent,
final Event<RefreshFormPropertiesEvent> refreshFormPropertiesEvent,
final Event<DomainObjectSelectionEvent> domainObjectSelectionEvent,
final ListSelectorView.Presenter listSelector,
final TranslationService translationService,
final HitPolicyPopoverView.Presenter hitPolicyEditor,
final ManagedInstance<ValueAndDataTypePopoverView.Presenter> headerEditors,
final DecisionTableEditorDefinitionEnricher enricher,
final @DMNEditor ReadOnlyProvider readOnlyProvider); @Override ExpressionType getType(); @Override String getName(); @Override Optional<DecisionTable> getModelClass(); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); @Override @SuppressWarnings("unused") Optional<BaseExpressionGrid<? extends Expression, ? extends GridData, ? extends BaseUIModelMapper>> getEditor(final GridCellTuple parent,
final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<HasName> hasName,
final boolean isOnlyVisualChangeAllowed,
final int nesting); }
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@Test public void checkHeaderDOMElementsAreDestroyed() { final MockHasDOMElementResourcesHeaderMetaData mockHeaderMetaData = mock(MockHasDOMElementResourcesHeaderMetaData.class); column.getHeaderMetaData().add(mockHeaderMetaData); column.destroyResources(); verify(mockHeaderMetaData).destroyResources(); }
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@Override public void destroyResources() { super.destroyResources(); factory.destroyResources(); }
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InputClauseColumn extends DMNSimpleGridColumn<DecisionTableGrid, String> implements HasSingletonDOMElementResource { @Override public void destroyResources() { super.destroyResources(); factory.destroyResources(); } }
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InputClauseColumn extends DMNSimpleGridColumn<DecisionTableGrid, String> implements HasSingletonDOMElementResource { @Override public void destroyResources() { super.destroyResources(); factory.destroyResources(); } InputClauseColumn(final HeaderMetaData headerMetaData,
final TextAreaSingletonDOMElementFactory factory,
final double width,
final DecisionTableGrid gridWidget); InputClauseColumn(final List<HeaderMetaData> headerMetaData,
final TextAreaSingletonDOMElementFactory factory,
final double width,
final DecisionTableGrid gridWidget); }
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InputClauseColumn extends DMNSimpleGridColumn<DecisionTableGrid, String> implements HasSingletonDOMElementResource { @Override public void destroyResources() { super.destroyResources(); factory.destroyResources(); } InputClauseColumn(final HeaderMetaData headerMetaData,
final TextAreaSingletonDOMElementFactory factory,
final double width,
final DecisionTableGrid gridWidget); InputClauseColumn(final List<HeaderMetaData> headerMetaData,
final TextAreaSingletonDOMElementFactory factory,
final double width,
final DecisionTableGrid gridWidget); @Override void edit(final GridCell<String> cell,
final GridBodyCellRenderContext context,
final Consumer<GridCellValue<String>> callback); @Override void flush(); @Override void destroyResources(); @Override void setWidth(final double width); }
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InputClauseColumn extends DMNSimpleGridColumn<DecisionTableGrid, String> implements HasSingletonDOMElementResource { @Override public void destroyResources() { super.destroyResources(); factory.destroyResources(); } InputClauseColumn(final HeaderMetaData headerMetaData,
final TextAreaSingletonDOMElementFactory factory,
final double width,
final DecisionTableGrid gridWidget); InputClauseColumn(final List<HeaderMetaData> headerMetaData,
final TextAreaSingletonDOMElementFactory factory,
final double width,
final DecisionTableGrid gridWidget); @Override void edit(final GridCell<String> cell,
final GridBodyCellRenderContext context,
final Consumer<GridCellValue<String>> callback); @Override void flush(); @Override void destroyResources(); @Override void setWidth(final double width); }
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@Test @SuppressWarnings("unchecked") public void testModelEnrichmentWhenTopLevelDecisionTableWithDecision() { setupGraphWithDiagram(); setupGraphWithDecision(); final Optional<DecisionTable> oModel = definition.getModelClass(); definition.enrich(Optional.of(NODE_UUID), decision, oModel); final DecisionTable model = oModel.get(); assertBasicEnrichment(model); final List<InputClause> input = model.getInput(); assertThat(input.size()).isEqualTo(1); assertThat(input.get(0).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(0).getInputExpression().getText().getValue()).isEqualTo(DECISION_NAME_1); assertThat(input.get(0).getInputExpression().getTypeRef()).isEqualTo(DECISION_QNAME_1); assertStandardOutputClauseEnrichment(model); assertStandardDecisionRuleEnrichment(model); assertParentHierarchyEnrichment(model); }
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@Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test @SuppressWarnings("unchecked") public void testModelEnrichmentWhenTopLevelDecisionTableWithInputData() { setupGraphWithDiagram(); setupGraphWithInputData(); final Optional<DecisionTable> oModel = definition.getModelClass(); definition.enrich(Optional.of(NODE_UUID), decision, oModel); final DecisionTable model = oModel.get(); assertBasicEnrichment(model); final List<InputClause> input = model.getInput(); assertThat(input.size()).isEqualTo(2); assertThat(input.get(0).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(0).getInputExpression().getText().getValue()).isEqualTo(INPUT_DATA_NAME_2); assertThat(input.get(0).getInputExpression().getTypeRef()).isEqualTo(INPUT_DATA_QNAME_2); assertThat(input.get(1).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(1).getInputExpression().getText().getValue()).isEqualTo(INPUT_DATA_NAME_1); assertThat(input.get(1).getInputExpression().getTypeRef()).isEqualTo(INPUT_DATA_QNAME_1); assertStandardOutputClauseEnrichment(model); assertStandardDecisionRuleEnrichment(model); assertParentHierarchyEnrichment(model); }
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@Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test @SuppressWarnings("unchecked") public void testModelEnrichmentWhenTopLevelDecisionTableWithDecisionAndInputData() { setupGraphWithDiagram(); setupGraphWithDecision(); setupGraphWithInputData(); final Optional<DecisionTable> oModel = definition.getModelClass(); definition.enrich(Optional.of(NODE_UUID), decision, oModel); final DecisionTable model = oModel.get(); assertBasicEnrichment(model); final List<InputClause> input = model.getInput(); assertThat(input.size()).isEqualTo(3); assertThat(input.get(0).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(0).getInputExpression().getText().getValue()).isEqualTo(INPUT_DATA_NAME_2); assertThat(input.get(0).getInputExpression().getTypeRef()).isEqualTo(INPUT_DATA_QNAME_2); assertThat(input.get(1).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(1).getInputExpression().getText().getValue()).isEqualTo(DECISION_NAME_1); assertThat(input.get(1).getInputExpression().getTypeRef()).isEqualTo(DECISION_QNAME_1); assertThat(input.get(2).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(2).getInputExpression().getText().getValue()).isEqualTo(INPUT_DATA_NAME_1); assertThat(input.get(2).getInputExpression().getTypeRef()).isEqualTo(INPUT_DATA_QNAME_1); assertStandardOutputClauseEnrichment(model); assertStandardDecisionRuleEnrichment(model); assertParentHierarchyEnrichment(model); }
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@Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test @SuppressWarnings("unchecked") public void testModelEnrichmentWhenTopLevelDecisionTableWithInputDataAndSimpleCustomType() { setupGraphWithDiagram(); setupGraphWithInputData(); final Definitions definitions = diagram.getDefinitions(); final String simpleItemDefinitionName = "tSmurf"; final QName simpleItemDefinitionTypeRef = new QName(QName.NULL_NS_URI, BuiltInType.DATE.getName()); final ItemDefinition simpleItemDefinition = new ItemDefinition(); simpleItemDefinition.setName(new Name(simpleItemDefinitionName)); simpleItemDefinition.setTypeRef(simpleItemDefinitionTypeRef); definitions.getItemDefinition().add(simpleItemDefinition); final QName inputData1TypeRef = new QName(QName.NULL_NS_URI, simpleItemDefinitionName); inputData1.getVariable().setTypeRef(inputData1TypeRef); final Optional<DecisionTable> oModel = definition.getModelClass(); definition.enrich(Optional.of(NODE_UUID), decision, oModel); final DecisionTable model = oModel.get(); assertBasicEnrichment(model); final List<InputClause> input = model.getInput(); assertThat(input.size()).isEqualTo(2); assertThat(input.get(0).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(0).getInputExpression().getText().getValue()).isEqualTo(INPUT_DATA_NAME_2); assertThat(input.get(0).getInputExpression().getTypeRef()).isEqualTo(INPUT_DATA_QNAME_2); assertThat(input.get(1).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(1).getInputExpression().getText().getValue()).isEqualTo(INPUT_DATA_NAME_1); assertThat(input.get(1).getInputExpression().getTypeRef()).isEqualTo(simpleItemDefinitionTypeRef); assertStandardOutputClauseEnrichment(model); assertStandardDecisionRuleEnrichment(model); assertParentHierarchyEnrichment(model); }
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@Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test @SuppressWarnings("unchecked") public void testModelEnrichmentWhenTopLevelDecisionTableWithInputDataAndComplexCustomType() { setupGraphWithDiagram(); setupGraphWithInputData(); final Definitions definitions = diagram.getDefinitions(); final String complexItemDefinitionName = "tSmurf"; final String complexItemDefinitionPart1Name = "tDateOfBirth"; final String complexItemDefinitionPart2Name = "tIsBlue"; final QName complexItemDefinitionPart1TypeRef = new QName(QName.NULL_NS_URI, BuiltInType.DATE.getName()); final QName complexItemDefinitionPart2TypeRef = new QName(QName.NULL_NS_URI, BuiltInType.BOOLEAN.getName()); final ItemDefinition complexItemDefinition = new ItemDefinition(); complexItemDefinition.setName(new Name(complexItemDefinitionName)); complexItemDefinition.getItemComponent().add(new ItemDefinition() {{ setName(new Name(complexItemDefinitionPart1Name)); setTypeRef(complexItemDefinitionPart1TypeRef); }}); complexItemDefinition.getItemComponent().add(new ItemDefinition() {{ setName(new Name(complexItemDefinitionPart2Name)); setTypeRef(complexItemDefinitionPart2TypeRef); }}); definitions.getItemDefinition().add(complexItemDefinition); final QName inputData1TypeRef = new QName(QName.NULL_NS_URI, complexItemDefinitionName); inputData1.getVariable().setTypeRef(inputData1TypeRef); final Optional<DecisionTable> oModel = definition.getModelClass(); definition.enrich(Optional.of(NODE_UUID), decision, oModel); final DecisionTable model = oModel.get(); assertBasicEnrichment(model); final List<InputClause> input = model.getInput(); assertThat(input.size()).isEqualTo(3); assertThat(input.get(0).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(0).getInputExpression().getText().getValue()).isEqualTo(INPUT_DATA_NAME_2); assertThat(input.get(0).getInputExpression().getTypeRef()).isEqualTo(INPUT_DATA_QNAME_2); assertThat(input.get(1).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(1).getInputExpression().getText().getValue()).isEqualTo(INPUT_DATA_NAME_1 + "." + complexItemDefinitionPart1Name); assertThat(input.get(1).getInputExpression().getTypeRef()).isEqualTo(complexItemDefinitionPart1TypeRef); assertThat(input.get(2).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(2).getInputExpression().getText().getValue()).isEqualTo(INPUT_DATA_NAME_1 + "." + complexItemDefinitionPart2Name); assertThat(input.get(2).getInputExpression().getTypeRef()).isEqualTo(complexItemDefinitionPart2TypeRef); assertStandardOutputClauseEnrichment(model); assertStandardDecisionRuleEnrichment(model); assertParentHierarchyEnrichment(model); }
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@Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test @SuppressWarnings("unchecked") public void testModelEnrichmentWhenTopLevelDecisionTableWithInputDataAndRecursiveCustomType() { setupGraphWithDiagram(); setupGraphWithInputData(); final Definitions definitions = diagram.getDefinitions(); final String tSmurfName = "tSmurf"; final String tDateOfBirthName = "tDateOfBirth"; final String tIsBlueName = "tIsBlue"; final String tParentName = "tParent"; final QName dateBuiltInType = new QName(QName.NULL_NS_URI, BuiltInType.DATE.getName()); final QName booleanBuiltInType = new QName(QName.NULL_NS_URI, BuiltInType.BOOLEAN.getName()); final QName parentCustomType = new QName(QName.NULL_NS_URI, tSmurfName); final ItemDefinition tSmurfCustomDataType = new ItemDefinition(); tSmurfCustomDataType.setName(new Name(tSmurfName)); tSmurfCustomDataType.getItemComponent().add(new ItemDefinition() {{ setName(new Name(tDateOfBirthName)); setTypeRef(dateBuiltInType); }}); tSmurfCustomDataType.getItemComponent().add(new ItemDefinition() {{ setName(new Name(tIsBlueName)); setTypeRef(booleanBuiltInType); }}); tSmurfCustomDataType.getItemComponent().add(new ItemDefinition() {{ setName(new Name(tParentName)); setTypeRef(parentCustomType); }}); definitions.getItemDefinition().add(tSmurfCustomDataType); final QName inputData1TypeRef = new QName(QName.NULL_NS_URI, tSmurfName); inputData1.getVariable().setTypeRef(inputData1TypeRef); final Optional<DecisionTable> oModel = definition.getModelClass(); definition.enrich(Optional.of(NODE_UUID), decision, oModel); final DecisionTable model = oModel.get(); assertBasicEnrichment(model); final List<InputClause> input = model.getInput(); assertThat(input.size()).isEqualTo(4); assertThat(input.get(0).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(0).getInputExpression().getText().getValue()).isEqualTo(INPUT_DATA_NAME_2); assertThat(input.get(0).getInputExpression().getTypeRef()).isEqualTo(INPUT_DATA_QNAME_2); assertThat(input.get(1).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(1).getInputExpression().getText().getValue()).isEqualTo(INPUT_DATA_NAME_1 + "." + tDateOfBirthName); assertThat(input.get(1).getInputExpression().getTypeRef()).isEqualTo(dateBuiltInType); assertThat(input.get(2).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(2).getInputExpression().getText().getValue()).isEqualTo(INPUT_DATA_NAME_1 + "." + tIsBlueName); assertThat(input.get(2).getInputExpression().getTypeRef()).isEqualTo(booleanBuiltInType); assertThat(input.get(3).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(3).getInputExpression().getText().getValue()).isEqualTo(INPUT_DATA_NAME_1 + "." + tParentName); assertThat(input.get(3).getInputExpression().getTypeRef()).isEqualTo(parentCustomType); assertStandardOutputClauseEnrichment(model); assertStandardDecisionRuleEnrichment(model); assertParentHierarchyEnrichment(model); }
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@Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testSetUnaryTestsWhenUnaryTestsIsNotNull() { final ItemDefinition wb = mock(ItemDefinition.class); final ArgumentCaptor<UnaryTests> argument = ArgumentCaptor.forClass(UnaryTests.class); final org.kie.dmn.model.api.ItemDefinition dmn = mock(org.kie.dmn.model.api.ItemDefinition.class); final org.kie.dmn.model.api.UnaryTests dmnAllowedValues = mock(org.kie.dmn.model.api.UnaryTests.class); when(dmn.getAllowedValues()).thenReturn(dmnAllowedValues); setUnaryTests(wb, dmn); verify(wb).setAllowedValues(argument.capture()); assertEquals(wb, argument.getValue().getParent()); }
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static void setUnaryTests(final ItemDefinition wb, final org.kie.dmn.model.api.ItemDefinition dmn) { final org.kie.dmn.model.api.UnaryTests dmnAllowedValues = dmn.getAllowedValues(); final Optional<UnaryTests> wbUnaryTests = ofNullable(UnaryTestsPropertyConverter.wbFromDMN(dmnAllowedValues)); wbUnaryTests.ifPresent(unaryTests -> { wb.setAllowedValues(unaryTests); unaryTests.setParent(wb); }); }
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ItemDefinitionPropertyConverter { static void setUnaryTests(final ItemDefinition wb, final org.kie.dmn.model.api.ItemDefinition dmn) { final org.kie.dmn.model.api.UnaryTests dmnAllowedValues = dmn.getAllowedValues(); final Optional<UnaryTests> wbUnaryTests = ofNullable(UnaryTestsPropertyConverter.wbFromDMN(dmnAllowedValues)); wbUnaryTests.ifPresent(unaryTests -> { wb.setAllowedValues(unaryTests); unaryTests.setParent(wb); }); } }
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ItemDefinitionPropertyConverter { static void setUnaryTests(final ItemDefinition wb, final org.kie.dmn.model.api.ItemDefinition dmn) { final org.kie.dmn.model.api.UnaryTests dmnAllowedValues = dmn.getAllowedValues(); final Optional<UnaryTests> wbUnaryTests = ofNullable(UnaryTestsPropertyConverter.wbFromDMN(dmnAllowedValues)); wbUnaryTests.ifPresent(unaryTests -> { wb.setAllowedValues(unaryTests); unaryTests.setParent(wb); }); } }
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ItemDefinitionPropertyConverter { static void setUnaryTests(final ItemDefinition wb, final org.kie.dmn.model.api.ItemDefinition dmn) { final org.kie.dmn.model.api.UnaryTests dmnAllowedValues = dmn.getAllowedValues(); final Optional<UnaryTests> wbUnaryTests = ofNullable(UnaryTestsPropertyConverter.wbFromDMN(dmnAllowedValues)); wbUnaryTests.ifPresent(unaryTests -> { wb.setAllowedValues(unaryTests); unaryTests.setParent(wb); }); } static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn); static org.kie.dmn.model.api.ItemDefinition dmnFromWB(final ItemDefinition wb); }
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ItemDefinitionPropertyConverter { static void setUnaryTests(final ItemDefinition wb, final org.kie.dmn.model.api.ItemDefinition dmn) { final org.kie.dmn.model.api.UnaryTests dmnAllowedValues = dmn.getAllowedValues(); final Optional<UnaryTests> wbUnaryTests = ofNullable(UnaryTestsPropertyConverter.wbFromDMN(dmnAllowedValues)); wbUnaryTests.ifPresent(unaryTests -> { wb.setAllowedValues(unaryTests); unaryTests.setParent(wb); }); } static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn); static org.kie.dmn.model.api.ItemDefinition dmnFromWB(final ItemDefinition wb); }
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@Test @SuppressWarnings("unchecked") public void testModelEnrichmentWhenTopLevelDecisionTableWithMultipleHierarchyCustomTypes() { setupGraphWithDiagram(); setupGraphWithInputData(); final Definitions definitions = diagram.getDefinitions(); final String tSmurf = "tSmurf"; final String tSmurfAddress = "tSmurfAddress"; final QName dateBuiltInType = new QName(QName.NULL_NS_URI, BuiltInType.DATE.getName()); final QName stringBuiltInType = new QName(QName.NULL_NS_URI, STRING.getName()); final ItemDefinition tSmurfAddressCustomDataType = new ItemDefinition(); tSmurfAddressCustomDataType.setName(new Name(tSmurfAddress)); tSmurfAddressCustomDataType.getItemComponent().add(new ItemDefinition() {{ setName(new Name("line1")); setTypeRef(stringBuiltInType); }}); tSmurfAddressCustomDataType.getItemComponent().add(new ItemDefinition() {{ setName(new Name("line2")); setTypeRef(stringBuiltInType); }}); final ItemDefinition tSmurfCustomDataType = new ItemDefinition(); tSmurfCustomDataType.setName(new Name(tSmurf)); tSmurfCustomDataType.getItemComponent().add(new ItemDefinition() {{ setName(new Name("dob")); setTypeRef(dateBuiltInType); }}); tSmurfCustomDataType.getItemComponent().add(new ItemDefinition() {{ setName(new Name("address")); getItemComponent().add(tSmurfAddressCustomDataType); }}); definitions.getItemDefinition().add(tSmurfCustomDataType); final QName inputData1TypeRef = new QName(QName.NULL_NS_URI, tSmurf); inputData1.getVariable().setTypeRef(inputData1TypeRef); final Optional<DecisionTable> oModel = definition.getModelClass(); definition.enrich(Optional.of(NODE_UUID), decision, oModel); final DecisionTable model = oModel.get(); assertBasicEnrichment(model); final List<InputClause> input = model.getInput(); assertThat(input.size()).isEqualTo(4); assertThat(input.get(0).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(0).getInputExpression().getText().getValue()).isEqualTo(INPUT_DATA_NAME_2); assertThat(input.get(0).getInputExpression().getTypeRef()).isEqualTo(INPUT_DATA_QNAME_2); assertThat(input.get(1).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(1).getInputExpression().getText().getValue()).isEqualTo(INPUT_DATA_NAME_1 + ".address." + tSmurfAddress + ".line1"); assertThat(input.get(1).getInputExpression().getTypeRef()).isEqualTo(stringBuiltInType); assertThat(input.get(2).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(2).getInputExpression().getText().getValue()).isEqualTo(INPUT_DATA_NAME_1 + ".address." + tSmurfAddress + ".line2"); assertThat(input.get(2).getInputExpression().getTypeRef()).isEqualTo(stringBuiltInType); assertThat(input.get(3).getInputExpression()).isInstanceOf(InputClauseLiteralExpression.class); assertThat(input.get(3).getInputExpression().getText().getValue()).isEqualTo(INPUT_DATA_NAME_1 + ".dob"); assertThat(input.get(3).getInputExpression().getTypeRef()).isEqualTo(dateBuiltInType); assertStandardOutputClauseEnrichment(model); assertStandardDecisionRuleEnrichment(model); assertParentHierarchyEnrichment(model); }
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@Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testModelEnrichmentWhenTopLevelDecisionTableWithoutInputData() { final String uuid = UUID.uuid(); final Node<Definition, Edge> node = new NodeImpl<>(uuid); graph.addNode(node); final Optional<DecisionTable> oModel = definition.getModelClass(); definition.enrich(Optional.of(uuid), decision, oModel); final DecisionTable model = oModel.get(); assertBasicEnrichment(model); assertStandardInputClauseEnrichment(model); assertStandardOutputClauseEnrichment(model); assertStandardDecisionRuleEnrichment(model); assertParentHierarchyEnrichment(model); }
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@Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testModelEnrichmentWhenParentIsContextEntry() { final Decision decision = mock(Decision.class); final String name = "context-entry"; final Context context = new Context(); final ContextEntry contextEntry = new ContextEntry(); context.getContextEntry().add(contextEntry); contextEntry.setVariable(new InformationItem(new Id(), new Description(), new Name(name), OUTPUT_DATA_QNAME)); final Optional<DecisionTable> oModel = definition.getModelClass(); oModel.get().setParent(contextEntry); contextEntry.setParent(context); context.setParent(decision); when(decision.asDMNModelInstrumentedBase()).thenReturn(contextEntry); definition.enrich(Optional.empty(), decision, oModel); final DecisionTable model = oModel.get(); assertBasicEnrichment(model); assertStandardInputClauseEnrichment(model); final List<OutputClause> output = model.getOutput(); assertThat(output.size()).isEqualTo(1); assertThat(output.get(0).getName()).isEqualTo(DEFAULT_OUTPUT_NAME); assertThat(output.get(0).getTypeRef()).isEqualTo(OUTPUT_DATA_QNAME); assertStandardDecisionRuleEnrichment(model); assertParentHierarchyEnrichment(model); }
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@Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testModelEnrichmentWhenParentIsBKM() { final FunctionDefinition functionDefinition = mock(FunctionDefinition.class); final DMNModelInstrumentedBase dmnModelInstrumentedBase = mock(DMNModelInstrumentedBase.class); final BusinessKnowledgeModel businessKnowledgeModel = new BusinessKnowledgeModel(); businessKnowledgeModel.setVariable(new InformationItemPrimary(new Id(), new Name(), OUTPUT_DATA_QNAME)); businessKnowledgeModel.setEncapsulatedLogic(functionDefinition); final Optional<DecisionTable> oModel = definition.getModelClass(); oModel.get().setParent(functionDefinition); when(functionDefinition.asDMNModelInstrumentedBase()).thenReturn(dmnModelInstrumentedBase); when(dmnModelInstrumentedBase.getParent()).thenReturn(businessKnowledgeModel); definition.enrich(Optional.empty(), functionDefinition, oModel); final DecisionTable model = oModel.get(); assertBasicEnrichment(model); assertStandardInputClauseEnrichment(model); final List<OutputClause> output = model.getOutput(); assertThat(output.size()).isEqualTo(1); assertThat(output.get(0).getName()).isEqualTo(DEFAULT_OUTPUT_NAME); assertThat(output.get(0).getTypeRef()).isEqualTo(OUTPUT_DATA_QNAME); assertStandardDecisionRuleEnrichment(model); assertParentHierarchyEnrichment(model); }
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@Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testModelEnrichmentWhenParentIsContextEntryDefaultResult() { final String name = "decision"; final Context context = new Context(); final ContextEntry contextEntry = new ContextEntry(); context.getContextEntry().add(contextEntry); contextEntry.setParent(context); context.setParent(decision); decision.setName(new Name(name)); decision.getVariable().setTypeRef(OUTPUT_DATA_QNAME); final Optional<DecisionTable> oModel = definition.getModelClass(); oModel.get().setParent(contextEntry); definition.enrich(Optional.empty(), decision, oModel); final DecisionTable model = oModel.get(); assertBasicEnrichment(model); assertStandardInputClauseEnrichment(model); final List<OutputClause> output = model.getOutput(); assertThat(output.size()).isEqualTo(1); assertThat(output.get(0).getName()).isEqualTo(DEFAULT_OUTPUT_NAME); assertThat(output.get(0).getTypeRef()).isEqualTo(OUTPUT_DATA_QNAME); assertStandardDecisionRuleEnrichment(model); assertParentHierarchyEnrichment(model); }
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@Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testModelEnrichmentWhenParentIsNestedContextEntryDefaultResult() { final Decision decision = mock(Decision.class); final String name = "context-entry"; final Context innerContext = new Context(); final ContextEntry innerContextEntry = new ContextEntry(); innerContext.getContextEntry().add(innerContextEntry); innerContextEntry.setParent(innerContext); final Context outerContext = new Context(); final ContextEntry outerContextEntry = new ContextEntry(); outerContext.getContextEntry().add(outerContextEntry); outerContextEntry.setParent(outerContext); innerContext.setParent(outerContextEntry); outerContext.setParent(decision); outerContextEntry.setVariable(new InformationItem(new Id(), new Description(), new Name(name), OUTPUT_DATA_QNAME)); when(decision.asDMNModelInstrumentedBase()).thenReturn(outerContextEntry); final Optional<DecisionTable> oModel = definition.getModelClass(); oModel.get().setParent(innerContextEntry); definition.enrich(Optional.empty(), decision, oModel); final DecisionTable model = oModel.get(); assertBasicEnrichment(model); assertStandardInputClauseEnrichment(model); final List<OutputClause> output = model.getOutput(); assertThat(output.size()).isEqualTo(1); assertThat(output.get(0).getName()).isEqualTo(DEFAULT_OUTPUT_NAME); assertThat(output.get(0).getTypeRef()).isEqualTo(OUTPUT_DATA_QNAME); assertStandardDecisionRuleEnrichment(model); assertParentHierarchyEnrichment(model); }
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@Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testModelEnrichmentWhenHasExpressionIsHasVariable() { decision.setVariable(new InformationItemPrimary(new Id(), new Name(), OUTPUT_DATA_QNAME)); final Optional<DecisionTable> oModel = definition.getModelClass(); definition.enrich(Optional.empty(), decision, oModel); final DecisionTable model = oModel.get(); assertBasicEnrichment(model); assertStandardInputClauseEnrichment(model); final List<OutputClause> output = model.getOutput(); assertThat(output.size()).isEqualTo(1); assertThat(output.get(0).getName()).isEqualTo(DEFAULT_OUTPUT_NAME); assertThat(output.get(0).getTypeRef()).isEqualTo(OUTPUT_DATA_QNAME); assertStandardDecisionRuleEnrichment(model); assertParentHierarchyEnrichment(model); }
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@Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testModelEnrichmentWhenHasExpressionIsNotHasVariable() { final Optional<DecisionTable> oModel = definition.getModelClass(); definition.enrich(Optional.empty(), decision, oModel); final DecisionTable model = oModel.get(); assertBasicEnrichment(model); assertStandardInputClauseEnrichment(model); final List<OutputClause> output = model.getOutput(); assertThat(output.size()).isEqualTo(1); assertThat(output.get(0).getName()).isEqualTo(DEFAULT_OUTPUT_NAME); assertThat(output.get(0).getTypeRef()).isEqualTo(BuiltInType.UNDEFINED.asQName()); assertStandardDecisionRuleEnrichment(model); assertParentHierarchyEnrichment(model); }
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@Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { @Override public void enrich(final Optional<String> nodeUUID, final HasExpression hasExpression, final Optional<DecisionTable> expression) { expression.ifPresent(dtable -> { dtable.setHitPolicy(HitPolicy.UNIQUE); dtable.setPreferredOrientation(DecisionTableOrientation.RULE_AS_ROW); final InputClause inputClause = new InputClause(); final InputClauseLiteralExpression literalExpression = new InputClauseLiteralExpression(); literalExpression.getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); inputClause.setInputExpression(literalExpression); dtable.getInput().add(inputClause); final RuleAnnotationClause ruleAnnotationClause = new RuleAnnotationClause(); ruleAnnotationClause.getName().setValue(DecisionTableDefaultValueUtilities.getNewRuleAnnotationClauseName(dtable)); dtable.getAnnotations().add(ruleAnnotationClause); final DecisionRule decisionRule = new DecisionRule(); final UnaryTests decisionRuleUnaryTest = new UnaryTests(); decisionRuleUnaryTest.getText().setValue(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_UNARY_TEST_TEXT); decisionRule.getInputEntry().add(decisionRuleUnaryTest); buildOutputClausesByDataType(hasExpression, dtable, decisionRule); final RuleAnnotationClauseText ruleAnnotationEntry = new RuleAnnotationClauseText(); ruleAnnotationEntry.getText().setValue(DecisionTableDefaultValueUtilities.RULE_DESCRIPTION); decisionRule.getAnnotationEntry().add(ruleAnnotationEntry); dtable.getRule().add(decisionRule); inputClause.setParent(dtable); decisionRule.setParent(dtable); literalExpression.setParent(inputClause); decisionRuleUnaryTest.setParent(decisionRule); ruleAnnotationEntry.setParent(dtable); if (nodeUUID.isPresent()) { enrichInputClauses(nodeUUID.get(), dtable); } else { enrichOutputClauses(dtable); } }); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testModelEnrichmentWhenDecisionTypeRefIsStructureWithMultipleFields() { final DMNGraphUtils dmnGraphUtils = mock(DMNGraphUtils.class); final Definitions definitions = mock(Definitions.class); final HasExpression hasExpression = mock(HasExpression.class); final Decision decision = mock(Decision.class); final InformationItemPrimary informationItemPrimary = mock(InformationItemPrimary.class); final ItemDefinition tPerson = mockTPersonStructure(); when(dmnGraphUtils.getModelDefinitions()).thenReturn(definitions); when(definitions.getItemDefinition()).thenReturn(Collections.singletonList(tPerson)); when(hasExpression.asDMNModelInstrumentedBase()).thenReturn(decision); when(decision.getVariable()).thenReturn(informationItemPrimary); when(informationItemPrimary.getTypeRef()).thenReturn(new QName("", TYPE_PERSON)); final DecisionTableEditorDefinitionEnricher enricher = new DecisionTableEditorDefinitionEnricher(null, dmnGraphUtils, itemDefinitionUtils); final Optional<DecisionTable> oModel = definition.getModelClass(); final DecisionTable model = oModel.get(); enricher.buildOutputClausesByDataType(hasExpression, model, new DecisionRule()); final List<OutputClause> outputClauses = model.getOutput(); assertThat(outputClauses.size()).isEqualTo(2); final OutputClause outputClause1 = outputClauses.get(0); final OutputClause outputClause2 = outputClauses.get(1); assertEquals("age", outputClause1.getName()); assertEquals(NUMBER.asQName(), outputClause1.getTypeRef()); assertEquals("name", outputClause2.getName()); assertEquals(STRING.asQName(), outputClause2.getTypeRef()); }
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void buildOutputClausesByDataType(final HasExpression hasExpression, final DecisionTable dTable, final DecisionRule decisionRule) { final HasTypeRef hasTypeRef = getHasTypeRef(hasExpression, dTable); final QName typeRef = !Objects.isNull(hasTypeRef) ? hasTypeRef.getTypeRef() : BuiltInType.UNDEFINED.asQName(); final String name = DecisionTableDefaultValueUtilities.getNewOutputClauseName(dTable); final List<ClauseRequirement> outputClausesRequirement = generateOutputClauseRequirements(dmnGraphUtils.getModelDefinitions(), typeRef, name); if (outputClausesRequirement.isEmpty()) { dTable.getOutput().add( buildOutputClause(dTable, typeRef, name) ); populateOutputEntries(decisionRule); } else { outputClausesRequirement .stream() .sorted(Comparator.comparing(outputClauseRequirement -> outputClauseRequirement.text)) .map(outputClauseRequirement -> buildOutputClause(dTable, outputClauseRequirement.typeRef, outputClauseRequirement.text)) .forEach(outputClause -> { dTable.getOutput().add(outputClause); populateOutputEntries(decisionRule); }); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { void buildOutputClausesByDataType(final HasExpression hasExpression, final DecisionTable dTable, final DecisionRule decisionRule) { final HasTypeRef hasTypeRef = getHasTypeRef(hasExpression, dTable); final QName typeRef = !Objects.isNull(hasTypeRef) ? hasTypeRef.getTypeRef() : BuiltInType.UNDEFINED.asQName(); final String name = DecisionTableDefaultValueUtilities.getNewOutputClauseName(dTable); final List<ClauseRequirement> outputClausesRequirement = generateOutputClauseRequirements(dmnGraphUtils.getModelDefinitions(), typeRef, name); if (outputClausesRequirement.isEmpty()) { dTable.getOutput().add( buildOutputClause(dTable, typeRef, name) ); populateOutputEntries(decisionRule); } else { outputClausesRequirement .stream() .sorted(Comparator.comparing(outputClauseRequirement -> outputClauseRequirement.text)) .map(outputClauseRequirement -> buildOutputClause(dTable, outputClauseRequirement.typeRef, outputClauseRequirement.text)) .forEach(outputClause -> { dTable.getOutput().add(outputClause); populateOutputEntries(decisionRule); }); } } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { void buildOutputClausesByDataType(final HasExpression hasExpression, final DecisionTable dTable, final DecisionRule decisionRule) { final HasTypeRef hasTypeRef = getHasTypeRef(hasExpression, dTable); final QName typeRef = !Objects.isNull(hasTypeRef) ? hasTypeRef.getTypeRef() : BuiltInType.UNDEFINED.asQName(); final String name = DecisionTableDefaultValueUtilities.getNewOutputClauseName(dTable); final List<ClauseRequirement> outputClausesRequirement = generateOutputClauseRequirements(dmnGraphUtils.getModelDefinitions(), typeRef, name); if (outputClausesRequirement.isEmpty()) { dTable.getOutput().add( buildOutputClause(dTable, typeRef, name) ); populateOutputEntries(decisionRule); } else { outputClausesRequirement .stream() .sorted(Comparator.comparing(outputClauseRequirement -> outputClauseRequirement.text)) .map(outputClauseRequirement -> buildOutputClause(dTable, outputClauseRequirement.typeRef, outputClauseRequirement.text)) .forEach(outputClause -> { dTable.getOutput().add(outputClause); populateOutputEntries(decisionRule); }); } } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { void buildOutputClausesByDataType(final HasExpression hasExpression, final DecisionTable dTable, final DecisionRule decisionRule) { final HasTypeRef hasTypeRef = getHasTypeRef(hasExpression, dTable); final QName typeRef = !Objects.isNull(hasTypeRef) ? hasTypeRef.getTypeRef() : BuiltInType.UNDEFINED.asQName(); final String name = DecisionTableDefaultValueUtilities.getNewOutputClauseName(dTable); final List<ClauseRequirement> outputClausesRequirement = generateOutputClauseRequirements(dmnGraphUtils.getModelDefinitions(), typeRef, name); if (outputClausesRequirement.isEmpty()) { dTable.getOutput().add( buildOutputClause(dTable, typeRef, name) ); populateOutputEntries(decisionRule); } else { outputClausesRequirement .stream() .sorted(Comparator.comparing(outputClauseRequirement -> outputClauseRequirement.text)) .map(outputClauseRequirement -> buildOutputClause(dTable, outputClauseRequirement.typeRef, outputClauseRequirement.text)) .forEach(outputClause -> { dTable.getOutput().add(outputClause); populateOutputEntries(decisionRule); }); } } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { void buildOutputClausesByDataType(final HasExpression hasExpression, final DecisionTable dTable, final DecisionRule decisionRule) { final HasTypeRef hasTypeRef = getHasTypeRef(hasExpression, dTable); final QName typeRef = !Objects.isNull(hasTypeRef) ? hasTypeRef.getTypeRef() : BuiltInType.UNDEFINED.asQName(); final String name = DecisionTableDefaultValueUtilities.getNewOutputClauseName(dTable); final List<ClauseRequirement> outputClausesRequirement = generateOutputClauseRequirements(dmnGraphUtils.getModelDefinitions(), typeRef, name); if (outputClausesRequirement.isEmpty()) { dTable.getOutput().add( buildOutputClause(dTable, typeRef, name) ); populateOutputEntries(decisionRule); } else { outputClausesRequirement .stream() .sorted(Comparator.comparing(outputClauseRequirement -> outputClauseRequirement.text)) .map(outputClauseRequirement -> buildOutputClause(dTable, outputClauseRequirement.typeRef, outputClauseRequirement.text)) .forEach(outputClause -> { dTable.getOutput().add(outputClause); populateOutputEntries(decisionRule); }); } } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testModelEnrichmentWhenDecisionTypeRefIsStructureAndOneSubfieldIsStructure() { final DMNGraphUtils dmnGraphUtils = mock(DMNGraphUtils.class); final Definitions definitions = mock(Definitions.class); final HasExpression hasExpression = mock(HasExpression.class); final Decision decision = mock(Decision.class); final InformationItemPrimary informationItemPrimary = mock(InformationItemPrimary.class); final ItemDefinition tCompany = mockTCompanyStructure(); when(dmnGraphUtils.getModelDefinitions()).thenReturn(definitions); when(definitions.getItemDefinition()).thenReturn(Collections.singletonList(tCompany)); when(hasExpression.asDMNModelInstrumentedBase()).thenReturn(decision); when(decision.getVariable()).thenReturn(informationItemPrimary); when(informationItemPrimary.getTypeRef()).thenReturn(new QName("", TYPE_COMPANY)); final DecisionTableEditorDefinitionEnricher enricher = new DecisionTableEditorDefinitionEnricher(null, dmnGraphUtils, itemDefinitionUtils); final Optional<DecisionTable> oModel = definition.getModelClass(); final DecisionTable model = oModel.get(); enricher.buildOutputClausesByDataType(hasExpression, model, new DecisionRule()); final List<OutputClause> outputClauses = model.getOutput(); assertThat(outputClauses.size()).isEqualTo(2); final OutputClause outputClause1 = outputClauses.get(0); final OutputClause outputClause2 = outputClauses.get(1); assertEquals("address", outputClause1.getName()); assertEquals(ANY.asQName(), outputClause1.getTypeRef()); assertEquals("name", outputClause2.getName()); assertEquals(STRING.asQName(), outputClause2.getTypeRef()); }
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void buildOutputClausesByDataType(final HasExpression hasExpression, final DecisionTable dTable, final DecisionRule decisionRule) { final HasTypeRef hasTypeRef = getHasTypeRef(hasExpression, dTable); final QName typeRef = !Objects.isNull(hasTypeRef) ? hasTypeRef.getTypeRef() : BuiltInType.UNDEFINED.asQName(); final String name = DecisionTableDefaultValueUtilities.getNewOutputClauseName(dTable); final List<ClauseRequirement> outputClausesRequirement = generateOutputClauseRequirements(dmnGraphUtils.getModelDefinitions(), typeRef, name); if (outputClausesRequirement.isEmpty()) { dTable.getOutput().add( buildOutputClause(dTable, typeRef, name) ); populateOutputEntries(decisionRule); } else { outputClausesRequirement .stream() .sorted(Comparator.comparing(outputClauseRequirement -> outputClauseRequirement.text)) .map(outputClauseRequirement -> buildOutputClause(dTable, outputClauseRequirement.typeRef, outputClauseRequirement.text)) .forEach(outputClause -> { dTable.getOutput().add(outputClause); populateOutputEntries(decisionRule); }); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { void buildOutputClausesByDataType(final HasExpression hasExpression, final DecisionTable dTable, final DecisionRule decisionRule) { final HasTypeRef hasTypeRef = getHasTypeRef(hasExpression, dTable); final QName typeRef = !Objects.isNull(hasTypeRef) ? hasTypeRef.getTypeRef() : BuiltInType.UNDEFINED.asQName(); final String name = DecisionTableDefaultValueUtilities.getNewOutputClauseName(dTable); final List<ClauseRequirement> outputClausesRequirement = generateOutputClauseRequirements(dmnGraphUtils.getModelDefinitions(), typeRef, name); if (outputClausesRequirement.isEmpty()) { dTable.getOutput().add( buildOutputClause(dTable, typeRef, name) ); populateOutputEntries(decisionRule); } else { outputClausesRequirement .stream() .sorted(Comparator.comparing(outputClauseRequirement -> outputClauseRequirement.text)) .map(outputClauseRequirement -> buildOutputClause(dTable, outputClauseRequirement.typeRef, outputClauseRequirement.text)) .forEach(outputClause -> { dTable.getOutput().add(outputClause); populateOutputEntries(decisionRule); }); } } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { void buildOutputClausesByDataType(final HasExpression hasExpression, final DecisionTable dTable, final DecisionRule decisionRule) { final HasTypeRef hasTypeRef = getHasTypeRef(hasExpression, dTable); final QName typeRef = !Objects.isNull(hasTypeRef) ? hasTypeRef.getTypeRef() : BuiltInType.UNDEFINED.asQName(); final String name = DecisionTableDefaultValueUtilities.getNewOutputClauseName(dTable); final List<ClauseRequirement> outputClausesRequirement = generateOutputClauseRequirements(dmnGraphUtils.getModelDefinitions(), typeRef, name); if (outputClausesRequirement.isEmpty()) { dTable.getOutput().add( buildOutputClause(dTable, typeRef, name) ); populateOutputEntries(decisionRule); } else { outputClausesRequirement .stream() .sorted(Comparator.comparing(outputClauseRequirement -> outputClauseRequirement.text)) .map(outputClauseRequirement -> buildOutputClause(dTable, outputClauseRequirement.typeRef, outputClauseRequirement.text)) .forEach(outputClause -> { dTable.getOutput().add(outputClause); populateOutputEntries(decisionRule); }); } } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { void buildOutputClausesByDataType(final HasExpression hasExpression, final DecisionTable dTable, final DecisionRule decisionRule) { final HasTypeRef hasTypeRef = getHasTypeRef(hasExpression, dTable); final QName typeRef = !Objects.isNull(hasTypeRef) ? hasTypeRef.getTypeRef() : BuiltInType.UNDEFINED.asQName(); final String name = DecisionTableDefaultValueUtilities.getNewOutputClauseName(dTable); final List<ClauseRequirement> outputClausesRequirement = generateOutputClauseRequirements(dmnGraphUtils.getModelDefinitions(), typeRef, name); if (outputClausesRequirement.isEmpty()) { dTable.getOutput().add( buildOutputClause(dTable, typeRef, name) ); populateOutputEntries(decisionRule); } else { outputClausesRequirement .stream() .sorted(Comparator.comparing(outputClauseRequirement -> outputClauseRequirement.text)) .map(outputClauseRequirement -> buildOutputClause(dTable, outputClauseRequirement.typeRef, outputClauseRequirement.text)) .forEach(outputClause -> { dTable.getOutput().add(outputClause); populateOutputEntries(decisionRule); }); } } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { void buildOutputClausesByDataType(final HasExpression hasExpression, final DecisionTable dTable, final DecisionRule decisionRule) { final HasTypeRef hasTypeRef = getHasTypeRef(hasExpression, dTable); final QName typeRef = !Objects.isNull(hasTypeRef) ? hasTypeRef.getTypeRef() : BuiltInType.UNDEFINED.asQName(); final String name = DecisionTableDefaultValueUtilities.getNewOutputClauseName(dTable); final List<ClauseRequirement> outputClausesRequirement = generateOutputClauseRequirements(dmnGraphUtils.getModelDefinitions(), typeRef, name); if (outputClausesRequirement.isEmpty()) { dTable.getOutput().add( buildOutputClause(dTable, typeRef, name) ); populateOutputEntries(decisionRule); } else { outputClausesRequirement .stream() .sorted(Comparator.comparing(outputClauseRequirement -> outputClauseRequirement.text)) .map(outputClauseRequirement -> buildOutputClause(dTable, outputClauseRequirement.typeRef, outputClauseRequirement.text)) .forEach(outputClause -> { dTable.getOutput().add(outputClause); populateOutputEntries(decisionRule); }); } } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testSetUnaryTestsWhenUnaryTestsIsNull() { final ItemDefinition wb = mock(ItemDefinition.class); final UnaryTests wbAllowedValues = mock(UnaryTests.class); final org.kie.dmn.model.api.ItemDefinition dmn = mock(org.kie.dmn.model.api.ItemDefinition.class); final org.kie.dmn.model.api.UnaryTests dmnAllowedValues = null; when(dmn.getAllowedValues()).thenReturn(dmnAllowedValues); setUnaryTests(wb, dmn); verify(wb, never()).setAllowedValues(wbAllowedValues); verify(wbAllowedValues, never()).setParent(wb); }
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static void setUnaryTests(final ItemDefinition wb, final org.kie.dmn.model.api.ItemDefinition dmn) { final org.kie.dmn.model.api.UnaryTests dmnAllowedValues = dmn.getAllowedValues(); final Optional<UnaryTests> wbUnaryTests = ofNullable(UnaryTestsPropertyConverter.wbFromDMN(dmnAllowedValues)); wbUnaryTests.ifPresent(unaryTests -> { wb.setAllowedValues(unaryTests); unaryTests.setParent(wb); }); }
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ItemDefinitionPropertyConverter { static void setUnaryTests(final ItemDefinition wb, final org.kie.dmn.model.api.ItemDefinition dmn) { final org.kie.dmn.model.api.UnaryTests dmnAllowedValues = dmn.getAllowedValues(); final Optional<UnaryTests> wbUnaryTests = ofNullable(UnaryTestsPropertyConverter.wbFromDMN(dmnAllowedValues)); wbUnaryTests.ifPresent(unaryTests -> { wb.setAllowedValues(unaryTests); unaryTests.setParent(wb); }); } }
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ItemDefinitionPropertyConverter { static void setUnaryTests(final ItemDefinition wb, final org.kie.dmn.model.api.ItemDefinition dmn) { final org.kie.dmn.model.api.UnaryTests dmnAllowedValues = dmn.getAllowedValues(); final Optional<UnaryTests> wbUnaryTests = ofNullable(UnaryTestsPropertyConverter.wbFromDMN(dmnAllowedValues)); wbUnaryTests.ifPresent(unaryTests -> { wb.setAllowedValues(unaryTests); unaryTests.setParent(wb); }); } }
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ItemDefinitionPropertyConverter { static void setUnaryTests(final ItemDefinition wb, final org.kie.dmn.model.api.ItemDefinition dmn) { final org.kie.dmn.model.api.UnaryTests dmnAllowedValues = dmn.getAllowedValues(); final Optional<UnaryTests> wbUnaryTests = ofNullable(UnaryTestsPropertyConverter.wbFromDMN(dmnAllowedValues)); wbUnaryTests.ifPresent(unaryTests -> { wb.setAllowedValues(unaryTests); unaryTests.setParent(wb); }); } static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn); static org.kie.dmn.model.api.ItemDefinition dmnFromWB(final ItemDefinition wb); }
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ItemDefinitionPropertyConverter { static void setUnaryTests(final ItemDefinition wb, final org.kie.dmn.model.api.ItemDefinition dmn) { final org.kie.dmn.model.api.UnaryTests dmnAllowedValues = dmn.getAllowedValues(); final Optional<UnaryTests> wbUnaryTests = ofNullable(UnaryTestsPropertyConverter.wbFromDMN(dmnAllowedValues)); wbUnaryTests.ifPresent(unaryTests -> { wb.setAllowedValues(unaryTests); unaryTests.setParent(wb); }); } static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn); static org.kie.dmn.model.api.ItemDefinition dmnFromWB(final ItemDefinition wb); }
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@Test public void testIsDMN() { assertThat(helper.isDMN(dmnPath)).isTrue(); assertThat(helper.isDMN(pmmlPath)).isFalse(); assertThat(helper.isDMN(javaPath)).isFalse(); }
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@Override public boolean isDMN(final Path path) { return matchesExtension(path, DMNImportTypes.DMN); }
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DMNImportTypesHelperImpl implements DMNImportTypesHelper { @Override public boolean isDMN(final Path path) { return matchesExtension(path, DMNImportTypes.DMN); } }
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DMNImportTypesHelperImpl implements DMNImportTypesHelper { @Override public boolean isDMN(final Path path) { return matchesExtension(path, DMNImportTypes.DMN); } }
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DMNImportTypesHelperImpl implements DMNImportTypesHelper { @Override public boolean isDMN(final Path path) { return matchesExtension(path, DMNImportTypes.DMN); } @Override boolean isDMN(final Path path); @Override boolean isPMML(final Path path); @Override boolean isJava(final Path path); }
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DMNImportTypesHelperImpl implements DMNImportTypesHelper { @Override public boolean isDMN(final Path path) { return matchesExtension(path, DMNImportTypes.DMN); } @Override boolean isDMN(final Path path); @Override boolean isPMML(final Path path); @Override boolean isJava(final Path path); }
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@Test public void testModelEnrichmentWhenDecisionTypeRefIsStructureWithNoFields() { final DMNGraphUtils dmnGraphUtils = mock(DMNGraphUtils.class); final Definitions definitions = mock(Definitions.class); final HasExpression hasExpression = mock(HasExpression.class); final Decision decision = mock(Decision.class); final InformationItemPrimary informationItemPrimary = mock(InformationItemPrimary.class); final ItemDefinition tPerson = mock(ItemDefinition.class); final QName tPersonTypeRef = new QName("", TYPE_PERSON); when(tPerson.getName()).thenReturn(new Name(TYPE_PERSON)); when(tPerson.getTypeRef()).thenReturn(tPersonTypeRef); when(tPerson.getItemComponent()).thenReturn(emptyList()); when(dmnGraphUtils.getModelDefinitions()).thenReturn(definitions); when(definitions.getItemDefinition()).thenReturn(Collections.singletonList(tPerson)); when(hasExpression.asDMNModelInstrumentedBase()).thenReturn(decision); when(decision.getVariable()).thenReturn(informationItemPrimary); when(informationItemPrimary.getTypeRef()).thenReturn(tPersonTypeRef); final DecisionTableEditorDefinitionEnricher enricher = new DecisionTableEditorDefinitionEnricher(null, dmnGraphUtils, itemDefinitionUtils); final Optional<DecisionTable> oModel = definition.getModelClass(); final DecisionTable model = oModel.get(); enricher.buildOutputClausesByDataType(hasExpression, model, new DecisionRule()); final List<OutputClause> outputClauses = model.getOutput(); assertThat(outputClauses.size()).isEqualTo(1); final OutputClause outputClause = outputClauses.get(0); assertEquals(DEFAULT_OUTPUT_NAME, outputClause.getName()); assertEquals(tPersonTypeRef, outputClause.getTypeRef()); }
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void buildOutputClausesByDataType(final HasExpression hasExpression, final DecisionTable dTable, final DecisionRule decisionRule) { final HasTypeRef hasTypeRef = getHasTypeRef(hasExpression, dTable); final QName typeRef = !Objects.isNull(hasTypeRef) ? hasTypeRef.getTypeRef() : BuiltInType.UNDEFINED.asQName(); final String name = DecisionTableDefaultValueUtilities.getNewOutputClauseName(dTable); final List<ClauseRequirement> outputClausesRequirement = generateOutputClauseRequirements(dmnGraphUtils.getModelDefinitions(), typeRef, name); if (outputClausesRequirement.isEmpty()) { dTable.getOutput().add( buildOutputClause(dTable, typeRef, name) ); populateOutputEntries(decisionRule); } else { outputClausesRequirement .stream() .sorted(Comparator.comparing(outputClauseRequirement -> outputClauseRequirement.text)) .map(outputClauseRequirement -> buildOutputClause(dTable, outputClauseRequirement.typeRef, outputClauseRequirement.text)) .forEach(outputClause -> { dTable.getOutput().add(outputClause); populateOutputEntries(decisionRule); }); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { void buildOutputClausesByDataType(final HasExpression hasExpression, final DecisionTable dTable, final DecisionRule decisionRule) { final HasTypeRef hasTypeRef = getHasTypeRef(hasExpression, dTable); final QName typeRef = !Objects.isNull(hasTypeRef) ? hasTypeRef.getTypeRef() : BuiltInType.UNDEFINED.asQName(); final String name = DecisionTableDefaultValueUtilities.getNewOutputClauseName(dTable); final List<ClauseRequirement> outputClausesRequirement = generateOutputClauseRequirements(dmnGraphUtils.getModelDefinitions(), typeRef, name); if (outputClausesRequirement.isEmpty()) { dTable.getOutput().add( buildOutputClause(dTable, typeRef, name) ); populateOutputEntries(decisionRule); } else { outputClausesRequirement .stream() .sorted(Comparator.comparing(outputClauseRequirement -> outputClauseRequirement.text)) .map(outputClauseRequirement -> buildOutputClause(dTable, outputClauseRequirement.typeRef, outputClauseRequirement.text)) .forEach(outputClause -> { dTable.getOutput().add(outputClause); populateOutputEntries(decisionRule); }); } } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { void buildOutputClausesByDataType(final HasExpression hasExpression, final DecisionTable dTable, final DecisionRule decisionRule) { final HasTypeRef hasTypeRef = getHasTypeRef(hasExpression, dTable); final QName typeRef = !Objects.isNull(hasTypeRef) ? hasTypeRef.getTypeRef() : BuiltInType.UNDEFINED.asQName(); final String name = DecisionTableDefaultValueUtilities.getNewOutputClauseName(dTable); final List<ClauseRequirement> outputClausesRequirement = generateOutputClauseRequirements(dmnGraphUtils.getModelDefinitions(), typeRef, name); if (outputClausesRequirement.isEmpty()) { dTable.getOutput().add( buildOutputClause(dTable, typeRef, name) ); populateOutputEntries(decisionRule); } else { outputClausesRequirement .stream() .sorted(Comparator.comparing(outputClauseRequirement -> outputClauseRequirement.text)) .map(outputClauseRequirement -> buildOutputClause(dTable, outputClauseRequirement.typeRef, outputClauseRequirement.text)) .forEach(outputClause -> { dTable.getOutput().add(outputClause); populateOutputEntries(decisionRule); }); } } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { void buildOutputClausesByDataType(final HasExpression hasExpression, final DecisionTable dTable, final DecisionRule decisionRule) { final HasTypeRef hasTypeRef = getHasTypeRef(hasExpression, dTable); final QName typeRef = !Objects.isNull(hasTypeRef) ? hasTypeRef.getTypeRef() : BuiltInType.UNDEFINED.asQName(); final String name = DecisionTableDefaultValueUtilities.getNewOutputClauseName(dTable); final List<ClauseRequirement> outputClausesRequirement = generateOutputClauseRequirements(dmnGraphUtils.getModelDefinitions(), typeRef, name); if (outputClausesRequirement.isEmpty()) { dTable.getOutput().add( buildOutputClause(dTable, typeRef, name) ); populateOutputEntries(decisionRule); } else { outputClausesRequirement .stream() .sorted(Comparator.comparing(outputClauseRequirement -> outputClauseRequirement.text)) .map(outputClauseRequirement -> buildOutputClause(dTable, outputClauseRequirement.typeRef, outputClauseRequirement.text)) .forEach(outputClause -> { dTable.getOutput().add(outputClause); populateOutputEntries(decisionRule); }); } } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { void buildOutputClausesByDataType(final HasExpression hasExpression, final DecisionTable dTable, final DecisionRule decisionRule) { final HasTypeRef hasTypeRef = getHasTypeRef(hasExpression, dTable); final QName typeRef = !Objects.isNull(hasTypeRef) ? hasTypeRef.getTypeRef() : BuiltInType.UNDEFINED.asQName(); final String name = DecisionTableDefaultValueUtilities.getNewOutputClauseName(dTable); final List<ClauseRequirement> outputClausesRequirement = generateOutputClauseRequirements(dmnGraphUtils.getModelDefinitions(), typeRef, name); if (outputClausesRequirement.isEmpty()) { dTable.getOutput().add( buildOutputClause(dTable, typeRef, name) ); populateOutputEntries(decisionRule); } else { outputClausesRequirement .stream() .sorted(Comparator.comparing(outputClauseRequirement -> outputClauseRequirement.text)) .map(outputClauseRequirement -> buildOutputClause(dTable, outputClauseRequirement.typeRef, outputClauseRequirement.text)) .forEach(outputClause -> { dTable.getOutput().add(outputClause); populateOutputEntries(decisionRule); }); } } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testAddInputClauseRequirement() { final List<DecisionTableEditorDefinitionEnricher.ClauseRequirement> inputClauseRequirements = new ArrayList<>(); final String inputData = "InputData"; final DecisionTableEditorDefinitionEnricher enricher = new DecisionTableEditorDefinitionEnricher(null, null, itemDefinitionUtils); final ItemDefinition tPerson = mockTPersonStructure(); enricher.addInputClauseRequirement(tPerson, inputClauseRequirements, inputData); assertEquals(2, inputClauseRequirements.size()); final DecisionTableEditorDefinitionEnricher.ClauseRequirement inputClause1 = inputClauseRequirements.get(0); final DecisionTableEditorDefinitionEnricher.ClauseRequirement inputClause2 = inputClauseRequirements.get(1); assertEquals("InputData.name", inputClause1.text); assertEquals(STRING.getName(), inputClause1.typeRef.getLocalPart()); assertEquals("InputData.age", inputClause2.text); assertEquals(NUMBER.getName(), inputClause2.typeRef.getLocalPart()); }
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private void addInputClauseRequirement(final QName typeRef, final Definitions definitions, final List<ClauseRequirement> inputClauseRequirements, final String text) { if (isBuiltInType(typeRef.getLocalPart())) { inputClauseRequirements.add(new ClauseRequirement(text, typeRef)); return; } definitions.getItemDefinition() .stream() .filter(typeRefIsCustom(typeRef)) .findFirst() .ifPresent(itemDefinition -> addInputClauseRequirement(itemDefinition, inputClauseRequirements, text)); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { private void addInputClauseRequirement(final QName typeRef, final Definitions definitions, final List<ClauseRequirement> inputClauseRequirements, final String text) { if (isBuiltInType(typeRef.getLocalPart())) { inputClauseRequirements.add(new ClauseRequirement(text, typeRef)); return; } definitions.getItemDefinition() .stream() .filter(typeRefIsCustom(typeRef)) .findFirst() .ifPresent(itemDefinition -> addInputClauseRequirement(itemDefinition, inputClauseRequirements, text)); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { private void addInputClauseRequirement(final QName typeRef, final Definitions definitions, final List<ClauseRequirement> inputClauseRequirements, final String text) { if (isBuiltInType(typeRef.getLocalPart())) { inputClauseRequirements.add(new ClauseRequirement(text, typeRef)); return; } definitions.getItemDefinition() .stream() .filter(typeRefIsCustom(typeRef)) .findFirst() .ifPresent(itemDefinition -> addInputClauseRequirement(itemDefinition, inputClauseRequirements, text)); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { private void addInputClauseRequirement(final QName typeRef, final Definitions definitions, final List<ClauseRequirement> inputClauseRequirements, final String text) { if (isBuiltInType(typeRef.getLocalPart())) { inputClauseRequirements.add(new ClauseRequirement(text, typeRef)); return; } definitions.getItemDefinition() .stream() .filter(typeRefIsCustom(typeRef)) .findFirst() .ifPresent(itemDefinition -> addInputClauseRequirement(itemDefinition, inputClauseRequirements, text)); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { private void addInputClauseRequirement(final QName typeRef, final Definitions definitions, final List<ClauseRequirement> inputClauseRequirements, final String text) { if (isBuiltInType(typeRef.getLocalPart())) { inputClauseRequirements.add(new ClauseRequirement(text, typeRef)); return; } definitions.getItemDefinition() .stream() .filter(typeRefIsCustom(typeRef)) .findFirst() .ifPresent(itemDefinition -> addInputClauseRequirement(itemDefinition, inputClauseRequirements, text)); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testAddInputClauseRequirementWhenDataTypeIsStructureAndDontHaveFields() { final ItemDefinition tPerson = mock(ItemDefinition.class); final String inputData = "InputData"; final List<DecisionTableEditorDefinitionEnricher.ClauseRequirement> inputClauseRequirements = new ArrayList<>(); final ItemDefinitionUtils itemDefinitionUtils = new ItemDefinitionUtils(mock(DMNGraphUtils.class)); final DecisionTableEditorDefinitionEnricher enricher = new DecisionTableEditorDefinitionEnricher(null, null, itemDefinitionUtils); when(tPerson.getName()).thenReturn(new Name(TYPE_PERSON)); when(tPerson.getTypeRef()).thenReturn(null); when(tPerson.getItemComponent()).thenReturn(emptyList()); enricher.addInputClauseRequirement(tPerson, inputClauseRequirements, inputData); assertEquals(1, inputClauseRequirements.size()); assertEquals("InputData", inputClauseRequirements.get(0).text); assertEquals(TYPE_PERSON, inputClauseRequirements.get(0).typeRef.getLocalPart()); }
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private void addInputClauseRequirement(final QName typeRef, final Definitions definitions, final List<ClauseRequirement> inputClauseRequirements, final String text) { if (isBuiltInType(typeRef.getLocalPart())) { inputClauseRequirements.add(new ClauseRequirement(text, typeRef)); return; } definitions.getItemDefinition() .stream() .filter(typeRefIsCustom(typeRef)) .findFirst() .ifPresent(itemDefinition -> addInputClauseRequirement(itemDefinition, inputClauseRequirements, text)); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { private void addInputClauseRequirement(final QName typeRef, final Definitions definitions, final List<ClauseRequirement> inputClauseRequirements, final String text) { if (isBuiltInType(typeRef.getLocalPart())) { inputClauseRequirements.add(new ClauseRequirement(text, typeRef)); return; } definitions.getItemDefinition() .stream() .filter(typeRefIsCustom(typeRef)) .findFirst() .ifPresent(itemDefinition -> addInputClauseRequirement(itemDefinition, inputClauseRequirements, text)); } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { private void addInputClauseRequirement(final QName typeRef, final Definitions definitions, final List<ClauseRequirement> inputClauseRequirements, final String text) { if (isBuiltInType(typeRef.getLocalPart())) { inputClauseRequirements.add(new ClauseRequirement(text, typeRef)); return; } definitions.getItemDefinition() .stream() .filter(typeRefIsCustom(typeRef)) .findFirst() .ifPresent(itemDefinition -> addInputClauseRequirement(itemDefinition, inputClauseRequirements, text)); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { private void addInputClauseRequirement(final QName typeRef, final Definitions definitions, final List<ClauseRequirement> inputClauseRequirements, final String text) { if (isBuiltInType(typeRef.getLocalPart())) { inputClauseRequirements.add(new ClauseRequirement(text, typeRef)); return; } definitions.getItemDefinition() .stream() .filter(typeRefIsCustom(typeRef)) .findFirst() .ifPresent(itemDefinition -> addInputClauseRequirement(itemDefinition, inputClauseRequirements, text)); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { private void addInputClauseRequirement(final QName typeRef, final Definitions definitions, final List<ClauseRequirement> inputClauseRequirements, final String text) { if (isBuiltInType(typeRef.getLocalPart())) { inputClauseRequirements.add(new ClauseRequirement(text, typeRef)); return; } definitions.getItemDefinition() .stream() .filter(typeRefIsCustom(typeRef)) .findFirst() .ifPresent(itemDefinition -> addInputClauseRequirement(itemDefinition, inputClauseRequirements, text)); } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testComputingClauseNameWithoutModelRef() { final ItemDefinition itemComponent = new ItemDefinition(); itemComponent.setName(new Name("model.age")); itemComponent.setAllowOnlyVisualChange(true); assertEquals("age", new DecisionTableEditorDefinitionEnricher(null, null, null) .computeClauseName(itemComponent)); }
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String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testComputingClauseNameWithoutModelRefWhenModelRefHasMultipleLevels() { final ItemDefinition itemComponent = new ItemDefinition(); itemComponent.setName(new Name("a.b.c.age")); itemComponent.setAllowOnlyVisualChange(true); assertEquals("age", new DecisionTableEditorDefinitionEnricher(null, null, null) .computeClauseName(itemComponent)); }
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String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testComputingClauseNameWithoutModelRefWhenModelRefAlreadyMissing() { final ItemDefinition itemComponent = new ItemDefinition(); itemComponent.setName(new Name("age")); itemComponent.setAllowOnlyVisualChange(true); assertEquals("age", new DecisionTableEditorDefinitionEnricher(null, null, null) .computeClauseName(itemComponent)); }
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String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testComputingClauseNameWithoutModelRefWhenLocalPartEndsWithDot() { final ItemDefinition itemComponent = new ItemDefinition(); itemComponent.setName(new Name("age.")); itemComponent.setAllowOnlyVisualChange(true); assertEquals("age.", new DecisionTableEditorDefinitionEnricher(null, null, null) .computeClauseName(itemComponent)); }
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String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; } }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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DecisionTableEditorDefinitionEnricher implements ExpressionEditorModelEnricher<DecisionTable> { String computeClauseName(final ItemDefinition itemComponent) { final String originalName = itemComponent.getName().getValue(); String nameWithoutModelRef = originalName; if (itemComponent.isImported()) { final int positionOfLastDot = originalName.lastIndexOf(DOT_CHAR) + 1; if (positionOfLastDot > 0 && positionOfLastDot != originalName.length()) { nameWithoutModelRef = originalName.substring(positionOfLastDot); } } return nameWithoutModelRef; } DecisionTableEditorDefinitionEnricher(); @Inject DecisionTableEditorDefinitionEnricher(final SessionManager sessionManager,
final DMNGraphUtils dmnGraphUtils,
final ItemDefinitionUtils itemDefinitionUtils); @Override void enrich(final Optional<String> nodeUUID,
final HasExpression hasExpression,
final Optional<DecisionTable> expression); }
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@Test public void testGetNewInputClauseName() { final InputClause inputClause1 = new InputClause() {{ setInputExpression(new InputClauseLiteralExpression()); }}; dtable.getInput().add(inputClause1); inputClause1.getInputExpression().getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); assertThat(inputClause1.getInputExpression().getText().getValue()).isEqualTo(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_PREFIX + "1"); final InputClause inputClause2 = new InputClause() {{ setInputExpression(new InputClauseLiteralExpression()); }}; dtable.getInput().add(inputClause2); inputClause2.getInputExpression().getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); assertThat(inputClause2.getInputExpression().getText().getValue()).isEqualTo(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_PREFIX + "2"); }
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public static String getNewInputClauseName(final DecisionTable dtable) { return INPUT_CLAUSE_PREFIX + getMaxUnusedInputClauseIndex(dtable); }
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DecisionTableDefaultValueUtilities { public static String getNewInputClauseName(final DecisionTable dtable) { return INPUT_CLAUSE_PREFIX + getMaxUnusedInputClauseIndex(dtable); } }
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DecisionTableDefaultValueUtilities { public static String getNewInputClauseName(final DecisionTable dtable) { return INPUT_CLAUSE_PREFIX + getMaxUnusedInputClauseIndex(dtable); } }
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DecisionTableDefaultValueUtilities { public static String getNewInputClauseName(final DecisionTable dtable) { return INPUT_CLAUSE_PREFIX + getMaxUnusedInputClauseIndex(dtable); } static String getNewInputClauseName(final DecisionTable dtable); static String getNewOutputClauseName(final DecisionTable dtable); static String getNewRuleAnnotationClauseName(final DecisionTable decisionTable); }
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DecisionTableDefaultValueUtilities { public static String getNewInputClauseName(final DecisionTable dtable) { return INPUT_CLAUSE_PREFIX + getMaxUnusedInputClauseIndex(dtable); } static String getNewInputClauseName(final DecisionTable dtable); static String getNewOutputClauseName(final DecisionTable dtable); static String getNewRuleAnnotationClauseName(final DecisionTable decisionTable); static final String INPUT_CLAUSE_PREFIX; static final String INPUT_CLAUSE_UNARY_TEST_TEXT; static final String OUTPUT_CLAUSE_PREFIX; static final String OUTPUT_CLAUSE_EXPRESSION_TEXT; static final String RULE_DESCRIPTION; static final String RULE_ANNOTATION_CLAUSE_PREFIX; static final String RULE_ANNOTATION_CLAUSE_EXPRESSION_TEXT; }
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@Test public void testGetNewInputClauseNameWithExistingInputClauses() { final InputClause inputClause1 = new InputClause() {{ setInputExpression(new InputClauseLiteralExpression()); }}; dtable.getInput().add(inputClause1); inputClause1.getInputExpression().getText().setValue("input"); final InputClause inputClause2 = new InputClause() {{ setInputExpression(new InputClauseLiteralExpression()); }}; dtable.getInput().add(inputClause2); inputClause2.getInputExpression().getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); assertThat(inputClause2.getInputExpression().getText().getValue()).isEqualTo(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_PREFIX + "1"); }
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public static String getNewInputClauseName(final DecisionTable dtable) { return INPUT_CLAUSE_PREFIX + getMaxUnusedInputClauseIndex(dtable); }
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DecisionTableDefaultValueUtilities { public static String getNewInputClauseName(final DecisionTable dtable) { return INPUT_CLAUSE_PREFIX + getMaxUnusedInputClauseIndex(dtable); } }
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DecisionTableDefaultValueUtilities { public static String getNewInputClauseName(final DecisionTable dtable) { return INPUT_CLAUSE_PREFIX + getMaxUnusedInputClauseIndex(dtable); } }
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DecisionTableDefaultValueUtilities { public static String getNewInputClauseName(final DecisionTable dtable) { return INPUT_CLAUSE_PREFIX + getMaxUnusedInputClauseIndex(dtable); } static String getNewInputClauseName(final DecisionTable dtable); static String getNewOutputClauseName(final DecisionTable dtable); static String getNewRuleAnnotationClauseName(final DecisionTable decisionTable); }
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DecisionTableDefaultValueUtilities { public static String getNewInputClauseName(final DecisionTable dtable) { return INPUT_CLAUSE_PREFIX + getMaxUnusedInputClauseIndex(dtable); } static String getNewInputClauseName(final DecisionTable dtable); static String getNewOutputClauseName(final DecisionTable dtable); static String getNewRuleAnnotationClauseName(final DecisionTable decisionTable); static final String INPUT_CLAUSE_PREFIX; static final String INPUT_CLAUSE_UNARY_TEST_TEXT; static final String OUTPUT_CLAUSE_PREFIX; static final String OUTPUT_CLAUSE_EXPRESSION_TEXT; static final String RULE_DESCRIPTION; static final String RULE_ANNOTATION_CLAUSE_PREFIX; static final String RULE_ANNOTATION_CLAUSE_EXPRESSION_TEXT; }
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@Test public void testGetNewInputClauseNameWithDeletion() { final InputClause inputClause1 = new InputClause() {{ setInputExpression(new InputClauseLiteralExpression()); }}; dtable.getInput().add(inputClause1); inputClause1.getInputExpression().getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); assertThat(inputClause1.getInputExpression().getText().getValue()).isEqualTo(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_PREFIX + "1"); final InputClause inputClause2 = new InputClause() {{ setInputExpression(new InputClauseLiteralExpression()); }}; dtable.getInput().add(inputClause2); inputClause2.getInputExpression().getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); assertThat(inputClause2.getInputExpression().getText().getValue()).isEqualTo(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_PREFIX + "2"); dtable.getInput().remove(inputClause1); final InputClause inputClause3 = new InputClause() {{ setInputExpression(new InputClauseLiteralExpression()); }}; dtable.getInput().add(inputClause3); inputClause3.getInputExpression().getText().setValue(DecisionTableDefaultValueUtilities.getNewInputClauseName(dtable)); assertThat(inputClause3.getInputExpression().getText().getValue()).isEqualTo(DecisionTableDefaultValueUtilities.INPUT_CLAUSE_PREFIX + "3"); }
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public static String getNewInputClauseName(final DecisionTable dtable) { return INPUT_CLAUSE_PREFIX + getMaxUnusedInputClauseIndex(dtable); }
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DecisionTableDefaultValueUtilities { public static String getNewInputClauseName(final DecisionTable dtable) { return INPUT_CLAUSE_PREFIX + getMaxUnusedInputClauseIndex(dtable); } }
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DecisionTableDefaultValueUtilities { public static String getNewInputClauseName(final DecisionTable dtable) { return INPUT_CLAUSE_PREFIX + getMaxUnusedInputClauseIndex(dtable); } }
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DecisionTableDefaultValueUtilities { public static String getNewInputClauseName(final DecisionTable dtable) { return INPUT_CLAUSE_PREFIX + getMaxUnusedInputClauseIndex(dtable); } static String getNewInputClauseName(final DecisionTable dtable); static String getNewOutputClauseName(final DecisionTable dtable); static String getNewRuleAnnotationClauseName(final DecisionTable decisionTable); }
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DecisionTableDefaultValueUtilities { public static String getNewInputClauseName(final DecisionTable dtable) { return INPUT_CLAUSE_PREFIX + getMaxUnusedInputClauseIndex(dtable); } static String getNewInputClauseName(final DecisionTable dtable); static String getNewOutputClauseName(final DecisionTable dtable); static String getNewRuleAnnotationClauseName(final DecisionTable decisionTable); static final String INPUT_CLAUSE_PREFIX; static final String INPUT_CLAUSE_UNARY_TEST_TEXT; static final String OUTPUT_CLAUSE_PREFIX; static final String OUTPUT_CLAUSE_EXPRESSION_TEXT; static final String RULE_DESCRIPTION; static final String RULE_ANNOTATION_CLAUSE_PREFIX; static final String RULE_ANNOTATION_CLAUSE_EXPRESSION_TEXT; }
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@Test public void testWbDescriptionFromDMN() { final String description = "description"; final Description expectedDescription = new Description(description); final org.kie.dmn.model.api.ItemDefinition dmn = mock(org.kie.dmn.model.api.ItemDefinition.class); when(dmn.getDescription()).thenReturn(description); final Description actualDescription = wbDescriptionFromDMN(dmn); assertEquals(expectedDescription, actualDescription); }
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static Description wbDescriptionFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn) { return DescriptionPropertyConverter.wbFromDMN(dmn.getDescription()); }
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ItemDefinitionPropertyConverter { static Description wbDescriptionFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn) { return DescriptionPropertyConverter.wbFromDMN(dmn.getDescription()); } }
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ItemDefinitionPropertyConverter { static Description wbDescriptionFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn) { return DescriptionPropertyConverter.wbFromDMN(dmn.getDescription()); } }
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ItemDefinitionPropertyConverter { static Description wbDescriptionFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn) { return DescriptionPropertyConverter.wbFromDMN(dmn.getDescription()); } static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn); static org.kie.dmn.model.api.ItemDefinition dmnFromWB(final ItemDefinition wb); }
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ItemDefinitionPropertyConverter { static Description wbDescriptionFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn) { return DescriptionPropertyConverter.wbFromDMN(dmn.getDescription()); } static ItemDefinition wbFromDMN(final org.kie.dmn.model.api.ItemDefinition dmn); static org.kie.dmn.model.api.ItemDefinition dmnFromWB(final ItemDefinition wb); }
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