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SeismogramShapeIterator iterator){ double pointsPerPixel = iterator.getPointsPerPixel(); int[] seisPoints = currentIterator.getSeisPoints(); seisPoints[0] =(int)-(iterator.getTotalShift() * pointsPerPixel) + iterator.getBaseSeisPoint(); seisPoints[1] = seisPoints[0] + (int)-(iterator.getSize().width * pointsPerPixel); iterator.setSeisPoints(seisPoints); int[][] points = currentIterator.getPoints(); int length = points[0].length - Math.abs(dragAmount); System.arraycopy(points[0], dragFrom, points[0], dragFrom + dragAmount, length); System.arraycopy(points[1], dragFrom, points[1], dragFrom + dragAmount, length); int[] drawnPixels = getPixels(iterator); iterator.setDrawnPixels(drawnPixels); int drawStart, drawEnd; if(dragAmount < 0){ drawStart = drawnPixels[1] + dragAmount; drawEnd = drawnPixels[1] - 1; }else{ drawStart = drawnPixels[0]; drawEnd = dragAmount--; } plotPixels(drawStart, drawEnd, iterator); currentIterator = iterator; | SeismogramShapeIterator iterator){ double pointsPerPixel = iterator.getPointsPerPixel(); int[] seisPoints = currentIterator.getSeisPoints(); seisPoints[0] =(int)-(iterator.getTotalShift() * pointsPerPixel) + iterator.getBaseSeisPoint(); seisPoints[1] = seisPoints[0] + (int)(iterator.getSize().width * pointsPerPixel); iterator.setSeisPoints(seisPoints); int[][] points = currentIterator.getPoints(); int length = points[0].length - Math.abs(dragAmount); System.arraycopy(points[0], dragFrom, points[0], dragFrom + dragAmount, length); System.arraycopy(points[1], dragFrom, points[1], dragFrom + dragAmount, length); int[] drawnPixels = getPixels(iterator); iterator.setDrawnPixels(drawnPixels); int drawStart, drawEnd; if(dragAmount < 0){ drawStart = drawnPixels[1] + dragAmount; drawEnd = drawnPixels[1] - 1; }else{ drawStart = drawnPixels[0]; drawEnd = dragAmount--; ++dragAmount; } plotPixels(drawStart, drawEnd, iterator); | private void drag(int dragAmount, int dragFrom, SeismogramShapeIterator iterator){ double pointsPerPixel = iterator.getPointsPerPixel(); int[] seisPoints = currentIterator.getSeisPoints(); seisPoints[0] =(int)-(iterator.getTotalShift() * pointsPerPixel) + iterator.getBaseSeisPoint(); //Math.ceil(pointsPerPixel * dragAmount); seisPoints[1] = seisPoints[0] + (int)-(iterator.getSize().width * pointsPerPixel); //Math.ceil(pointsPerPixel * dragAmount); iterator.setSeisPoints(seisPoints); int[][] points = currentIterator.getPoints(); int length = points[0].length - Math.abs(dragAmount); System.arraycopy(points[0], dragFrom, points[0], dragFrom + dragAmount, length); System.arraycopy(points[1], dragFrom, points[1], dragFrom + dragAmount, length); int[] drawnPixels = getPixels(iterator); iterator.setDrawnPixels(drawnPixels); int drawStart, drawEnd; if(dragAmount < 0){ drawStart = drawnPixels[1] + dragAmount; drawEnd = drawnPixels[1] - 1; }else{ drawStart = drawnPixels[0]; drawEnd = dragAmount--; } plotPixels(drawStart, drawEnd, iterator); currentIterator = iterator; } |
iterator.copyBasicInfo(currentIterator); double shiftPercentage = getShiftPercentage(currentIterator.getTime(), iterator.getTime()); double pixelShift = currentIterator.getSize().width * shiftPercentage + currentIterator.getLeftoverPixels(); pixelShift *= 1000; pixelShift = Math.round(pixelShift); pixelShift /= 1000; if(pixelShift%1 == 0){ if(pixelShift >= 1){ iterator.setTotalShift(currentIterator.getTotalShift() + (int)pixelShift); dragRight((int)pixelShift, iterator); }else if(pixelShift <= -1){ iterator.setTotalShift(currentIterator.getTotalShift() + (int)pixelShift); dragLeft((int)pixelShift, iterator); }else{ iterator.setSeisPoints(currentIterator.getSeisPoints()); iterator.setDrawnPixels(currentIterator.getDrawnPixels()); currentIterator = iterator; } }else{ plot(iterator); } | iterator.copyBasicInfo(currentIterator); double shiftPercentage = getShiftPercentage(currentIterator.getTime(), iterator.getTime()); double pixelShift = currentIterator.getSize().width * shiftPercentage; pixelShift = Math.round(pixelShift*1000)/1000; if(pixelShift%1 == 0){ int shift = (int)pixelShift; if(shift >= 1){ iterator.setTotalShift(currentIterator.getTotalShift() + shift); drag(shift, 0, iterator); }else if(shift <= -1){ iterator.setTotalShift(currentIterator.getTotalShift() + shift); drag(shift, -shift, iterator); }else{ iterator.setSeisPoints(currentIterator.getSeisPoints()); iterator.setDrawnPixels(currentIterator.getDrawnPixels()); } currentIterator = iterator; }else{ plot(iterator); } | public void dragPlot(SeismogramShapeIterator iterator){ iterator.copyBasicInfo(currentIterator); double shiftPercentage = getShiftPercentage(currentIterator.getTime(), iterator.getTime()); double pixelShift = currentIterator.getSize().width * shiftPercentage + currentIterator.getLeftoverPixels(); //rounds a decimal way down in the pixel shift to make a one pixel shift //a one pixel shift instead of .999995 pixels as getShiftPercentage //returns pixelShift *= 1000; pixelShift = Math.round(pixelShift); pixelShift /= 1000; if(pixelShift%1 == 0){ if(pixelShift >= 1){ iterator.setTotalShift(currentIterator.getTotalShift() + (int)pixelShift); dragRight((int)pixelShift, iterator); }else if(pixelShift <= -1){ iterator.setTotalShift(currentIterator.getTotalShift() + (int)pixelShift); dragLeft((int)pixelShift, iterator); }else{ iterator.setSeisPoints(currentIterator.getSeisPoints()); iterator.setDrawnPixels(currentIterator.getDrawnPixels()); currentIterator = iterator; } }else{ plot(iterator); } } |
int[] displayPixels = new int[2]; int[] seisPoints = iterator.getSeisPoints(); double pointsPerPixel = iterator.getPointsPerPixel(); int displayWidth = iterator.getSize().width; double seisPointRange = seisPoints[1] - seisPoints[0]; if(seisPoints[0] >= 0){ displayPixels[0] = 0; }else{ displayPixels[0] =(int)Math.floor(-seisPoints[0]/pointsPerPixel); } if(seisPoints[1] < dss.getSeismogram().getNumPoints()){ displayPixels[1] = displayWidth - 1; }else{ displayPixels[1] = (int)Math.ceil((dss.getSeismogram().getNumPoints() - seisPoints[0])/ seisPointRange * displayWidth); } iterator.setDrawnPixels(displayPixels); return displayPixels; | int[] displayPixels = new int[2]; int[] seisPoints = iterator.getSeisPoints(); double pointsPerPixel = iterator.getPointsPerPixel(); int displayWidth = iterator.getSize().width; double seisPointRange = seisPoints[1] - seisPoints[0]; if(seisPoints[0] >= 0){ displayPixels[0] = 0; }else{ displayPixels[0] =(int)Math.round(-seisPoints[0]/pointsPerPixel); } if(seisPoints[1] < dss.getSeismogram().getNumPoints()){ displayPixels[1] = displayWidth - 1; }else{ displayPixels[1] = (int)Math.round((dss.getSeismogram().getNumPoints() - seisPoints[0])/ seisPointRange * displayWidth); } iterator.setDrawnPixels(displayPixels); return displayPixels; | public int[] getPixels(SeismogramShapeIterator iterator){ int[] displayPixels = new int[2]; int[] seisPoints = iterator.getSeisPoints(); double pointsPerPixel = iterator.getPointsPerPixel(); int displayWidth = iterator.getSize().width; double seisPointRange = seisPoints[1] - seisPoints[0]; if(seisPoints[0] >= 0){ displayPixels[0] = 0; }else{ displayPixels[0] =(int)Math.floor(-seisPoints[0]/pointsPerPixel); } if(seisPoints[1] < dss.getSeismogram().getNumPoints()){ displayPixels[1] = displayWidth - 1; }else{ displayPixels[1] = (int)Math.ceil((dss.getSeismogram().getNumPoints() - seisPoints[0])/ seisPointRange * displayWidth); } iterator.setDrawnPixels(displayPixels); return displayPixels; } |
if (queryAttributes != null) { for (final Iterator attrNames = queryAttributes.iterator(); attrNames.hasNext(); ) { final String attrName = (String)attrNames.next(); this.declareParameter(new SqlParameter(attrName, Types.VARCHAR)); } | for (final Iterator attrNames = queryAttributes.iterator(); attrNames.hasNext(); ) { final String attrName = (String)attrNames.next(); this.declareParameter(new SqlParameter(attrName, Types.VARCHAR)); | public PersonAttributeMappingQuery(final DataSource ds, final String sql) { super(ds, sql); //Assume to parameters needed if the query attribute list is null if (queryAttributes != null) { //Configures the SQL parameters, everything is assumed to be VARCHAR for (final Iterator attrNames = queryAttributes.iterator(); attrNames.hasNext(); ) { final String attrName = (String)attrNames.next(); this.declareParameter(new SqlParameter(attrName, Types.VARCHAR)); } } //One time compilation of the query this.compile(); } |
if (columnsToAttributesMap != null) { this.attributeMappings = MultivaluedPersonAttributeUtils.parseAttributeToAttributeMapping(columnsToAttributesMap); final Collection userAttributeCol = MultivaluedPersonAttributeUtils.flattenCollection(this.attributeMappings.values()); this.userAttributes = Collections.unmodifiableSet(new HashSet(userAttributeCol)); | if (columnsToAttributesMap == null) { throw new IllegalArgumentException("columnsToAttributesMap may not be null"); | public void setColumnsToAttributes(final Map columnsToAttributesMap) { if (columnsToAttributesMap != null) { this.attributeMappings = MultivaluedPersonAttributeUtils.parseAttributeToAttributeMapping(columnsToAttributesMap); final Collection userAttributeCol = MultivaluedPersonAttributeUtils.flattenCollection(this.attributeMappings.values()); this.userAttributes = Collections.unmodifiableSet(new HashSet(userAttributeCol)); } else { this.attributeMappings = null; this.userAttributes = Collections.EMPTY_SET; } } |
else { this.attributeMappings = null; this.userAttributes = Collections.EMPTY_SET; | this.attributeMappings = MultivaluedPersonAttributeUtils.parseAttributeToAttributeMapping(columnsToAttributesMap); if (this.attributeMappings.containsKey("")) { throw new IllegalArgumentException("The map from attribute names to attributes must not have any empty keys."); | public void setColumnsToAttributes(final Map columnsToAttributesMap) { if (columnsToAttributesMap != null) { this.attributeMappings = MultivaluedPersonAttributeUtils.parseAttributeToAttributeMapping(columnsToAttributesMap); final Collection userAttributeCol = MultivaluedPersonAttributeUtils.flattenCollection(this.attributeMappings.values()); this.userAttributes = Collections.unmodifiableSet(new HashSet(userAttributeCol)); } else { this.attributeMappings = null; this.userAttributes = Collections.EMPTY_SET; } } |
final Collection userAttributeCol = MultivaluedPersonAttributeUtils.flattenCollection(this.attributeMappings.values()); this.userAttributes = Collections.unmodifiableSet(new HashSet(userAttributeCol)); | public void setColumnsToAttributes(final Map columnsToAttributesMap) { if (columnsToAttributesMap != null) { this.attributeMappings = MultivaluedPersonAttributeUtils.parseAttributeToAttributeMapping(columnsToAttributesMap); final Collection userAttributeCol = MultivaluedPersonAttributeUtils.flattenCollection(this.attributeMappings.values()); this.userAttributes = Collections.unmodifiableSet(new HashSet(userAttributeCol)); } else { this.attributeMappings = null; this.userAttributes = Collections.EMPTY_SET; } } |
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return NATText.atValue(javaValue + other.asNativeText().javaValue); | return NATText.atValue(javaValue + (other.isNativeText() ? other.asNativeText().javaValue : other.meta_print().javaValue)); | public ATText base__oppls_(ATObject other) throws InterpreterException { return NATText.atValue(javaValue + other.asNativeText().javaValue); } |
cce.setDisplayError(properties.get(PROPERTY_ACTION_CODE_TEXT).toString()); cce.setErrorMessage(properties.get(PROPERTY_ERROR_TEXT).toString()); cce.setErrorNumber(properties.get(PROPERTY_ERROR_CODE).toString()); | try { cce.setDisplayError(properties.get(PROPERTY_ACTION_CODE_TEXT).toString()); } catch (NullPointerException n) {} try { cce.setErrorMessage(properties.get(PROPERTY_ERROR_TEXT).toString()); } catch (NullPointerException n) {} try { cce.setErrorNumber(properties.get(PROPERTY_ERROR_CODE).toString()); } catch (NullPointerException n) {} | private Hashtable getFirstResponse() throws KortathjonustanAuthorizationException { Hashtable properties = null; //System.out.println(" ------ REQUEST ------"); //long lStartTime = System.currentTimeMillis(); try { SSLClient client = getSSLClient(); StringBuffer strPostData = new StringBuffer(); appendProperty(strPostData, PROPERTY_SITE, SITE);//"site=22" appendProperty(strPostData, PROPERTY_USER, USER); appendProperty(strPostData, PROPERTY_PASSWORD, PASSWORD); appendProperty(strPostData, PROPERTY_ACCEPTOR_TERM_ID, ACCEPTOR_TERM_ID); appendProperty(strPostData, PROPERTY_ACCEPTOR_IDENT, ACCEPTOR_IDENTIFICATION); appendProperty(strPostData, PROPERTY_CC_NUMBER, strCCNumber); appendProperty(strPostData, PROPERTY_CC_EXPIRE, strCCExpire); appendProperty(strPostData, PROPERTY_AMOUNT, strAmount); appendProperty(strPostData, PROPERTY_CURRENCY_CODE, strCurrencyCode); appendProperty(strPostData, PROPERTY_CURRENCY_EXPONENT, strCurrencyExponent); appendProperty(strPostData, PROPERTY_CARDHOLDER_NAME, strName); appendProperty(strPostData, PROPERTY_REFERENCE_ID, strReferenceNumber); appendProperty(strPostData, PROPERTY_CURRENT_DATE, strCurrentDate); appendProperty(strPostData, PROPERTY_CC_VERIFY_CODE, strCCVerify); addDefautProperties(strPostData); String strResponse = null; //System.out.println("Request [" + strPostData.toString() + "]"); try { strResponse = client.sendRequest(REQUEST_TYPE_AUTHORIZATION, strPostData.toString()); System.out.println("[Korta] strResponse = "+strResponse); } catch (Exception e) { KortathjonustanAuthorizationException cce = new KortathjonustanAuthorizationException(); cce.setDisplayError("Cannot connect to Central Payment Server"); cce.setErrorMessage("SendRequest failed"); cce.setErrorNumber("-"); cce.setParentException(e); throw cce; } //System.out.println("Response [" + strResponse + "]"); if (strResponse == null) { KortathjonustanAuthorizationException cce = new KortathjonustanAuthorizationException(); cce.setDisplayError("Cannot connect to Central Payment Server"); cce.setErrorMessage("SendRequest returned null"); cce.setErrorNumber("-"); throw cce; } else if (!strResponse.startsWith(PROPERTY_ACTION_CODE)) { KortathjonustanAuthorizationException cce = new KortathjonustanAuthorizationException(); cce.setDisplayError("Cannot connect to Central Payment Server"); cce.setErrorMessage("Invalid response from host, should start with d39 [" + strResponse + "]"); cce.setErrorNumber("-"); throw cce; } else { properties = parseResponse(strResponse); if (CODE_AUTHORIZATOIN_APPROVED.equals(properties.get(PROPERTY_ACTION_CODE))) { return properties; } else { KortathjonustanAuthorizationException cce = new KortathjonustanAuthorizationException(); cce.setDisplayError(properties.get(PROPERTY_ACTION_CODE_TEXT).toString()); cce.setErrorMessage(properties.get(PROPERTY_ERROR_TEXT).toString()); cce.setErrorNumber(properties.get(PROPERTY_ERROR_CODE).toString()); throw cce; } } } catch (UnsupportedEncodingException e) { KortathjonustanAuthorizationException cce = new KortathjonustanAuthorizationException(); cce.setDisplayError("Cannot connect to Central Payment Server"); cce.setErrorMessage("UnsupportedEncodingException"); cce.setErrorNumber("-"); cce.setParentException(e); throw cce; } } |
if (properties.contains(PROPERTY_AMOUNT)) | if (properties.containsKey(PROPERTY_AMOUNT)) | private void storeAuthorizationEntry(String encodedCardnumber, Object parentDataPK, Hashtable properties, String authorizationType) throws IDOLookupException, CreateException { KortathjonustanAuthorisationEntriesHome authHome = (KortathjonustanAuthorisationEntriesHome) IDOLookup.getHome(KortathjonustanAuthorisationEntries.class); KortathjonustanAuthorisationEntries auth = authHome.create(); if (properties.contains(PROPERTY_AMOUNT)) auth.setAmount(Double.parseDouble(properties.get(PROPERTY_AMOUNT).toString()));//Double.parseDouble(strAmount)); if (properties.contains(PROPERTY_APPROVAL_CODE)) auth.setAuthorizationCode(properties.get(PROPERTY_APPROVAL_CODE).toString());//authCode); if (properties.contains(PROPERTY_CARD_BRAND_NAME)) auth.setBrandName(null); if (properties.contains(PROPERTY_CC_EXPIRE)) auth.setCardExpires(properties.get(PROPERTY_CC_EXPIRE).toString());//monthExpires+yearExpires); if (properties.contains(PROPERTY_CURRENCY_CODE)) auth.setCurrency(properties.get(PROPERTY_CURRENCY_CODE).toString());//currency); if (properties.contains(PROPERTY_ERROR_CODE)) auth.setErrorNumber(properties.get(PROPERTY_ERROR_CODE).toString()); if (properties.contains(PROPERTY_ERROR_TEXT)) auth.setErrorText(properties.get(PROPERTY_ERROR_TEXT).toString()); if (properties.contains(PROPERTY_TOTAL_RESPONSE)) auth.setServerResponse(properties.get(PROPERTY_TOTAL_RESPONSE).toString()); auth.setTransactionType(authorizationType); auth.setCardNumber(encodedCardnumber); auth.setDate(IWTimestamp.RightNow().getDate()); if (parentDataPK != null) { try { auth.setParentID(((Integer) parentDataPK).intValue()); } catch (Exception e) { System.out.println("KortathjonustanCCCleint : could not set parentID : " + parentDataPK); } } auth.store(); } |
if (properties.contains(PROPERTY_APPROVAL_CODE)) | if (properties.containsKey(PROPERTY_APPROVAL_CODE)) | private void storeAuthorizationEntry(String encodedCardnumber, Object parentDataPK, Hashtable properties, String authorizationType) throws IDOLookupException, CreateException { KortathjonustanAuthorisationEntriesHome authHome = (KortathjonustanAuthorisationEntriesHome) IDOLookup.getHome(KortathjonustanAuthorisationEntries.class); KortathjonustanAuthorisationEntries auth = authHome.create(); if (properties.contains(PROPERTY_AMOUNT)) auth.setAmount(Double.parseDouble(properties.get(PROPERTY_AMOUNT).toString()));//Double.parseDouble(strAmount)); if (properties.contains(PROPERTY_APPROVAL_CODE)) auth.setAuthorizationCode(properties.get(PROPERTY_APPROVAL_CODE).toString());//authCode); if (properties.contains(PROPERTY_CARD_BRAND_NAME)) auth.setBrandName(null); if (properties.contains(PROPERTY_CC_EXPIRE)) auth.setCardExpires(properties.get(PROPERTY_CC_EXPIRE).toString());//monthExpires+yearExpires); if (properties.contains(PROPERTY_CURRENCY_CODE)) auth.setCurrency(properties.get(PROPERTY_CURRENCY_CODE).toString());//currency); if (properties.contains(PROPERTY_ERROR_CODE)) auth.setErrorNumber(properties.get(PROPERTY_ERROR_CODE).toString()); if (properties.contains(PROPERTY_ERROR_TEXT)) auth.setErrorText(properties.get(PROPERTY_ERROR_TEXT).toString()); if (properties.contains(PROPERTY_TOTAL_RESPONSE)) auth.setServerResponse(properties.get(PROPERTY_TOTAL_RESPONSE).toString()); auth.setTransactionType(authorizationType); auth.setCardNumber(encodedCardnumber); auth.setDate(IWTimestamp.RightNow().getDate()); if (parentDataPK != null) { try { auth.setParentID(((Integer) parentDataPK).intValue()); } catch (Exception e) { System.out.println("KortathjonustanCCCleint : could not set parentID : " + parentDataPK); } } auth.store(); } |
if (properties.contains(PROPERTY_CARD_BRAND_NAME)) auth.setBrandName(null); if (properties.contains(PROPERTY_CC_EXPIRE)) | if (properties.containsKey(PROPERTY_CARD_BRAND_NAME)) auth.setBrandName(properties.get(PROPERTY_CARD_BRAND_NAME).toString()); if (properties.containsKey(PROPERTY_CC_EXPIRE)) | private void storeAuthorizationEntry(String encodedCardnumber, Object parentDataPK, Hashtable properties, String authorizationType) throws IDOLookupException, CreateException { KortathjonustanAuthorisationEntriesHome authHome = (KortathjonustanAuthorisationEntriesHome) IDOLookup.getHome(KortathjonustanAuthorisationEntries.class); KortathjonustanAuthorisationEntries auth = authHome.create(); if (properties.contains(PROPERTY_AMOUNT)) auth.setAmount(Double.parseDouble(properties.get(PROPERTY_AMOUNT).toString()));//Double.parseDouble(strAmount)); if (properties.contains(PROPERTY_APPROVAL_CODE)) auth.setAuthorizationCode(properties.get(PROPERTY_APPROVAL_CODE).toString());//authCode); if (properties.contains(PROPERTY_CARD_BRAND_NAME)) auth.setBrandName(null); if (properties.contains(PROPERTY_CC_EXPIRE)) auth.setCardExpires(properties.get(PROPERTY_CC_EXPIRE).toString());//monthExpires+yearExpires); if (properties.contains(PROPERTY_CURRENCY_CODE)) auth.setCurrency(properties.get(PROPERTY_CURRENCY_CODE).toString());//currency); if (properties.contains(PROPERTY_ERROR_CODE)) auth.setErrorNumber(properties.get(PROPERTY_ERROR_CODE).toString()); if (properties.contains(PROPERTY_ERROR_TEXT)) auth.setErrorText(properties.get(PROPERTY_ERROR_TEXT).toString()); if (properties.contains(PROPERTY_TOTAL_RESPONSE)) auth.setServerResponse(properties.get(PROPERTY_TOTAL_RESPONSE).toString()); auth.setTransactionType(authorizationType); auth.setCardNumber(encodedCardnumber); auth.setDate(IWTimestamp.RightNow().getDate()); if (parentDataPK != null) { try { auth.setParentID(((Integer) parentDataPK).intValue()); } catch (Exception e) { System.out.println("KortathjonustanCCCleint : could not set parentID : " + parentDataPK); } } auth.store(); } |
if (properties.contains(PROPERTY_CURRENCY_CODE)) | if (properties.containsKey(PROPERTY_CURRENCY_CODE)) | private void storeAuthorizationEntry(String encodedCardnumber, Object parentDataPK, Hashtable properties, String authorizationType) throws IDOLookupException, CreateException { KortathjonustanAuthorisationEntriesHome authHome = (KortathjonustanAuthorisationEntriesHome) IDOLookup.getHome(KortathjonustanAuthorisationEntries.class); KortathjonustanAuthorisationEntries auth = authHome.create(); if (properties.contains(PROPERTY_AMOUNT)) auth.setAmount(Double.parseDouble(properties.get(PROPERTY_AMOUNT).toString()));//Double.parseDouble(strAmount)); if (properties.contains(PROPERTY_APPROVAL_CODE)) auth.setAuthorizationCode(properties.get(PROPERTY_APPROVAL_CODE).toString());//authCode); if (properties.contains(PROPERTY_CARD_BRAND_NAME)) auth.setBrandName(null); if (properties.contains(PROPERTY_CC_EXPIRE)) auth.setCardExpires(properties.get(PROPERTY_CC_EXPIRE).toString());//monthExpires+yearExpires); if (properties.contains(PROPERTY_CURRENCY_CODE)) auth.setCurrency(properties.get(PROPERTY_CURRENCY_CODE).toString());//currency); if (properties.contains(PROPERTY_ERROR_CODE)) auth.setErrorNumber(properties.get(PROPERTY_ERROR_CODE).toString()); if (properties.contains(PROPERTY_ERROR_TEXT)) auth.setErrorText(properties.get(PROPERTY_ERROR_TEXT).toString()); if (properties.contains(PROPERTY_TOTAL_RESPONSE)) auth.setServerResponse(properties.get(PROPERTY_TOTAL_RESPONSE).toString()); auth.setTransactionType(authorizationType); auth.setCardNumber(encodedCardnumber); auth.setDate(IWTimestamp.RightNow().getDate()); if (parentDataPK != null) { try { auth.setParentID(((Integer) parentDataPK).intValue()); } catch (Exception e) { System.out.println("KortathjonustanCCCleint : could not set parentID : " + parentDataPK); } } auth.store(); } |
if (properties.contains(PROPERTY_ERROR_CODE)) | if (properties.containsKey(PROPERTY_ERROR_CODE)) | private void storeAuthorizationEntry(String encodedCardnumber, Object parentDataPK, Hashtable properties, String authorizationType) throws IDOLookupException, CreateException { KortathjonustanAuthorisationEntriesHome authHome = (KortathjonustanAuthorisationEntriesHome) IDOLookup.getHome(KortathjonustanAuthorisationEntries.class); KortathjonustanAuthorisationEntries auth = authHome.create(); if (properties.contains(PROPERTY_AMOUNT)) auth.setAmount(Double.parseDouble(properties.get(PROPERTY_AMOUNT).toString()));//Double.parseDouble(strAmount)); if (properties.contains(PROPERTY_APPROVAL_CODE)) auth.setAuthorizationCode(properties.get(PROPERTY_APPROVAL_CODE).toString());//authCode); if (properties.contains(PROPERTY_CARD_BRAND_NAME)) auth.setBrandName(null); if (properties.contains(PROPERTY_CC_EXPIRE)) auth.setCardExpires(properties.get(PROPERTY_CC_EXPIRE).toString());//monthExpires+yearExpires); if (properties.contains(PROPERTY_CURRENCY_CODE)) auth.setCurrency(properties.get(PROPERTY_CURRENCY_CODE).toString());//currency); if (properties.contains(PROPERTY_ERROR_CODE)) auth.setErrorNumber(properties.get(PROPERTY_ERROR_CODE).toString()); if (properties.contains(PROPERTY_ERROR_TEXT)) auth.setErrorText(properties.get(PROPERTY_ERROR_TEXT).toString()); if (properties.contains(PROPERTY_TOTAL_RESPONSE)) auth.setServerResponse(properties.get(PROPERTY_TOTAL_RESPONSE).toString()); auth.setTransactionType(authorizationType); auth.setCardNumber(encodedCardnumber); auth.setDate(IWTimestamp.RightNow().getDate()); if (parentDataPK != null) { try { auth.setParentID(((Integer) parentDataPK).intValue()); } catch (Exception e) { System.out.println("KortathjonustanCCCleint : could not set parentID : " + parentDataPK); } } auth.store(); } |
if (properties.contains(PROPERTY_ERROR_TEXT)) | if (properties.containsKey(PROPERTY_ERROR_TEXT)) | private void storeAuthorizationEntry(String encodedCardnumber, Object parentDataPK, Hashtable properties, String authorizationType) throws IDOLookupException, CreateException { KortathjonustanAuthorisationEntriesHome authHome = (KortathjonustanAuthorisationEntriesHome) IDOLookup.getHome(KortathjonustanAuthorisationEntries.class); KortathjonustanAuthorisationEntries auth = authHome.create(); if (properties.contains(PROPERTY_AMOUNT)) auth.setAmount(Double.parseDouble(properties.get(PROPERTY_AMOUNT).toString()));//Double.parseDouble(strAmount)); if (properties.contains(PROPERTY_APPROVAL_CODE)) auth.setAuthorizationCode(properties.get(PROPERTY_APPROVAL_CODE).toString());//authCode); if (properties.contains(PROPERTY_CARD_BRAND_NAME)) auth.setBrandName(null); if (properties.contains(PROPERTY_CC_EXPIRE)) auth.setCardExpires(properties.get(PROPERTY_CC_EXPIRE).toString());//monthExpires+yearExpires); if (properties.contains(PROPERTY_CURRENCY_CODE)) auth.setCurrency(properties.get(PROPERTY_CURRENCY_CODE).toString());//currency); if (properties.contains(PROPERTY_ERROR_CODE)) auth.setErrorNumber(properties.get(PROPERTY_ERROR_CODE).toString()); if (properties.contains(PROPERTY_ERROR_TEXT)) auth.setErrorText(properties.get(PROPERTY_ERROR_TEXT).toString()); if (properties.contains(PROPERTY_TOTAL_RESPONSE)) auth.setServerResponse(properties.get(PROPERTY_TOTAL_RESPONSE).toString()); auth.setTransactionType(authorizationType); auth.setCardNumber(encodedCardnumber); auth.setDate(IWTimestamp.RightNow().getDate()); if (parentDataPK != null) { try { auth.setParentID(((Integer) parentDataPK).intValue()); } catch (Exception e) { System.out.println("KortathjonustanCCCleint : could not set parentID : " + parentDataPK); } } auth.store(); } |
if (properties.contains(PROPERTY_TOTAL_RESPONSE)) | if (properties.containsKey(PROPERTY_TOTAL_RESPONSE)) | private void storeAuthorizationEntry(String encodedCardnumber, Object parentDataPK, Hashtable properties, String authorizationType) throws IDOLookupException, CreateException { KortathjonustanAuthorisationEntriesHome authHome = (KortathjonustanAuthorisationEntriesHome) IDOLookup.getHome(KortathjonustanAuthorisationEntries.class); KortathjonustanAuthorisationEntries auth = authHome.create(); if (properties.contains(PROPERTY_AMOUNT)) auth.setAmount(Double.parseDouble(properties.get(PROPERTY_AMOUNT).toString()));//Double.parseDouble(strAmount)); if (properties.contains(PROPERTY_APPROVAL_CODE)) auth.setAuthorizationCode(properties.get(PROPERTY_APPROVAL_CODE).toString());//authCode); if (properties.contains(PROPERTY_CARD_BRAND_NAME)) auth.setBrandName(null); if (properties.contains(PROPERTY_CC_EXPIRE)) auth.setCardExpires(properties.get(PROPERTY_CC_EXPIRE).toString());//monthExpires+yearExpires); if (properties.contains(PROPERTY_CURRENCY_CODE)) auth.setCurrency(properties.get(PROPERTY_CURRENCY_CODE).toString());//currency); if (properties.contains(PROPERTY_ERROR_CODE)) auth.setErrorNumber(properties.get(PROPERTY_ERROR_CODE).toString()); if (properties.contains(PROPERTY_ERROR_TEXT)) auth.setErrorText(properties.get(PROPERTY_ERROR_TEXT).toString()); if (properties.contains(PROPERTY_TOTAL_RESPONSE)) auth.setServerResponse(properties.get(PROPERTY_TOTAL_RESPONSE).toString()); auth.setTransactionType(authorizationType); auth.setCardNumber(encodedCardnumber); auth.setDate(IWTimestamp.RightNow().getDate()); if (parentDataPK != null) { try { auth.setParentID(((Integer) parentDataPK).intValue()); } catch (Exception e) { System.out.println("KortathjonustanCCCleint : could not set parentID : " + parentDataPK); } } auth.store(); } |
ATAbstractGrammar body = code.getMethod().getBody(); | ATAbstractGrammar body = code.getMethod().getBodyExpression(); | public ATObject base_unittest_(ATClosure code) throws NATException { OBJUnit clone = new OBJUnit(); NATObject extension = new NATObject( /* dynamic parent */ clone, /* lexical parent */ code.getContext().getLexicalScope(), /* parent pointer type */ NATObject._SHARES_A_); clone.ctx_ = new NATContext(extension, extension, clone); ATAbstractGrammar body = code.getMethod().getBody(); body.meta_eval(clone.ctx_); return extension; } |
Map dataStreamToSampleRate = new HashMap(); for(int i = 1; i < 7; i++) { if(props.containsKey(DATA_STREAM + i)) { dataStreamToSampleRate.put(new Integer(i - 1), new Integer(pp.getInt(DATA_STREAM + i))); } } | public static RT130ToLocalSeismogram create(Properties props) throws FileNotFoundException, IOException { PropParser pp = new PropParser(props); NCFile ncFile = new NCFile(pp.getPath(NCFile.NC_FILE_LOC)); logger.debug("NC file location: " + ncFile.getCanonicalPath()); String xyFileLoc = pp.getPath(XYReader.XY_FILE_LOC); logger.debug("XY file location: " + xyFileLoc); Map stationLocations = XYReader.read(new BufferedReader(new FileReader(xyFileLoc))); Map dataStreamToSampleRate = new HashMap(); for(int i = 1; i < 7; i++) { if(props.containsKey(DATA_STREAM + i)) { dataStreamToSampleRate.put(new Integer(i - 1), new Integer(pp.getInt(DATA_STREAM + i))); } } NetworkAttr attr = PopulationProperties.getNetworkAttr(props); return new RT130ToLocalSeismogram(ncFile, stationLocations, dataStreamToSampleRate, attr); } |
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return new RT130ToLocalSeismogram(ncFile, stationLocations, dataStreamToSampleRate, attr); | NCReader reader = new NCReader(attr, stationLocations); reader.load(new FileInputStream(pp.getPath(NCFile.NC_FILE_LOC))); Map dataStreamToSampleRate = makeDataStreamToSampleRate(props, pp); return new RT130ToLocalSeismogram(new DASChannelCreator(attr, null, reader.getSites()), dataStreamToSampleRate); | public static RT130ToLocalSeismogram create(Properties props) throws FileNotFoundException, IOException { PropParser pp = new PropParser(props); NCFile ncFile = new NCFile(pp.getPath(NCFile.NC_FILE_LOC)); logger.debug("NC file location: " + ncFile.getCanonicalPath()); String xyFileLoc = pp.getPath(XYReader.XY_FILE_LOC); logger.debug("XY file location: " + xyFileLoc); Map stationLocations = XYReader.read(new BufferedReader(new FileReader(xyFileLoc))); Map dataStreamToSampleRate = new HashMap(); for(int i = 1; i < 7; i++) { if(props.containsKey(DATA_STREAM + i)) { dataStreamToSampleRate.put(new Integer(i - 1), new Integer(pp.getInt(DATA_STREAM + i))); } } NetworkAttr attr = PopulationProperties.getNetworkAttr(props); return new RT130ToLocalSeismogram(ncFile, stationLocations, dataStreamToSampleRate, attr); } |
private Channel createChannel(PacketType seismogramData, Sampling sampling) { String stationCode = ncFile.getUnitName(seismogramData.begin_time_from_first_data_file, seismogramData.unitIdNumber); Time networkBeginTime = ncFile.network_begin_time.getFissuresTime(); Time channelBeginTime = seismogramData.begin_time_from_first_data_file.getFissuresTime(); networkAttr.get_id().begin_time = networkBeginTime; String tempCode = "B"; if(seismogramData.sample_rate < 10) { tempCode = "L"; } String chanDipAzi = ncFile.getChannelNamesAndOrientations(seismogramData.begin_time_from_first_data_file, seismogramData.unitIdNumber); ChannelNameAndOrientation[] channelNameAndOrientation = NCFileChanDipAziParser.parse(chanDipAzi); ChannelId channelId = new ChannelId(networkAttr.get_id(), stationCode, "00", tempCode + "H" + channelNameAndOrientation[seismogramData.channel_number].channelName, channelBeginTime); TimeRange effectiveChannelTime = new TimeRange(channelBeginTime, TimeUtils.timeUnknown); SiteId siteId = new SiteId(networkAttr.get_id(), stationCode, "00", channelBeginTime); StationId stationId = new StationId(networkAttr.get_id(), stationCode, channelBeginTime); Location location = new Location(0, 0, new QuantityImpl(0, UnitImpl.METER), new QuantityImpl(0, UnitImpl.METER), LocationType.GEOGRAPHIC); if(stationLocations.containsKey(stationCode)) { location = (Location)stationLocations.get(stationCode); } else { logger.error("XY file did not contain a location for unit " + stationCode + ".\n" + "The location used for the unit will be a lat/long of 0/0."); } StationImpl station = new StationImpl(stationId, stationCode, location, effectiveChannelTime, "", "", "", networkAttr); SiteImpl site = new SiteImpl(siteId, location, effectiveChannelTime, station, ""); Channel newChannel = new ChannelImpl(channelId, "", new Orientation(0, 0), sampling, effectiveChannelTime, site); if(channelId.channel_code.endsWith("N")) { newChannel.an_orientation = new Orientation(0, 0); } else if(channelId.channel_code.endsWith("E")) { newChannel.an_orientation = new Orientation(90, 0); } else if(channelId.channel_code.endsWith("Z")) { newChannel.an_orientation = new Orientation(0, -90); } return newChannel; | private Channel[] createChannel(PacketType seismogramData, Sampling sampling) { return chanCreator.create(seismogramData.unitIdNumber, seismogramData.begin_time_of_seismogram, "" + seismogramData.data_stream_number, seismogramData.sample_rate); | private Channel createChannel(PacketType seismogramData, Sampling sampling) { String stationCode = ncFile.getUnitName(seismogramData.begin_time_from_first_data_file, seismogramData.unitIdNumber); Time networkBeginTime = ncFile.network_begin_time.getFissuresTime(); Time channelBeginTime = seismogramData.begin_time_from_first_data_file.getFissuresTime(); networkAttr.get_id().begin_time = networkBeginTime; String tempCode = "B"; if(seismogramData.sample_rate < 10) { tempCode = "L"; } String chanDipAzi = ncFile.getChannelNamesAndOrientations(seismogramData.begin_time_from_first_data_file, seismogramData.unitIdNumber); ChannelNameAndOrientation[] channelNameAndOrientation = NCFileChanDipAziParser.parse(chanDipAzi); ChannelId channelId = new ChannelId(networkAttr.get_id(), stationCode, "00", tempCode + "H" + channelNameAndOrientation[seismogramData.channel_number].channelName, channelBeginTime); TimeRange effectiveChannelTime = new TimeRange(channelBeginTime, TimeUtils.timeUnknown); SiteId siteId = new SiteId(networkAttr.get_id(), stationCode, "00", channelBeginTime); StationId stationId = new StationId(networkAttr.get_id(), stationCode, channelBeginTime); Location location = new Location(0, 0, new QuantityImpl(0, UnitImpl.METER), new QuantityImpl(0, UnitImpl.METER), LocationType.GEOGRAPHIC); if(stationLocations.containsKey(stationCode)) { location = (Location)stationLocations.get(stationCode); } else { logger.error("XY file did not contain a location for unit " + stationCode + ".\n" + "The location used for the unit will be a lat/long of 0/0."); } StationImpl station = new StationImpl(stationId, stationCode, location, effectiveChannelTime, "", "", "", networkAttr); SiteImpl site = new SiteImpl(siteId, location, effectiveChannelTime, station, ""); Channel newChannel = new ChannelImpl(channelId, "", new Orientation(0, 0), sampling, effectiveChannelTime, site); if(channelId.channel_code.endsWith("N")) { newChannel.an_orientation = new Orientation(0, 0); } else if(channelId.channel_code.endsWith("E")) { newChannel.an_orientation = new Orientation(90, 0); } else if(channelId.channel_code.endsWith("Z")) { newChannel.an_orientation = new Orientation(0, -90); } return newChannel; } |
Iterator iterator = designFolder.getChildren(); while (iterator.hasNext()) { ICTreeNode node = (ICTreeNode) iterator.next(); existingNames.add(node.getNodeName()); | Iterator iterator = designFolder.getChildren(); if (iterator != null) { while (iterator.hasNext()) { ICTreeNode node = (ICTreeNode) iterator.next(); existingNames.add(node.getNodeName()); } | private String checkName(ICFile designFolder, String name) { if (name == null || name.length() == 0) { name = DEFAULT_NAME; } Collection existingNames = null; if(designFolder!=null){ existingNames = new ArrayList(); Iterator iterator = designFolder.getChildren(); while (iterator.hasNext()) { ICTreeNode node = (ICTreeNode) iterator.next(); existingNames.add(node.getNodeName()); } } return StringHandler.addOrIncreaseCounterIfNecessary(name, COUNTER_TOKEN, existingNames); } |
System.out.println("result = " + result); | public void testWrite() throws Exception { System.out.println("write"); Idea idea = new Idea("R&D"); Idea subIdea0WithQuotes = new Idea("\"Idea\""); idea.add(subIdea0WithQuotes); Idea subIdea1 = new Idea("Test"); idea.add(subIdea1); ByteArrayOutputStream out = new ByteArrayOutputStream(1024); OPMLWriter instance = new OPMLWriter(new OutputStreamWriter(out)); instance.write(idea); String result = out.toString(); System.out.println("result = " + result); String expected = "<?xml version=\"1.0\" encoding=\"UTF-8\"?>" + "<opml version=\"1.0\">" + "<head>" + "<title/>" + "</head>" + "<body>" + "<outline text=\"R&D\">" + "<outline text=\""Idea"\"/>" + "<outline text=\"Test\"/>" + "</outline>" + "</body>" + "</opml>"; System.out.println("expected = " + expected); System.out.println("result = " + result); // TODO review the generated test code and remove the default call to fail. assertEquals("Wrong XML output", expected, result); } |
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System.out.println("expected = " + expected); System.out.println("result = " + result); | public void testWrite() throws Exception { System.out.println("write"); Idea idea = new Idea("R&D"); Idea subIdea0WithQuotes = new Idea("\"Idea\""); idea.add(subIdea0WithQuotes); Idea subIdea1 = new Idea("Test"); idea.add(subIdea1); ByteArrayOutputStream out = new ByteArrayOutputStream(1024); OPMLWriter instance = new OPMLWriter(new OutputStreamWriter(out)); instance.write(idea); String result = out.toString(); System.out.println("result = " + result); String expected = "<?xml version=\"1.0\" encoding=\"UTF-8\"?>" + "<opml version=\"1.0\">" + "<head>" + "<title/>" + "</head>" + "<body>" + "<outline text=\"R&D\">" + "<outline text=\""Idea"\"/>" + "<outline text=\"Test\"/>" + "</outline>" + "</body>" + "</opml>"; System.out.println("expected = " + expected); System.out.println("result = " + result); // TODO review the generated test code and remove the default call to fail. assertEquals("Wrong XML output", expected, result); } |
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networkList.getModel().getSize()); | networkList.getModel().getSize()-1); | public void run() { setProgressOwner(this); CacheNetworkAccess cache; logger.debug("Before networks"); if(configuredNetworks == null || configuredNetworks.length == 0) { NetworkAccess[] nets = netdc.a_finder().retrieve_all(); netDCToNetMap.put(netdc, nets); setProgressMax(this, nets.length+1); int progressVal = 1; setProgressValue(this, progressVal); progressVal++; logger.debug("Got all networks, num="+nets.length); for (int i=0; i<nets.length; i++) { // skip null networks...probably a bug on the server if (nets[i] != null) { // cache = new CacheNetworkAccess(nets[i]); cache = new DNDNetworkAccess(nets[i]); NetworkAttr attr = cache.get_attributes(); netIdToNetMap.put(NetworkIdUtil.toString(cache.get_attributes().get_id()), cache); logger.debug("Got attributes "+attr.get_code()); // preload attributes networks.addElement(cache); } else { logger.warn("a networkaccess returned from NetworkFinder.retrieve_all() is null, skipping."); } // end of else setProgressValue(this, progressVal); progressVal++; } } else { //when the channelChooser is configured with networkCodes.... int totalNetworks = 0; setProgressMax(this, configuredNetworks.length); for(int counter = 0; counter < configuredNetworks.length; counter++) { try { logger.debug("Getting network for "+configuredNetworks[counter]); NetworkAccess[] nets = netdc.a_finder().retrieve_by_code(configuredNetworks[counter]); logger.debug("Got "+nets.length+" networks for "+configuredNetworks[counter]); for(int subCounter = 0; subCounter < nets.length; subCounter++) { if (nets[subCounter] != null) { // cache = new CacheNetworkAccess(nets[subCounter]); cache = new DNDNetworkAccess(nets[subCounter]); NetworkAttr attr = cache.get_attributes(); NetworkAccess[] storedNets = (NetworkAccess[])netDCToNetMap.get(netdc); if ( storedNets == null) { storedNets = new NetworkAccess[1]; storedNets[0] = cache; netDCToNetMap.put(netdc, storedNets); } else { NetworkAccess[] tmp = new NetworkAccess[storedNets.length+1]; System.arraycopy(storedNets, 0, tmp, 0, storedNets.length); tmp[storedNets.length] = cache; netDCToNetMap.put(netdc, tmp); } // end of else netIdToNetMap.put(NetworkIdUtil.toString(cache.get_attributes().get_id()), cache); logger.debug("Got attributes "+attr.get_code()); // preload attributes networks.addElement(cache); totalNetworks++; } else { logger.warn("a networkaccess returned from NetworkFinder.retrieve_by_code is null, skipping."); } // end of else }//end of inner for subCounter = 0; }catch(NetworkNotFound nnfe) { logger.warn("Network "+configuredNetworks[counter]+" not found while getting network access uding NetworkFinder.retrieve_by_code"); } setProgressValue(this, counter+1); }//end of outer for counter = 0; }//end of if else checking for configuredNetworks == null if (doSelect) { // need to do this later to give java Event thread time to set // up network list before setting selection SwingUtilities.invokeLater(new Runnable() { public void run() { networkList.getSelectionModel().setSelectionInterval(0, networkList.getModel().getSize()); } }); } // end of if () setProgressValue(this, progressBar.getMaximum()); } |
networkList.getModel().getSize()); | networkList.getModel().getSize()-1); | public void run() { networkList.getSelectionModel().setSelectionInterval(0, networkList.getModel().getSize()); } |
NetworkAccess[] nets = getSelectedNetworks(); | public void run() { setProgressOwner(this); setProgressMax(this, 100); NetworkAccess[] nets = getSelectedNetworks(); logger.debug("There are "+nets.length+" selected networks."); try { synchronized (ChannelChooser.this) { if (this.equals(getStationLoader())) { clearStationsFromThread(); } } int netProgressInc = 50 / nets.length; int progressValue = 10; setProgressValue(this, progressValue); for (int i=0; i<nets.length; i++) { logger.debug("Before get stations"); Station[] newStations = nets[i].retrieve_stations(); logger.debug("got "+newStations.length+" stations"); setProgressValue(this, progressValue+netProgressInc/2); for (int j=0; j<newStations.length; j++) { synchronized (ChannelChooser.this) { if (this.equals(getStationLoader())) { addStation(newStations[j]); try { sleep((int)(.01*1000)); } catch (InterruptedException e) { } // end of try-catch } else { // no longer the active station loader return; } // end of else } setProgressValue(this, progressValue+netProgressInc/2- (newStations.length-j)/newStations.length); } setProgressValue(this, 100); logger.debug("finished adding stations"); try { sleep((int)(.01*1000)); } catch (InterruptedException e) { } // end of try-catch } // end of for ((int i=0; i<nets.length; i++) logger.debug("There are "+stationNames.getSize()+" items in the station list model"); // stationList.validate(); //stationList.repaint(); } catch (Exception e) { edu.sc.seis.fissuresUtil.exceptionHandlerGUI.ExceptionHandlerGUI.handleException(e); } // end of try-catch } } |
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StationLoader t = new StationLoader(); | NetworkAccess[] selected = getSelectedNetworks(); StationLoader t = new StationLoader(selected); | public void initFrame(){ // setSize(new java.awt.Dimension (mywidth, myheight)); //setPreferredSize(new java.awt.Dimension (mywidth, myheight)); setLayout(new GridBagLayout()); gbc = new GridBagConstraints(); gbc.fill = gbc.BOTH; gbc.weightx = 1.0; gbc.weighty = 0.0; gbc.gridx = 0; gbc.gridy = 0; JLabel netLabel = new JLabel(bundle.getString("LABEL_NETWORKS")); JLabel staLabel = new JLabel(bundle.getString("LABEL_STATIONS")); JLabel siLabel = new JLabel(bundle.getString("LABEL_SITES")); JLabel orientationLabel = new JLabel(bundle.getString("LABEL_ORIENTATIONS")); JLabel chLabel = new JLabel(bundle.getString("LABEL_CHANNELS")); netLabel.setToolTipText(lnettip); staLabel.setToolTipText(lstatip); siLabel.setToolTipText(lsittip); chLabel.setToolTipText(lchatip); if ( showNetworks ) { add(netLabel, gbc); gbc.gridx++; } // end of if () add(staLabel, gbc); gbc.gridx++; if (showSites) { add(siLabel, gbc); gbc.gridx++; } // end of if (showSites) add(orientationLabel, gbc); gbc.gridx++; add(chLabel, gbc); gbc.gridx++; gbc.gridy++; gbc.gridx = 0; gbc.weighty = 1.0; final ListCellRenderer renderer = new NameListCellRenderer(true); //networkList = new JList(networks); networkList = new DNDJList(networks); networkList.setCellRenderer(renderer); networkList.setSelectionMode(javax.swing.ListSelectionModel.MULTIPLE_INTERVAL_SELECTION); networkList.addListSelectionListener(new ListSelectionListener() { public void valueChanged(ListSelectionEvent e) { if(e.getValueIsAdjusting()){ return; } StationLoader t = new StationLoader(); setStationLoader(t); t.start(); } } ); JScrollPane scroller; if ( showNetworks) { scroller = new JScrollPane(networkList); add(scroller, gbc); gbc.gridx++; } // end of if () stationList = new DNDJList(stationNames); stationList.setCellRenderer(renderer); stationList.setSelectionMode(javax.swing.ListSelectionModel.MULTIPLE_INTERVAL_SELECTION); stationList.addListSelectionListener(new ListSelectionListener() { public void valueChanged(ListSelectionEvent e) { if(e.getValueIsAdjusting()){ return; } ChannelLoader t = new ChannelLoader(e); setChannelLoader(t); t.start(); } } ); scroller = new JScrollPane(stationList); add(scroller, gbc); gbc.gridx++; siteList = new JList(sites); siteList.setCellRenderer(renderer); siteList.setSelectionMode(javax.swing.ListSelectionModel.MULTIPLE_INTERVAL_SELECTION); scroller = new JScrollPane(siteList); if (showSites) { add(scroller, gbc); gbc.gridx++; } final ListCellRenderer bundleRenderer = new BundleListCellRenderer(); String[] orientationTypes = new String[4]; orientationTypes[THREE_COMPONENT] = "THREE_COMPONENT"; orientationTypes[VERTICAL_ONLY] = "VERTICAL_ONLY"; orientationTypes[HORIZONTAL_ONLY] = "HORIZONTAL_ONLY"; orientationTypes[INDIVIDUAL_CHANNELS] = "INDIVIDUAL_CHANNELS"; orientationList = new JList(orientationTypes); orientationList.setCellRenderer(bundleRenderer); orientationList.setSelectionMode(javax.swing.ListSelectionModel.SINGLE_SELECTION); orientationList.getSelectionModel().setSelectionInterval(autoSelectedOrientation, autoSelectedOrientation); orientationList.addListSelectionListener(new ListSelectionListener() { public void valueChanged(ListSelectionEvent e) { if(e.getValueIsAdjusting()){ return; } String selected = (String)orientationList.getSelectedValue(); if ((selected.equals("THREE_COMPONENT") || selected.equals("VERTICAL_ONLY") || selected.equals("HORIZONTAL_ONLY")) && channelList.getModel() != bandListModel) { channelList.setModel(bandListModel); channelList.setCellRenderer(bundleRenderer); } else if (selected.equals("INDIVIDUAL_CHANNELS") && channelList.getModel() != channels) { channelList.setModel(channels); channelList.setCellRenderer(renderer); } } }); scroller = new JScrollPane(orientationList); add(scroller, gbc); gbc.gridx++; bandListModel.addElement("LONG_PERIOD"); bandListModel.addElement("BROAD_BAND"); bandListModel.addElement("SHORT_PERIOD"); bandListModel.addElement("VERY_LONG_PERIOD"); bandListModel.addElement("ULTRA_LONG_PERIOD"); bandListModel.addElement("EXTREMELY_LONG_PERIOD"); bandListModel.addElement("MID_PERIOD"); bandListModel.addElement("EXTREMELY_SHORT_PERIOD"); bandListModel.addElement("HIGH_BROAD_BAND"); bandListModel.addElement("ADMINISTRATIVE"); bandListModel.addElement("WEATHER_ENVIRONMENTAL"); bandListModel.addElement("EXPERIMENTAL"); if (autoSelectedOrientation == INDIVIDUAL_CHANNELS) { channelList = new JList(channels); channelList.setCellRenderer(renderer); } else { channelList = new JList(bandListModel); channelList.setCellRenderer(bundleRenderer); } // end of else channelList.setSelectionMode(javax.swing.ListSelectionModel.MULTIPLE_INTERVAL_SELECTION); ListModel chanListModel = channelList.getModel(); ListSelectionModel channelSelctionModel = channelList.getSelectionModel(); for (int j=0; j<autoSelectBandGain.length; j++) { for (int i=0; i<chanListModel.getSize(); i++) { String listElement = (String)chanListModel.getElementAt(i); System.out.println(bundle.getString("CODE_"+listElement)+" = "+autoSelectBandGain[j]); if (bundle.getString("CODE_"+listElement).equals(autoSelectBandGain[j])) { channelSelctionModel.addSelectionInterval(i,i); break; } } // end of for (int i=0; i<chanListModel; i++) } // end of for (int j=0; j<autoSelectBandGain.length; j++) scroller = new JScrollPane(channelList); add(scroller, gbc); gbc.gridx++; gbc.gridy++; gbc.gridx = 0; gbc.weighty = 0.1; gbc.gridwidth = GridBagConstraints.REMAINDER; add(progressBar, gbc); } |
StationLoader t = new StationLoader(); | NetworkAccess[] selected = getSelectedNetworks(); StationLoader t = new StationLoader(selected); | public void valueChanged(ListSelectionEvent e) { if(e.getValueIsAdjusting()){ return; } StationLoader t = new StationLoader(); setStationLoader(t); t.start(); } |
public DataBlockette(int size) { this.info = new byte[size]; System.arraycopy(Utility.intToByteArray(getType()), 2, info, 0, 2); | public DataBlockette(byte[] info) { this.info = info; | public DataBlockette(int size) { this.info = new byte[size]; System.arraycopy(Utility.intToByteArray(getType()), 2, info, 0, 2); } |
public LocalSeismogram[] retrieve_seismograms(boolean verbose){ try { LocalSeismogram[] seis = seisDC.retrieve_seismograms(createRF()); if(verbose){ logger.info("Got "+seis.length+" seismograms."); for (int i = 0; i < seis.length; i++) { logger.info("Seismogram "+i+" has "+seis[i].num_points+ " points and starts at "+seis[i].begin_time.date_time); } } return seis; } catch (FissuresException e) {throw new RuntimeException(e);} | public LocalSeismogram[] retrieve_seismograms(){ return retrieve_seismograms(false); | public LocalSeismogram[] retrieve_seismograms(boolean verbose){ try { LocalSeismogram[] seis = seisDC.retrieve_seismograms(createRF()); if(verbose){ logger.info("Got "+seis.length+" seismograms."); for (int i = 0; i < seis.length; i++) { logger.info("Seismogram "+i+" has "+seis[i].num_points+ " points and starts at "+seis[i].begin_time.date_time); } } return seis; } catch (FissuresException e) {throw new RuntimeException(e);} } |
int length = requestContextPath.length() + requestServletPath.length(); | private boolean nodeCorrespondsToViewId(ViewNode node, String viewId, FacesContext context) { // does the viewId correspond to the node? String requestServletPath = context.getExternalContext().getRequestServletPath(); String requestContextPath = context.getExternalContext().getRequestContextPath(); // count the length // e.g. "/cms" + "/workspace" int length = requestContextPath.length() + requestServletPath.length(); String uri = node.getURIWithContextPath(); String uriWithoutContextAndServlet = uri.substring(length); int viewIdLength = viewId.length(); // remove the slash at the end if necessary if (viewId.endsWith("/")) { viewId = viewId.substring(0, viewIdLength - 1); } if (uriWithoutContextAndServlet.endsWith("/")) { uriWithoutContextAndServlet = uriWithoutContextAndServlet.substring(0, uriWithoutContextAndServlet.length() - 1); } return uriWithoutContextAndServlet.equals(viewId); } |
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String uriWithoutContextAndServlet = uri.substring(length); | String uriStripped = null; int stripLength=0; if(viewId.startsWith(requestServletPath)){ stripLength = requestContextPath.length(); } else{ stripLength = requestContextPath.length() + requestServletPath.length(); } uriStripped= uri.substring(stripLength); | private boolean nodeCorrespondsToViewId(ViewNode node, String viewId, FacesContext context) { // does the viewId correspond to the node? String requestServletPath = context.getExternalContext().getRequestServletPath(); String requestContextPath = context.getExternalContext().getRequestContextPath(); // count the length // e.g. "/cms" + "/workspace" int length = requestContextPath.length() + requestServletPath.length(); String uri = node.getURIWithContextPath(); String uriWithoutContextAndServlet = uri.substring(length); int viewIdLength = viewId.length(); // remove the slash at the end if necessary if (viewId.endsWith("/")) { viewId = viewId.substring(0, viewIdLength - 1); } if (uriWithoutContextAndServlet.endsWith("/")) { uriWithoutContextAndServlet = uriWithoutContextAndServlet.substring(0, uriWithoutContextAndServlet.length() - 1); } return uriWithoutContextAndServlet.equals(viewId); } |
if (uriWithoutContextAndServlet.endsWith("/")) { uriWithoutContextAndServlet = uriWithoutContextAndServlet.substring(0, uriWithoutContextAndServlet.length() - 1); | if (uriStripped.endsWith("/")) { uriStripped = uriStripped.substring(0, uriStripped.length() - 1); | private boolean nodeCorrespondsToViewId(ViewNode node, String viewId, FacesContext context) { // does the viewId correspond to the node? String requestServletPath = context.getExternalContext().getRequestServletPath(); String requestContextPath = context.getExternalContext().getRequestContextPath(); // count the length // e.g. "/cms" + "/workspace" int length = requestContextPath.length() + requestServletPath.length(); String uri = node.getURIWithContextPath(); String uriWithoutContextAndServlet = uri.substring(length); int viewIdLength = viewId.length(); // remove the slash at the end if necessary if (viewId.endsWith("/")) { viewId = viewId.substring(0, viewIdLength - 1); } if (uriWithoutContextAndServlet.endsWith("/")) { uriWithoutContextAndServlet = uriWithoutContextAndServlet.substring(0, uriWithoutContextAndServlet.length() - 1); } return uriWithoutContextAndServlet.equals(viewId); } |
return uriWithoutContextAndServlet.equals(viewId); | return uriStripped.equals(viewId); | private boolean nodeCorrespondsToViewId(ViewNode node, String viewId, FacesContext context) { // does the viewId correspond to the node? String requestServletPath = context.getExternalContext().getRequestServletPath(); String requestContextPath = context.getExternalContext().getRequestContextPath(); // count the length // e.g. "/cms" + "/workspace" int length = requestContextPath.length() + requestServletPath.length(); String uri = node.getURIWithContextPath(); String uriWithoutContextAndServlet = uri.substring(length); int viewIdLength = viewId.length(); // remove the slash at the end if necessary if (viewId.endsWith("/")) { viewId = viewId.substring(0, viewIdLength - 1); } if (uriWithoutContextAndServlet.endsWith("/")) { uriWithoutContextAndServlet = uriWithoutContextAndServlet.substring(0, uriWithoutContextAndServlet.length() - 1); } return uriWithoutContextAndServlet.equals(viewId); } |
getUserAuth().removeCalendar(null, val); | if (pars.getPublicAdmin()) { getUserAuth().removeCalendar(null, val); } | public int deleteCalendar(BwCalendar val) throws CalFacadeException { /** Only allow delete if not in use */ if (getCal().checkCalendarRefs(val)) { return 2; } /* Remove from preferences */ getUserAuth().removeCalendar(null, val); /* Attempt to delete */ if (getCal().deleteCalendar(val)) { return 0; } return 1; //doesn't exist } |
if (!val.getCalendarCollection()) { if (pars.getPublicAdmin()) { getUserAuth().removeCalendar(null, val); } } | public void updateCalendar(BwCalendar val) throws CalFacadeException { getCal().updateCalendar(val); } |
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int currentMode, boolean ignoreCreator, boolean debug) | int currentMode, boolean debug) | public Calendars(Calintf cal, AccessUtil access, int currentMode, boolean ignoreCreator, boolean debug) throws CalFacadeException { super(cal, access, currentMode, ignoreCreator, debug); publicCalendarRootPath = "/" + getSyspars().getPublicCalendarRoot(); userCalendarRootPath = "/" + getSyspars().getUserCalendarRoot(); } |
super(cal, access, currentMode, ignoreCreator, debug); | super(cal, access, currentMode, debug); | public Calendars(Calintf cal, AccessUtil access, int currentMode, boolean ignoreCreator, boolean debug) throws CalFacadeException { super(cal, access, currentMode, ignoreCreator, debug); publicCalendarRootPath = "/" + getSyspars().getPublicCalendarRoot(); userCalendarRootPath = "/" + getSyspars().getUserCalendarRoot(); } |
org.setOwner(ev.getOwner()); org.setPublick(ev.getPublick()); | public static BwOrganizer getOrganizer(Organizer orgProp, BwEvent ev) throws Throwable { BwOrganizer org = new BwOrganizer(); org.setOrganizerUri(orgProp.getValue()); ParameterList pars = orgProp.getParameters(); org.setCn(IcalUtil.getOptStr(pars, "CN")); org.setDir(getOptStr(pars, "DIR")); org.setLanguage(getOptStr(pars, "LANGUAGE")); org.setSentBy(getOptStr(pars, "SENT-BY")); return org; } |
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current.add3CSelection(creator); | current.addSelection(creator); | private void addGroupedSelection(Selection creator, VerticalSeismogramDisplay reaper){ DataSetSeismogram[] creatorSeismos = creator.getSeismograms(); DataSetSeismogram[][] componentSorted = DisplayUtils.getComponents(creatorSeismos, "." + creator.getColor()); Arrival[] parentArrivals = creator.getParent().getArrivals(); for(int i = 0; i < componentSorted.length; i++){ if(componentSorted[i].length > 0){ ((TimeConfig)creator.getInternalRegistrar()).add(componentSorted[i]); BasicSeismogramDisplay newDisplay = threeSelectionDisplay.addDisplay(componentSorted[i], (TimeConfig)creator.getInternalRegistrar()); creator.addDisplay(newDisplay); if(parentArrivals != null){ newDisplay.addFlags(parentArrivals); } } } Iterator g = basicDisplays.iterator(); while(g.hasNext()){ BasicSeismogramDisplay current = ((BasicSeismogramDisplay)g.next()); DataSetSeismogram[] basicDisplaySeismos = current.getSeismograms(); for(int i = 0; i < componentSorted.length; i++){ for(int j = 0; j < basicDisplaySeismos.length; j++){ for(int k = 0; k < componentSorted[i].length; k++){ if(componentSorted[i][k].getSeismogram() == basicDisplaySeismos[j].getSeismogram()){ current.add3CSelection(creator); creator.addParent(current); } } } } } //makes amp scale correctly.... pick displays show up with an unexpanded amplitude. //remove when the real bug causing the amplitude not to scale when created is fixed creator.getInternalRegistrar().shaleTime(0, 1); } |
((BasicSeismogramDisplay)e.next()).clear3CSelections(); | ((BasicSeismogramDisplay)e.next()).clearThreeCSelections(); | public void remove3CSelectionDisplay(){ Iterator e = basicDisplays.iterator(); while(e.hasNext()){ ((BasicSeismogramDisplay)e.next()).clear3CSelections(); } if(threeSelectionWindow != null){ threeSelectionWindow.dispose(); threeSelectionWindow = null; threeSelectionDisplay.removeAll(); threeSelectionDisplay = null; } } |
if (getPath() == null) { return 1; } | public int hashCode() { return getPath().hashCode(); } |
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canvas.draw(new Rectangle(100, 100)); | public void draw(Graphics2D canvas, Dimension size, TimeEvent currentTime, AmpEvent currentAmp){ if(visible && size.width > 0 && size.height > 0){ canvas.setPaint(color); shape.update(currentTime.getTime(shape.getSeismogram()), currentAmp.getAmp(shape.getSeismogram()), size); canvas.draw(shape); } } |
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while(!c.equals(Object.class)) { | if (c.isInterface()) { interfaces.add(c); } while( c != null && !c.equals(Object.class) ) { | public static Class[] getAllInterfaces(Class c) { List interfaces = new ArrayList(); while(!c.equals(Object.class)) { interfaces.addAll(Arrays.asList(c.getInterfaces())); c = c.getSuperclass(); } return (Class[])interfaces.toArray(new Class[0]); } |
if(size.height == 0) | if(size.height <= 0 || size.width <= 0){ numLeft = requests.size(); | public void run(){ PlotInfo currentRequirements; BasicSeismogramDisplay.ImagePainter currentPatron; int numLeft; numLeft = requests.size(); while(numLeft > 0){ synchronized(this){ currentPatron = ((BasicSeismogramDisplay.ImagePainter)requests.getFirst()); currentRequirements = ((PlotInfo)patrons.get(currentPatron)); } HashMap plotters = currentRequirements.getPlotters(); Dimension size = currentRequirements.getSize(); if(size.height == 0) break; Image currentImage = currentPatron.createImage(size.width, size.height); Graphics2D graphic = (Graphics2D)currentImage.getGraphics(); Iterator e = plotters.keySet().iterator(); while(e.hasNext()){ Plotter current = ((Plotter)e.next()); graphic.setColor((Color)plotters.get(current)); graphic.draw(current.draw(size)); } synchronized(currentPatron){ if(currentRequirements.getDisplayInterval().getValue() == currentPatron.getTimeConfig().getTimeRange().getInterval().getValue()){ requests.removeFirst(); currentPatron.setImage(currentImage); } } numLeft = requests.size(); } } |
Image currentImage = currentPatron.createImage(size.width, size.height); Graphics2D graphic = (Graphics2D)currentImage.getGraphics(); | } synchronized(this){ if(requests.contains(currentPatron)){ currentImage = currentPatron.createImage(size.width, size.height); graphic = (Graphics2D)currentImage.getGraphics(); }else{ numLeft = requests.size(); break; } } | public void run(){ PlotInfo currentRequirements; BasicSeismogramDisplay.ImagePainter currentPatron; int numLeft; numLeft = requests.size(); while(numLeft > 0){ synchronized(this){ currentPatron = ((BasicSeismogramDisplay.ImagePainter)requests.getFirst()); currentRequirements = ((PlotInfo)patrons.get(currentPatron)); } HashMap plotters = currentRequirements.getPlotters(); Dimension size = currentRequirements.getSize(); if(size.height == 0) break; Image currentImage = currentPatron.createImage(size.width, size.height); Graphics2D graphic = (Graphics2D)currentImage.getGraphics(); Iterator e = plotters.keySet().iterator(); while(e.hasNext()){ Plotter current = ((Plotter)e.next()); graphic.setColor((Color)plotters.get(current)); graphic.draw(current.draw(size)); } synchronized(currentPatron){ if(currentRequirements.getDisplayInterval().getValue() == currentPatron.getTimeConfig().getTimeRange().getInterval().getValue()){ requests.removeFirst(); currentPatron.setImage(currentImage); } } numLeft = requests.size(); } } |
synchronized(currentPatron){ | synchronized(this){ | public void run(){ PlotInfo currentRequirements; BasicSeismogramDisplay.ImagePainter currentPatron; int numLeft; numLeft = requests.size(); while(numLeft > 0){ synchronized(this){ currentPatron = ((BasicSeismogramDisplay.ImagePainter)requests.getFirst()); currentRequirements = ((PlotInfo)patrons.get(currentPatron)); } HashMap plotters = currentRequirements.getPlotters(); Dimension size = currentRequirements.getSize(); if(size.height == 0) break; Image currentImage = currentPatron.createImage(size.width, size.height); Graphics2D graphic = (Graphics2D)currentImage.getGraphics(); Iterator e = plotters.keySet().iterator(); while(e.hasNext()){ Plotter current = ((Plotter)e.next()); graphic.setColor((Color)plotters.get(current)); graphic.draw(current.draw(size)); } synchronized(currentPatron){ if(currentRequirements.getDisplayInterval().getValue() == currentPatron.getTimeConfig().getTimeRange().getInterval().getValue()){ requests.removeFirst(); currentPatron.setImage(currentImage); } } numLeft = requests.size(); } } |
currentPatron.getTimeConfig().getTimeRange().getInterval().getValue()){ | currentPatron.getTimeConfig().getTimeRange().getInterval().getValue() && requests.contains(currentPatron)){ | public void run(){ PlotInfo currentRequirements; BasicSeismogramDisplay.ImagePainter currentPatron; int numLeft; numLeft = requests.size(); while(numLeft > 0){ synchronized(this){ currentPatron = ((BasicSeismogramDisplay.ImagePainter)requests.getFirst()); currentRequirements = ((PlotInfo)patrons.get(currentPatron)); } HashMap plotters = currentRequirements.getPlotters(); Dimension size = currentRequirements.getSize(); if(size.height == 0) break; Image currentImage = currentPatron.createImage(size.width, size.height); Graphics2D graphic = (Graphics2D)currentImage.getGraphics(); Iterator e = plotters.keySet().iterator(); while(e.hasNext()){ Plotter current = ((Plotter)e.next()); graphic.setColor((Color)plotters.get(current)); graphic.draw(current.draw(size)); } synchronized(currentPatron){ if(currentRequirements.getDisplayInterval().getValue() == currentPatron.getTimeConfig().getTimeRange().getInterval().getValue()){ requests.removeFirst(); currentPatron.setImage(currentImage); } } numLeft = requests.size(); } } |
public void remove(MouseEvent me); | public void remove(); | public void remove(MouseEvent me); |
lexicalRoot.meta_defineField(AGSymbol.alloc("success"), success); lexicalRoot.meta_defineField(AGSymbol.alloc("fail"), fail); lexicalRoot.meta_defineField(AGSymbol.alloc("echo:"), echo_); lexicalRoot.meta_defineField(AGSymbol.alloc("symbol"), symbol); lexicalRoot.meta_defineField(AGSymbol.alloc("true"), True); lexicalRoot.meta_defineField(AGSymbol.alloc("false"), False); lexicalRoot.meta_defineField(AGSymbol.alloc("closures"), closures); | lexicalRoot.meta_defineField(AGSymbol.jAlloc("success"), success); lexicalRoot.meta_defineField(AGSymbol.jAlloc("fail"), fail); lexicalRoot.meta_defineField(AGSymbol.jAlloc("echo:"), echo_); lexicalRoot.meta_defineField(AGSymbol.jAlloc("symbol"), symbol); lexicalRoot.meta_defineField(AGSymbol.jAlloc("true"), True); lexicalRoot.meta_defineField(AGSymbol.jAlloc("false"), False); lexicalRoot.meta_defineField(AGSymbol.jAlloc("closures"), closures); | protected void setUp() throws Exception { lexicalRoot = new NATObject(OBJLexicalRoot._INSTANCE_); lexicalRoot.meta_defineField(AGSymbol.alloc("success"), success); lexicalRoot.meta_defineField(AGSymbol.alloc("fail"), fail); lexicalRoot.meta_defineField(AGSymbol.alloc("echo:"), echo_); lexicalRoot.meta_defineField(AGSymbol.alloc("symbol"), symbol); lexicalRoot.meta_defineField(AGSymbol.alloc("true"), True); lexicalRoot.meta_defineField(AGSymbol.alloc("false"), False); lexicalRoot.meta_defineField(AGSymbol.alloc("closures"), closures); lexicalRoot.meta_defineField(AGSymbol.alloc("symIfTrue"), AGSymbol.alloc("ifTrue:")); ATObject mirrors = new NATObject(lexicalRoot); mirrors.meta_defineField(AGSymbol.alloc("Factory"), NATMirrorFactory._INSTANCE_); ATObject natives = new NATObject(lexicalRoot); natives.meta_defineField(AGSymbol.alloc("Context"), NATMirrorFactory._INSTANCE_); ATObject at = new NATObject(lexicalRoot); at.meta_defineField(AGSymbol.alloc("mirrors"), mirrors); at.meta_defineField(AGSymbol.alloc("natives"), natives); lexicalRoot.meta_defineField(AGSymbol.alloc("at"), at); lexicalRoot.meta_defineField(AGSymbol.alloc("root"), lexicalRoot); lexicalRoot.meta_defineField(AGSymbol.alloc("unittest:"), unittest_); lexicalRoot.meta_defineField(AGSymbol.alloc("unit"), OBJUnit._INSTANCE_); } |
lexicalRoot.meta_defineField(AGSymbol.alloc("symIfTrue"), AGSymbol.alloc("ifTrue:")); | lexicalRoot.meta_defineField(AGSymbol.jAlloc("symIfTrue"), AGSymbol.jAlloc("ifTrue:")); | protected void setUp() throws Exception { lexicalRoot = new NATObject(OBJLexicalRoot._INSTANCE_); lexicalRoot.meta_defineField(AGSymbol.alloc("success"), success); lexicalRoot.meta_defineField(AGSymbol.alloc("fail"), fail); lexicalRoot.meta_defineField(AGSymbol.alloc("echo:"), echo_); lexicalRoot.meta_defineField(AGSymbol.alloc("symbol"), symbol); lexicalRoot.meta_defineField(AGSymbol.alloc("true"), True); lexicalRoot.meta_defineField(AGSymbol.alloc("false"), False); lexicalRoot.meta_defineField(AGSymbol.alloc("closures"), closures); lexicalRoot.meta_defineField(AGSymbol.alloc("symIfTrue"), AGSymbol.alloc("ifTrue:")); ATObject mirrors = new NATObject(lexicalRoot); mirrors.meta_defineField(AGSymbol.alloc("Factory"), NATMirrorFactory._INSTANCE_); ATObject natives = new NATObject(lexicalRoot); natives.meta_defineField(AGSymbol.alloc("Context"), NATMirrorFactory._INSTANCE_); ATObject at = new NATObject(lexicalRoot); at.meta_defineField(AGSymbol.alloc("mirrors"), mirrors); at.meta_defineField(AGSymbol.alloc("natives"), natives); lexicalRoot.meta_defineField(AGSymbol.alloc("at"), at); lexicalRoot.meta_defineField(AGSymbol.alloc("root"), lexicalRoot); lexicalRoot.meta_defineField(AGSymbol.alloc("unittest:"), unittest_); lexicalRoot.meta_defineField(AGSymbol.alloc("unit"), OBJUnit._INSTANCE_); } |
mirrors.meta_defineField(AGSymbol.alloc("Factory"), NATMirrorFactory._INSTANCE_); | mirrors.meta_defineField(AGSymbol.jAlloc("Factory"), NATMirrorFactory._INSTANCE_); | protected void setUp() throws Exception { lexicalRoot = new NATObject(OBJLexicalRoot._INSTANCE_); lexicalRoot.meta_defineField(AGSymbol.alloc("success"), success); lexicalRoot.meta_defineField(AGSymbol.alloc("fail"), fail); lexicalRoot.meta_defineField(AGSymbol.alloc("echo:"), echo_); lexicalRoot.meta_defineField(AGSymbol.alloc("symbol"), symbol); lexicalRoot.meta_defineField(AGSymbol.alloc("true"), True); lexicalRoot.meta_defineField(AGSymbol.alloc("false"), False); lexicalRoot.meta_defineField(AGSymbol.alloc("closures"), closures); lexicalRoot.meta_defineField(AGSymbol.alloc("symIfTrue"), AGSymbol.alloc("ifTrue:")); ATObject mirrors = new NATObject(lexicalRoot); mirrors.meta_defineField(AGSymbol.alloc("Factory"), NATMirrorFactory._INSTANCE_); ATObject natives = new NATObject(lexicalRoot); natives.meta_defineField(AGSymbol.alloc("Context"), NATMirrorFactory._INSTANCE_); ATObject at = new NATObject(lexicalRoot); at.meta_defineField(AGSymbol.alloc("mirrors"), mirrors); at.meta_defineField(AGSymbol.alloc("natives"), natives); lexicalRoot.meta_defineField(AGSymbol.alloc("at"), at); lexicalRoot.meta_defineField(AGSymbol.alloc("root"), lexicalRoot); lexicalRoot.meta_defineField(AGSymbol.alloc("unittest:"), unittest_); lexicalRoot.meta_defineField(AGSymbol.alloc("unit"), OBJUnit._INSTANCE_); } |
natives.meta_defineField(AGSymbol.alloc("Context"), NATMirrorFactory._INSTANCE_); | natives.meta_defineField(AGSymbol.jAlloc("Context"), NATMirrorFactory._INSTANCE_); | protected void setUp() throws Exception { lexicalRoot = new NATObject(OBJLexicalRoot._INSTANCE_); lexicalRoot.meta_defineField(AGSymbol.alloc("success"), success); lexicalRoot.meta_defineField(AGSymbol.alloc("fail"), fail); lexicalRoot.meta_defineField(AGSymbol.alloc("echo:"), echo_); lexicalRoot.meta_defineField(AGSymbol.alloc("symbol"), symbol); lexicalRoot.meta_defineField(AGSymbol.alloc("true"), True); lexicalRoot.meta_defineField(AGSymbol.alloc("false"), False); lexicalRoot.meta_defineField(AGSymbol.alloc("closures"), closures); lexicalRoot.meta_defineField(AGSymbol.alloc("symIfTrue"), AGSymbol.alloc("ifTrue:")); ATObject mirrors = new NATObject(lexicalRoot); mirrors.meta_defineField(AGSymbol.alloc("Factory"), NATMirrorFactory._INSTANCE_); ATObject natives = new NATObject(lexicalRoot); natives.meta_defineField(AGSymbol.alloc("Context"), NATMirrorFactory._INSTANCE_); ATObject at = new NATObject(lexicalRoot); at.meta_defineField(AGSymbol.alloc("mirrors"), mirrors); at.meta_defineField(AGSymbol.alloc("natives"), natives); lexicalRoot.meta_defineField(AGSymbol.alloc("at"), at); lexicalRoot.meta_defineField(AGSymbol.alloc("root"), lexicalRoot); lexicalRoot.meta_defineField(AGSymbol.alloc("unittest:"), unittest_); lexicalRoot.meta_defineField(AGSymbol.alloc("unit"), OBJUnit._INSTANCE_); } |
at.meta_defineField(AGSymbol.alloc("mirrors"), mirrors); at.meta_defineField(AGSymbol.alloc("natives"), natives); | at.meta_defineField(AGSymbol.jAlloc("mirrors"), mirrors); at.meta_defineField(AGSymbol.jAlloc("natives"), natives); | protected void setUp() throws Exception { lexicalRoot = new NATObject(OBJLexicalRoot._INSTANCE_); lexicalRoot.meta_defineField(AGSymbol.alloc("success"), success); lexicalRoot.meta_defineField(AGSymbol.alloc("fail"), fail); lexicalRoot.meta_defineField(AGSymbol.alloc("echo:"), echo_); lexicalRoot.meta_defineField(AGSymbol.alloc("symbol"), symbol); lexicalRoot.meta_defineField(AGSymbol.alloc("true"), True); lexicalRoot.meta_defineField(AGSymbol.alloc("false"), False); lexicalRoot.meta_defineField(AGSymbol.alloc("closures"), closures); lexicalRoot.meta_defineField(AGSymbol.alloc("symIfTrue"), AGSymbol.alloc("ifTrue:")); ATObject mirrors = new NATObject(lexicalRoot); mirrors.meta_defineField(AGSymbol.alloc("Factory"), NATMirrorFactory._INSTANCE_); ATObject natives = new NATObject(lexicalRoot); natives.meta_defineField(AGSymbol.alloc("Context"), NATMirrorFactory._INSTANCE_); ATObject at = new NATObject(lexicalRoot); at.meta_defineField(AGSymbol.alloc("mirrors"), mirrors); at.meta_defineField(AGSymbol.alloc("natives"), natives); lexicalRoot.meta_defineField(AGSymbol.alloc("at"), at); lexicalRoot.meta_defineField(AGSymbol.alloc("root"), lexicalRoot); lexicalRoot.meta_defineField(AGSymbol.alloc("unittest:"), unittest_); lexicalRoot.meta_defineField(AGSymbol.alloc("unit"), OBJUnit._INSTANCE_); } |
lexicalRoot.meta_defineField(AGSymbol.alloc("at"), at); lexicalRoot.meta_defineField(AGSymbol.alloc("root"), lexicalRoot); | lexicalRoot.meta_defineField(AGSymbol.jAlloc("at"), at); lexicalRoot.meta_defineField(AGSymbol.jAlloc("root"), lexicalRoot); | protected void setUp() throws Exception { lexicalRoot = new NATObject(OBJLexicalRoot._INSTANCE_); lexicalRoot.meta_defineField(AGSymbol.alloc("success"), success); lexicalRoot.meta_defineField(AGSymbol.alloc("fail"), fail); lexicalRoot.meta_defineField(AGSymbol.alloc("echo:"), echo_); lexicalRoot.meta_defineField(AGSymbol.alloc("symbol"), symbol); lexicalRoot.meta_defineField(AGSymbol.alloc("true"), True); lexicalRoot.meta_defineField(AGSymbol.alloc("false"), False); lexicalRoot.meta_defineField(AGSymbol.alloc("closures"), closures); lexicalRoot.meta_defineField(AGSymbol.alloc("symIfTrue"), AGSymbol.alloc("ifTrue:")); ATObject mirrors = new NATObject(lexicalRoot); mirrors.meta_defineField(AGSymbol.alloc("Factory"), NATMirrorFactory._INSTANCE_); ATObject natives = new NATObject(lexicalRoot); natives.meta_defineField(AGSymbol.alloc("Context"), NATMirrorFactory._INSTANCE_); ATObject at = new NATObject(lexicalRoot); at.meta_defineField(AGSymbol.alloc("mirrors"), mirrors); at.meta_defineField(AGSymbol.alloc("natives"), natives); lexicalRoot.meta_defineField(AGSymbol.alloc("at"), at); lexicalRoot.meta_defineField(AGSymbol.alloc("root"), lexicalRoot); lexicalRoot.meta_defineField(AGSymbol.alloc("unittest:"), unittest_); lexicalRoot.meta_defineField(AGSymbol.alloc("unit"), OBJUnit._INSTANCE_); } |
lexicalRoot.meta_defineField(AGSymbol.alloc("unittest:"), unittest_); | lexicalRoot.meta_defineField(AGSymbol.jAlloc("unittest:"), unittest_); | protected void setUp() throws Exception { lexicalRoot = new NATObject(OBJLexicalRoot._INSTANCE_); lexicalRoot.meta_defineField(AGSymbol.alloc("success"), success); lexicalRoot.meta_defineField(AGSymbol.alloc("fail"), fail); lexicalRoot.meta_defineField(AGSymbol.alloc("echo:"), echo_); lexicalRoot.meta_defineField(AGSymbol.alloc("symbol"), symbol); lexicalRoot.meta_defineField(AGSymbol.alloc("true"), True); lexicalRoot.meta_defineField(AGSymbol.alloc("false"), False); lexicalRoot.meta_defineField(AGSymbol.alloc("closures"), closures); lexicalRoot.meta_defineField(AGSymbol.alloc("symIfTrue"), AGSymbol.alloc("ifTrue:")); ATObject mirrors = new NATObject(lexicalRoot); mirrors.meta_defineField(AGSymbol.alloc("Factory"), NATMirrorFactory._INSTANCE_); ATObject natives = new NATObject(lexicalRoot); natives.meta_defineField(AGSymbol.alloc("Context"), NATMirrorFactory._INSTANCE_); ATObject at = new NATObject(lexicalRoot); at.meta_defineField(AGSymbol.alloc("mirrors"), mirrors); at.meta_defineField(AGSymbol.alloc("natives"), natives); lexicalRoot.meta_defineField(AGSymbol.alloc("at"), at); lexicalRoot.meta_defineField(AGSymbol.alloc("root"), lexicalRoot); lexicalRoot.meta_defineField(AGSymbol.alloc("unittest:"), unittest_); lexicalRoot.meta_defineField(AGSymbol.alloc("unit"), OBJUnit._INSTANCE_); } |
lexicalRoot.meta_defineField(AGSymbol.alloc("unit"), OBJUnit._INSTANCE_); | lexicalRoot.meta_defineField(AGSymbol.jAlloc("unit"), OBJUnit._INSTANCE_); | protected void setUp() throws Exception { lexicalRoot = new NATObject(OBJLexicalRoot._INSTANCE_); lexicalRoot.meta_defineField(AGSymbol.alloc("success"), success); lexicalRoot.meta_defineField(AGSymbol.alloc("fail"), fail); lexicalRoot.meta_defineField(AGSymbol.alloc("echo:"), echo_); lexicalRoot.meta_defineField(AGSymbol.alloc("symbol"), symbol); lexicalRoot.meta_defineField(AGSymbol.alloc("true"), True); lexicalRoot.meta_defineField(AGSymbol.alloc("false"), False); lexicalRoot.meta_defineField(AGSymbol.alloc("closures"), closures); lexicalRoot.meta_defineField(AGSymbol.alloc("symIfTrue"), AGSymbol.alloc("ifTrue:")); ATObject mirrors = new NATObject(lexicalRoot); mirrors.meta_defineField(AGSymbol.alloc("Factory"), NATMirrorFactory._INSTANCE_); ATObject natives = new NATObject(lexicalRoot); natives.meta_defineField(AGSymbol.alloc("Context"), NATMirrorFactory._INSTANCE_); ATObject at = new NATObject(lexicalRoot); at.meta_defineField(AGSymbol.alloc("mirrors"), mirrors); at.meta_defineField(AGSymbol.alloc("natives"), natives); lexicalRoot.meta_defineField(AGSymbol.alloc("at"), at); lexicalRoot.meta_defineField(AGSymbol.alloc("root"), lexicalRoot); lexicalRoot.meta_defineField(AGSymbol.alloc("unittest:"), unittest_); lexicalRoot.meta_defineField(AGSymbol.alloc("unit"), OBJUnit._INSTANCE_); } |
threeSelectionDisplay.parent = null; threeSelectionDisplay.removeAll(); | public void remove3CSelectionDisplay(){ if(threeSelectionDisplay != null){ Iterator e = basicDisplays.iterator(); while(e.hasNext()){ ((BasicSeismogramDisplay)e.next()).clear3CSelections(); } threeSelectionWindow.dispose(); //selectionDisplays -= threeSelectionWindow.getSize().height; threeSelectionDisplay = null; } } |
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}else{ | }else if(display != null){ | public void removeSelectionDisplay(VerticalSeismogramDisplay display){ if(display == selectionDisplay){ removeSelectionDisplay(); }else{ remove3CSelectionDisplay(); } } |
semanticHint = UMLVisualIDRegistry.getType(org.eclipse.uml2.diagram.profile.edit.parts.StereotypeAttributesEditPart.VISUAL_ID); | semanticHint = UMLVisualIDRegistry.getType(StereotypeAttributesEditPart.VISUAL_ID); | protected void decorateView(View containerView, View view, IAdaptable semanticAdapter, String semanticHint, int index, boolean persisted) { if (semanticHint == null) { semanticHint = UMLVisualIDRegistry.getType(org.eclipse.uml2.diagram.profile.edit.parts.StereotypeAttributesEditPart.VISUAL_ID); view.setType(semanticHint); } super.decorateView(containerView, view, semanticAdapter, semanticHint, index, persisted); setupCompartmentTitle(view); setupCompartmentCollapsed(view); if (!ProfileEditPart.MODEL_ID.equals(UMLVisualIDRegistry.getModelID(containerView))) { EAnnotation shortcutAnnotation = EcoreFactory.eINSTANCE.createEAnnotation(); shortcutAnnotation.setSource("Shortcut"); //$NON-NLS-1$ shortcutAnnotation.getDetails().put("modelID", ProfileEditPart.MODEL_ID); //$NON-NLS-1$ view.getEAnnotations().add(shortcutAnnotation); } } |
if((selectionDisplays + 1) * 220 < tk.getScreenSize().height){ selectionWindow.setLocation(tk.getScreenSize().width - 400, tk.getScreenSize().height - (selectionDisplays + 1) * 220); | if(selectionDisplays + 220 < tk.getScreenSize().height){ selectionWindow.setLocation(tk.getScreenSize().width - 400, tk.getScreenSize().height - (selectionDisplays + 220)); | public void createSelectionDisplay(Selection creator){ if(selectionDisplay == null){ logger.debug("creating selection display"); selectionWindow = new JFrame(); //selectionWindow.setDefaultCloseOperation(JFrame.DISPOSE_ON_CLOSE); selectionWindow.setSize(400, 220); JToolBar infoBar = new JToolBar(); infoBar.add(new FilterSelection(selectionDisplay)); infoBar.setFloatable(false); selectionWindow.getContentPane().add(infoBar, BorderLayout.SOUTH); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); selectionDisplay = new VerticalSeismogramDisplay(mouseForwarder, motionForwarder); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); ar.visibleAmpCalc(tr); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } selectionWindow.getContentPane().add(selectionDisplay); Toolkit tk = Toolkit.getDefaultToolkit(); if((selectionDisplays + 1) * 220 < tk.getScreenSize().height){ selectionWindow.setLocation(tk.getScreenSize().width - 400, tk.getScreenSize().height - (selectionDisplays + 1) * 220); }else{ selectionWindow.setLocation(tk.getScreenSize().width - 400, 0); } selectionDisplays++; selectionWindow.setVisible(true); }else{ logger.debug("adding another selection"); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ar.visibleAmpCalc(tr); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } } } |
selectionDisplays++; | selectionDisplays += 220; | public void createSelectionDisplay(Selection creator){ if(selectionDisplay == null){ logger.debug("creating selection display"); selectionWindow = new JFrame(); //selectionWindow.setDefaultCloseOperation(JFrame.DISPOSE_ON_CLOSE); selectionWindow.setSize(400, 220); JToolBar infoBar = new JToolBar(); infoBar.add(new FilterSelection(selectionDisplay)); infoBar.setFloatable(false); selectionWindow.getContentPane().add(infoBar, BorderLayout.SOUTH); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); selectionDisplay = new VerticalSeismogramDisplay(mouseForwarder, motionForwarder); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); ar.visibleAmpCalc(tr); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } selectionWindow.getContentPane().add(selectionDisplay); Toolkit tk = Toolkit.getDefaultToolkit(); if((selectionDisplays + 1) * 220 < tk.getScreenSize().height){ selectionWindow.setLocation(tk.getScreenSize().width - 400, tk.getScreenSize().height - (selectionDisplays + 1) * 220); }else{ selectionWindow.setLocation(tk.getScreenSize().width - 400, 0); } selectionDisplays++; selectionWindow.setVisible(true); }else{ logger.debug("adding another selection"); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ar.visibleAmpCalc(tr); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } } } |
if(selectionDisplay == null){ logger.debug("creating selection display"); | if(threeSelectionDisplay == null){ logger.debug("creating 3C selection display"); | public void createThreeSelectionDisplay(Selection creator){ if(selectionDisplay == null){ logger.debug("creating selection display"); threeSelectionWindow = new JFrame(); //threeSelectionWindow.setDefaultCloseOperation(JFrame.DISPOSE_ON_CLOSE); threeSelectionWindow.setSize(400, 220); JToolBar infoBar = new JToolBar(); infoBar.add(new FilterSelection(selectionDisplay)); infoBar.setFloatable(false); threeSelectionWindow.getContentPane().add(infoBar, BorderLayout.SOUTH); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); XMLDataSet dataSet = (XMLDataSet)first.getDataSet(); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ChannelId[] channelIds = dataSet.getChannelIds(); ChannelGrouperImpl channelProxy = new ChannelGrouperImpl(); ChannelId[] channelGroup = channelProxy.retrieve_grouping(channelIds, ((LocalSeismogramImpl)first.getSeismogram()).getChannelID()); LocalSeismogram[] seismograms = new LocalSeismogram[3]; selectionDisplay = new VerticalSeismogramDisplay(mouseForwarder, motionForwarder); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); try{ for(int counter = 0; counter < channelGroup.length; counter++) { seismograms[counter] = dataSet.getSeismogram(ChannelIdUtil.toStringNoDates(channelGroup[counter])); if(seismograms[counter] != null){ selectionDisplay.addDisplay(new DataSetSeismogram((LocalSeismogramImpl)seismograms[counter], dataSet), tr, "." + creator.getColor()); } } }catch(Exception f){ f.printStackTrace(); } ar.visibleAmpCalc(tr); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } threeSelectionWindow.getContentPane().add(selectionDisplay); Toolkit tk = Toolkit.getDefaultToolkit(); if((selectionDisplays + 1) * 220 < tk.getScreenSize().height){ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, tk.getScreenSize().height - (selectionDisplays + 1) * 220); }else{ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, 0); } selectionDisplays++; threeSelectionWindow.setVisible(true); }else{ logger.debug("adding another selection"); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ar.visibleAmpCalc(tr); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } } } |
threeSelectionWindow.setSize(400, 220); JToolBar infoBar = new JToolBar(); infoBar.add(new FilterSelection(selectionDisplay)); infoBar.setFloatable(false); threeSelectionWindow.getContentPane().add(infoBar, BorderLayout.SOUTH); | threeSelectionWindow.setSize(400, 400); threeSelectionDisplay = new VerticalSeismogramDisplay(mouseForwarder, motionForwarder); | public void createThreeSelectionDisplay(Selection creator){ if(selectionDisplay == null){ logger.debug("creating selection display"); threeSelectionWindow = new JFrame(); //threeSelectionWindow.setDefaultCloseOperation(JFrame.DISPOSE_ON_CLOSE); threeSelectionWindow.setSize(400, 220); JToolBar infoBar = new JToolBar(); infoBar.add(new FilterSelection(selectionDisplay)); infoBar.setFloatable(false); threeSelectionWindow.getContentPane().add(infoBar, BorderLayout.SOUTH); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); XMLDataSet dataSet = (XMLDataSet)first.getDataSet(); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ChannelId[] channelIds = dataSet.getChannelIds(); ChannelGrouperImpl channelProxy = new ChannelGrouperImpl(); ChannelId[] channelGroup = channelProxy.retrieve_grouping(channelIds, ((LocalSeismogramImpl)first.getSeismogram()).getChannelID()); LocalSeismogram[] seismograms = new LocalSeismogram[3]; selectionDisplay = new VerticalSeismogramDisplay(mouseForwarder, motionForwarder); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); try{ for(int counter = 0; counter < channelGroup.length; counter++) { seismograms[counter] = dataSet.getSeismogram(ChannelIdUtil.toStringNoDates(channelGroup[counter])); if(seismograms[counter] != null){ selectionDisplay.addDisplay(new DataSetSeismogram((LocalSeismogramImpl)seismograms[counter], dataSet), tr, "." + creator.getColor()); } } }catch(Exception f){ f.printStackTrace(); } ar.visibleAmpCalc(tr); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } threeSelectionWindow.getContentPane().add(selectionDisplay); Toolkit tk = Toolkit.getDefaultToolkit(); if((selectionDisplays + 1) * 220 < tk.getScreenSize().height){ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, tk.getScreenSize().height - (selectionDisplays + 1) * 220); }else{ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, 0); } selectionDisplays++; threeSelectionWindow.setVisible(true); }else{ logger.debug("adding another selection"); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ar.visibleAmpCalc(tr); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } } } |
ChannelId[] channelIds = dataSet.getChannelIds(); ChannelGrouperImpl channelProxy = new ChannelGrouperImpl(); ChannelId[] channelGroup = channelProxy.retrieve_grouping(channelIds, ((LocalSeismogramImpl)first.getSeismogram()).getChannelID()); LocalSeismogram[] seismograms = new LocalSeismogram[3]; selectionDisplay = new VerticalSeismogramDisplay(mouseForwarder, motionForwarder); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); try{ for(int counter = 0; counter < channelGroup.length; counter++) { seismograms[counter] = dataSet.getSeismogram(ChannelIdUtil.toStringNoDates(channelGroup[counter])); if(seismograms[counter] != null){ selectionDisplay.addDisplay(new DataSetSeismogram((LocalSeismogramImpl)seismograms[counter], dataSet), tr, "." + creator.getColor()); } } }catch(Exception f){ f.printStackTrace(); } | creator.setDisplay(threeSelectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); | public void createThreeSelectionDisplay(Selection creator){ if(selectionDisplay == null){ logger.debug("creating selection display"); threeSelectionWindow = new JFrame(); //threeSelectionWindow.setDefaultCloseOperation(JFrame.DISPOSE_ON_CLOSE); threeSelectionWindow.setSize(400, 220); JToolBar infoBar = new JToolBar(); infoBar.add(new FilterSelection(selectionDisplay)); infoBar.setFloatable(false); threeSelectionWindow.getContentPane().add(infoBar, BorderLayout.SOUTH); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); XMLDataSet dataSet = (XMLDataSet)first.getDataSet(); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ChannelId[] channelIds = dataSet.getChannelIds(); ChannelGrouperImpl channelProxy = new ChannelGrouperImpl(); ChannelId[] channelGroup = channelProxy.retrieve_grouping(channelIds, ((LocalSeismogramImpl)first.getSeismogram()).getChannelID()); LocalSeismogram[] seismograms = new LocalSeismogram[3]; selectionDisplay = new VerticalSeismogramDisplay(mouseForwarder, motionForwarder); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); try{ for(int counter = 0; counter < channelGroup.length; counter++) { seismograms[counter] = dataSet.getSeismogram(ChannelIdUtil.toStringNoDates(channelGroup[counter])); if(seismograms[counter] != null){ selectionDisplay.addDisplay(new DataSetSeismogram((LocalSeismogramImpl)seismograms[counter], dataSet), tr, "." + creator.getColor()); } } }catch(Exception f){ f.printStackTrace(); } ar.visibleAmpCalc(tr); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } threeSelectionWindow.getContentPane().add(selectionDisplay); Toolkit tk = Toolkit.getDefaultToolkit(); if((selectionDisplays + 1) * 220 < tk.getScreenSize().height){ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, tk.getScreenSize().height - (selectionDisplays + 1) * 220); }else{ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, 0); } selectionDisplays++; threeSelectionWindow.setVisible(true); }else{ logger.debug("adding another selection"); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ar.visibleAmpCalc(tr); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } } } |
selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); | threeSelectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); | public void createThreeSelectionDisplay(Selection creator){ if(selectionDisplay == null){ logger.debug("creating selection display"); threeSelectionWindow = new JFrame(); //threeSelectionWindow.setDefaultCloseOperation(JFrame.DISPOSE_ON_CLOSE); threeSelectionWindow.setSize(400, 220); JToolBar infoBar = new JToolBar(); infoBar.add(new FilterSelection(selectionDisplay)); infoBar.setFloatable(false); threeSelectionWindow.getContentPane().add(infoBar, BorderLayout.SOUTH); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); XMLDataSet dataSet = (XMLDataSet)first.getDataSet(); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ChannelId[] channelIds = dataSet.getChannelIds(); ChannelGrouperImpl channelProxy = new ChannelGrouperImpl(); ChannelId[] channelGroup = channelProxy.retrieve_grouping(channelIds, ((LocalSeismogramImpl)first.getSeismogram()).getChannelID()); LocalSeismogram[] seismograms = new LocalSeismogram[3]; selectionDisplay = new VerticalSeismogramDisplay(mouseForwarder, motionForwarder); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); try{ for(int counter = 0; counter < channelGroup.length; counter++) { seismograms[counter] = dataSet.getSeismogram(ChannelIdUtil.toStringNoDates(channelGroup[counter])); if(seismograms[counter] != null){ selectionDisplay.addDisplay(new DataSetSeismogram((LocalSeismogramImpl)seismograms[counter], dataSet), tr, "." + creator.getColor()); } } }catch(Exception f){ f.printStackTrace(); } ar.visibleAmpCalc(tr); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } threeSelectionWindow.getContentPane().add(selectionDisplay); Toolkit tk = Toolkit.getDefaultToolkit(); if((selectionDisplays + 1) * 220 < tk.getScreenSize().height){ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, tk.getScreenSize().height - (selectionDisplays + 1) * 220); }else{ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, 0); } selectionDisplays++; threeSelectionWindow.setVisible(true); }else{ logger.debug("adding another selection"); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ar.visibleAmpCalc(tr); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } } } |
threeSelectionWindow.getContentPane().add(selectionDisplay); | threeSelectionWindow.getContentPane().add(threeSelectionDisplay); | public void createThreeSelectionDisplay(Selection creator){ if(selectionDisplay == null){ logger.debug("creating selection display"); threeSelectionWindow = new JFrame(); //threeSelectionWindow.setDefaultCloseOperation(JFrame.DISPOSE_ON_CLOSE); threeSelectionWindow.setSize(400, 220); JToolBar infoBar = new JToolBar(); infoBar.add(new FilterSelection(selectionDisplay)); infoBar.setFloatable(false); threeSelectionWindow.getContentPane().add(infoBar, BorderLayout.SOUTH); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); XMLDataSet dataSet = (XMLDataSet)first.getDataSet(); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ChannelId[] channelIds = dataSet.getChannelIds(); ChannelGrouperImpl channelProxy = new ChannelGrouperImpl(); ChannelId[] channelGroup = channelProxy.retrieve_grouping(channelIds, ((LocalSeismogramImpl)first.getSeismogram()).getChannelID()); LocalSeismogram[] seismograms = new LocalSeismogram[3]; selectionDisplay = new VerticalSeismogramDisplay(mouseForwarder, motionForwarder); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); try{ for(int counter = 0; counter < channelGroup.length; counter++) { seismograms[counter] = dataSet.getSeismogram(ChannelIdUtil.toStringNoDates(channelGroup[counter])); if(seismograms[counter] != null){ selectionDisplay.addDisplay(new DataSetSeismogram((LocalSeismogramImpl)seismograms[counter], dataSet), tr, "." + creator.getColor()); } } }catch(Exception f){ f.printStackTrace(); } ar.visibleAmpCalc(tr); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } threeSelectionWindow.getContentPane().add(selectionDisplay); Toolkit tk = Toolkit.getDefaultToolkit(); if((selectionDisplays + 1) * 220 < tk.getScreenSize().height){ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, tk.getScreenSize().height - (selectionDisplays + 1) * 220); }else{ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, 0); } selectionDisplays++; threeSelectionWindow.setVisible(true); }else{ logger.debug("adding another selection"); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ar.visibleAmpCalc(tr); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } } } |
if((selectionDisplays + 1) * 220 < tk.getScreenSize().height){ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, tk.getScreenSize().height - (selectionDisplays + 1) * 220); | if((selectionDisplays + 400) < tk.getScreenSize().height){ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, tk.getScreenSize().height - (selectionDisplays + 400)); | public void createThreeSelectionDisplay(Selection creator){ if(selectionDisplay == null){ logger.debug("creating selection display"); threeSelectionWindow = new JFrame(); //threeSelectionWindow.setDefaultCloseOperation(JFrame.DISPOSE_ON_CLOSE); threeSelectionWindow.setSize(400, 220); JToolBar infoBar = new JToolBar(); infoBar.add(new FilterSelection(selectionDisplay)); infoBar.setFloatable(false); threeSelectionWindow.getContentPane().add(infoBar, BorderLayout.SOUTH); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); XMLDataSet dataSet = (XMLDataSet)first.getDataSet(); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ChannelId[] channelIds = dataSet.getChannelIds(); ChannelGrouperImpl channelProxy = new ChannelGrouperImpl(); ChannelId[] channelGroup = channelProxy.retrieve_grouping(channelIds, ((LocalSeismogramImpl)first.getSeismogram()).getChannelID()); LocalSeismogram[] seismograms = new LocalSeismogram[3]; selectionDisplay = new VerticalSeismogramDisplay(mouseForwarder, motionForwarder); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); try{ for(int counter = 0; counter < channelGroup.length; counter++) { seismograms[counter] = dataSet.getSeismogram(ChannelIdUtil.toStringNoDates(channelGroup[counter])); if(seismograms[counter] != null){ selectionDisplay.addDisplay(new DataSetSeismogram((LocalSeismogramImpl)seismograms[counter], dataSet), tr, "." + creator.getColor()); } } }catch(Exception f){ f.printStackTrace(); } ar.visibleAmpCalc(tr); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } threeSelectionWindow.getContentPane().add(selectionDisplay); Toolkit tk = Toolkit.getDefaultToolkit(); if((selectionDisplays + 1) * 220 < tk.getScreenSize().height){ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, tk.getScreenSize().height - (selectionDisplays + 1) * 220); }else{ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, 0); } selectionDisplays++; threeSelectionWindow.setVisible(true); }else{ logger.debug("adding another selection"); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ar.visibleAmpCalc(tr); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } } } |
selectionDisplays++; | selectionDisplays+= 400; | public void createThreeSelectionDisplay(Selection creator){ if(selectionDisplay == null){ logger.debug("creating selection display"); threeSelectionWindow = new JFrame(); //threeSelectionWindow.setDefaultCloseOperation(JFrame.DISPOSE_ON_CLOSE); threeSelectionWindow.setSize(400, 220); JToolBar infoBar = new JToolBar(); infoBar.add(new FilterSelection(selectionDisplay)); infoBar.setFloatable(false); threeSelectionWindow.getContentPane().add(infoBar, BorderLayout.SOUTH); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); XMLDataSet dataSet = (XMLDataSet)first.getDataSet(); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ChannelId[] channelIds = dataSet.getChannelIds(); ChannelGrouperImpl channelProxy = new ChannelGrouperImpl(); ChannelId[] channelGroup = channelProxy.retrieve_grouping(channelIds, ((LocalSeismogramImpl)first.getSeismogram()).getChannelID()); LocalSeismogram[] seismograms = new LocalSeismogram[3]; selectionDisplay = new VerticalSeismogramDisplay(mouseForwarder, motionForwarder); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); try{ for(int counter = 0; counter < channelGroup.length; counter++) { seismograms[counter] = dataSet.getSeismogram(ChannelIdUtil.toStringNoDates(channelGroup[counter])); if(seismograms[counter] != null){ selectionDisplay.addDisplay(new DataSetSeismogram((LocalSeismogramImpl)seismograms[counter], dataSet), tr, "." + creator.getColor()); } } }catch(Exception f){ f.printStackTrace(); } ar.visibleAmpCalc(tr); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } threeSelectionWindow.getContentPane().add(selectionDisplay); Toolkit tk = Toolkit.getDefaultToolkit(); if((selectionDisplays + 1) * 220 < tk.getScreenSize().height){ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, tk.getScreenSize().height - (selectionDisplays + 1) * 220); }else{ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, 0); } selectionDisplays++; threeSelectionWindow.setVisible(true); }else{ logger.debug("adding another selection"); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ar.visibleAmpCalc(tr); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } } } |
creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); | creator.setDisplay(threeSelectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); | public void createThreeSelectionDisplay(Selection creator){ if(selectionDisplay == null){ logger.debug("creating selection display"); threeSelectionWindow = new JFrame(); //threeSelectionWindow.setDefaultCloseOperation(JFrame.DISPOSE_ON_CLOSE); threeSelectionWindow.setSize(400, 220); JToolBar infoBar = new JToolBar(); infoBar.add(new FilterSelection(selectionDisplay)); infoBar.setFloatable(false); threeSelectionWindow.getContentPane().add(infoBar, BorderLayout.SOUTH); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); XMLDataSet dataSet = (XMLDataSet)first.getDataSet(); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ChannelId[] channelIds = dataSet.getChannelIds(); ChannelGrouperImpl channelProxy = new ChannelGrouperImpl(); ChannelId[] channelGroup = channelProxy.retrieve_grouping(channelIds, ((LocalSeismogramImpl)first.getSeismogram()).getChannelID()); LocalSeismogram[] seismograms = new LocalSeismogram[3]; selectionDisplay = new VerticalSeismogramDisplay(mouseForwarder, motionForwarder); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); try{ for(int counter = 0; counter < channelGroup.length; counter++) { seismograms[counter] = dataSet.getSeismogram(ChannelIdUtil.toStringNoDates(channelGroup[counter])); if(seismograms[counter] != null){ selectionDisplay.addDisplay(new DataSetSeismogram((LocalSeismogramImpl)seismograms[counter], dataSet), tr, "." + creator.getColor()); } } }catch(Exception f){ f.printStackTrace(); } ar.visibleAmpCalc(tr); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } threeSelectionWindow.getContentPane().add(selectionDisplay); Toolkit tk = Toolkit.getDefaultToolkit(); if((selectionDisplays + 1) * 220 < tk.getScreenSize().height){ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, tk.getScreenSize().height - (selectionDisplays + 1) * 220); }else{ threeSelectionWindow.setLocation(tk.getScreenSize().width - 400, 0); } selectionDisplays++; threeSelectionWindow.setVisible(true); }else{ logger.debug("adding another selection"); Iterator e = creator.getSeismograms().iterator(); TimeConfigRegistrar tr = creator.getInternalConfig(); DataSetSeismogram first = ((DataSetSeismogram)e.next()); AmpConfigRegistrar ar = new AmpConfigRegistrar(new OffsetMeanAmpConfig(((LocalSeismogramImpl)first.getSeismogram()), tr.getTimeRange(first.getSeismogram()))); ar.visibleAmpCalc(tr); creator.setDisplay(selectionDisplay.addDisplay(first, tr, creator.getParent().getName() + "." + creator.getColor())); while(e.hasNext()){ selectionDisplay.addSeismogram(((DataSetSeismogram)e.next()), 0); } } } |
eqSelectionChanged(new EQSelectionEvent(this, new EventAccessOperations[]{(EventAccessOperations)selectedEvents.get(0)})); | if(selectedEvents.size() > 0){ eqSelectionChanged(new EQSelectionEvent(this, new EventAccessOperations[]{(EventAccessOperations)selectedEvents.get(0)})); } | public EventLayer(EventTableModel tableModel, ListSelectionModel lsm, MapBean mapBean){ this.tableModel = tableModel; selectionModel = lsm; tableModel.addEventDataListener(this); eventDataChanged(new EQDataEvent(this, tableModel.getAllEvents())); selectionModel.addListSelectionListener(new ListSelectionListener(){ public void valueChanged(ListSelectionEvent e) { List selectedEvents = new ArrayList(); EventAccessOperations[] allEvents = getTableModel().getAllEvents(); for (int i = 0; i < allEvents.length; i++) { if (selectionModel.isSelectedIndex(i)){ selectedEvents.add(allEvents[i]); } } eqSelectionChanged(new EQSelectionEvent(this, new EventAccessOperations[]{(EventAccessOperations)selectedEvents.get(0)})); } }); this.mapBean = mapBean; } |
eqSelectionChanged(new EQSelectionEvent(this, new EventAccessOperations[]{(EventAccessOperations)selectedEvents.get(0)})); | if(selectedEvents.size() > 0){ eqSelectionChanged(new EQSelectionEvent(this, new EventAccessOperations[]{(EventAccessOperations)selectedEvents.get(0)})); } | public void valueChanged(ListSelectionEvent e) { List selectedEvents = new ArrayList(); EventAccessOperations[] allEvents = getTableModel().getAllEvents(); for (int i = 0; i < allEvents.length; i++) { if (selectionModel.isSelectedIndex(i)){ selectedEvents.add(allEvents[i]); } } eqSelectionChanged(new EQSelectionEvent(this, new EventAccessOperations[]{(EventAccessOperations)selectedEvents.get(0)})); } |
sess.flush(); | public void endTransaction() throws CalFacadeException { checkOpen(); if (debug) { log.debug("End transaction for " + objTimestamp); } /* Update the lastmods for any changed users * / Iterator it = personalModified.iterator(); while (it.hasNext()) { BwUser u = (BwUser)it.next(); }*/ /* Just commit */ sess.flush(); sess.commit(); } |
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sess.flush(); | public void refreshEvents() throws CalFacadeException { checkOpen(); sess.flush(); } |
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Element nameE = doc.createElement("name"); nameE.setNodeValue(name); localSeismogram.appendChild(nameE); | Element propertyElement = doc.createElement("property"); propertyElement.appendChild(XMLUtil.createTextElement(doc, "name", "Name")); propertyElement.appendChild(XMLUtil.createTextElement(doc, "value", name)); localSeismogram.appendChild(propertyElement); | public void addSeismogram(LocalSeismogramImpl seis, AuditInfo[] audit) { seismogramNameCache = null; // Note this does not set the xlink, as the seis has not been saved anywhere yet. Document doc = config.getOwnerDocument(); Element localSeismogram = doc.createElement("localSeismogram");//doc.createElement("SacSeismogram"); String name =seis.getProperty(seisNameKey); if (name == null || name.length() == 0) { name = edu.iris.Fissures.network.ChannelIdUtil.toStringNoDates(seis.channel_id); } Element seismogramAttr = doc.createElement("seismogramAttr"); XMLSeismogramAttr.insert(seismogramAttr, (LocalSeismogram)seis); localSeismogram.appendChild(seismogramAttr); Element nameE = doc.createElement("name"); nameE.setNodeValue(name); localSeismogram.appendChild(nameE); Property[] props = seis.getProperties(); //System.out.println("the length of the Properties of the seismogram are "+props.length); Element propE, propNameE, propValueE; for (int i=0; i<props.length; i++) { if (props[i].name != seisNameKey) { propE = doc.createElement("property"); propNameE = doc.createElement("name"); propNameE.setNodeValue(props[i].name); propValueE = doc.createElement("value"); propValueE.setNodeValue(props[i].value); propE.appendChild(propNameE); propE.appendChild(propValueE); localSeismogram.appendChild(propE); } } config.appendChild(localSeismogram); seismogramCache.put(name, seis); logger.debug("added seis now "+getSeismogramNames().length+" seisnogram names."); //xpath = new CachedXPathAPI(xpath); logger.debug("2 added seis now "+getSeismogramNames().length+" seisnogram names."); } |
Element propertyElement = doc.createElement("property"); propertyElement.appendChild(XMLUtil.createTextElement(doc, "name", "Name")); propertyElement.appendChild(XMLUtil.createTextElement(doc, "value", name)); localSeismogram.appendChild(propertyElement); | public void addSeismogramRef(LocalSeismogramImpl seis, URL seisURL, String name, Property[] props, ParameterRef[] parm_ids, AuditInfo[] audit) { seismogramNameCache = null; String baseStr = base.toString(); String seisStr = seisURL.toString(); if (seisStr.startsWith(baseStr)) { // use relative URL seisStr = seisStr.substring(baseStr.length()); } // end of if (seisStr.startsWith(baseStr)) Document doc = config.getOwnerDocument(); Element localSeismogram = doc.createElement("localSeismogram"); Element seismogramAttr = doc.createElement("seismogramAttr"); XMLSeismogramAttr.insert(seismogramAttr, (LocalSeismogram)seis); localSeismogram.appendChild(seismogramAttr); Element data = doc.createElement("data"); data.setAttributeNS(xlinkNS, "xlink:type", "simple"); data.setAttributeNS(xlinkNS, "xlink:href", seisStr); data.setAttribute("seisType", "sac"); //Element nameE = doc.createElement("name"); // Text text = doc.createTextNode(name); //nameE.appendChild(text); //localSeismogram.appendChild(nameE); localSeismogram.appendChild(data); /* Element propE, propNameE, propValueE; for (int i=0; i<props.length; i++) { if (props[i].name != seisNameKey) { propE = doc.createElement("property"); propNameE = doc.createElement("name"); text = doc.createTextNode(props[i].name); propNameE.appendChild(text); propValueE = doc.createElement("value"); text = doc.createTextNode(props[i].value); propValueE.appendChild(text); propE.appendChild(propNameE); propE.appendChild(propValueE); sac.appendChild(propE); } }*/ config.appendChild(localSeismogram); } |
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Timestamp timeStamp = new Timestamp(time.getYear(), time.getMonth(), time.getDay(), time.getHour(), time.getMinute(), time.getSecond(), time.getNanosec()); | GregorianCalendar gc = new GregorianCalendar((int)time.getYear(), (int)time.getMonth() - 1, (int)time.getDay(), (int)time.getHour(), (int)time.getMinute(), (int)time.getSecond()); Timestamp timeStamp = new Timestamp(gc.getTimeInMillis()); timeStamp.setNanos(time.getNanosec()); | public static MicroSecondDate microSecondDateFromPSN(PSNDateTime time){ Timestamp timeStamp = new Timestamp(time.getYear(), time.getMonth(), time.getDay(), time.getHour(), time.getMinute(), time.getSecond(), time.getNanosec()); MicroSecondDate msd = new MicroSecondDate(timeStamp); return msd; } |
" ( begin ( select ( send ( send (symbol object) ( apply (symbol no) ) ) ( apply (symbol demeter) ) ) (symbol law) ) )"); | " ( begin ( select ( send ( send (symbol object) ( apply (symbol no) (table)) ) ( apply (symbol demeter) (table) ) ) (symbol law) ) )"); | public void testMessageSending() { testParse( "object.no().demeter().law", " ( begin ( select ( send ( send (symbol object) ( apply (symbol no) ) ) ( apply (symbol demeter) ) ) (symbol law) ) )"); testParse( "object.keyworded: message send: test", " ( begin ( send (symbol object) ( apply ( symbol keyworded:send:) (table (symbol message) (symbol test) ) ) ) )"); } |
"(begin (define-method (apply (symbol getX)) (begin (symbol x)))" + "(define-method (apply (symbol getY)) (begin (symbol y)))" + | "(begin (define-method (apply (symbol getX) (table)) (begin (symbol x)))" + "(define-method (apply (symbol getY) (table)) (begin (symbol y)))" + | public void testPointDefinition() { testParse( "def point := object: { x, y | \n" + " def getX() { x }; \n" + " def getY() { y }; \n" + " def withX: anX Y: aY { \n" + " x := anX; \n" + " y := anY \n" + " } \n" + "} \n", "(begin" + "(define-field (symbol point)" + "(apply (symbol object:) (table (closure (table (symbolx) (symboly))" + "(begin (define-method (apply (symbol getX)) (begin (symbol x)))" + "(define-method (apply (symbol getY)) (begin (symbol y)))" + "(define-method (apply (symbol withX:Y:) (table (symbol anX) (symbol aY)))" + "(begin (field-set (symbol x) (symbol anX))" + "(field-set (symbol y) (symbol anY))))))))))"); } |
meta_assignField( AGSymbol.alloc("mirage_"), newReflectee); return newReflectee; } }); mirageMaker.meta_defineField( AGSymbol.alloc("extend"), new JavaClosure(this) { public ATObject meta_apply(ATClosure code) throws NATException { ATObject mirage = meta_lookup( AGSymbol.alloc("mirage_")); ATObject extension = new NATObject(code.getContext().getLexicalScope(), mirage, NATObject._IS_A_); ATAbstractGrammar body = code.getMethod().getBodyExpression(); body.meta_eval(new NATContext(extension, extension, this)); return extension; } }); mirageMaker.meta_defineField( AGSymbol.alloc("share"), new JavaClosure(this) { public ATObject meta_apply(ATClosure code) throws NATException { ATObject mirage = meta_lookup( AGSymbol.alloc("mirage_")); ATObject extension = new NATObject(code.getContext().getLexicalScope(), mirage, NATObject._SHARES_A_); ATAbstractGrammar body = code.getMethod().getBodyExpression(); body.meta_eval(new NATContext(extension, extension, this)); return extension; } }); mirageMaker.meta_defineField( AGSymbol.alloc("clone"), new JavaClosure(this) { public ATObject meta_apply() throws NATException { ATMirror defaultMirror = this.getDynamicParent().asMirror(); ATObject defaultBase = defaultMirror.base_getBase(); ATObject defaultMirrorClone = defaultMirror.base_init(new ATObject[] { defaultBase.meta_clone() }); ATObject customMirrorClone = this.meta_lookup( AGSymbol.alloc("mirror_")).meta_clone(); ATObject mirageMakerClone = customMirrorClone.getDynamicParent(); mirageMakerClone.meta_assignVariable( AGSymbol.alloc("mirror_"), customMirrorClone); ATObject newReflectee = NATMirageFactory.createMirage(customMirror); meta_assignField( AGSymbol.alloc("mirage_"), newReflectee); | public ATObject base_mirror_(ATClosure code) throws NATException { final ATObject mirageMaker = new NATObject(code.getContext().getLexicalScope(), NATMirror._PROTOTYPE_, NATObject._SHARES_A_); final ATObject customMirror = mirageMaker.meta_extend(code); mirageMaker.meta_defineField( AGSymbol.alloc("newInstance"), new JavaClosure(this) { public ATObject meta_apply(ATTable initargs) throws NATException { ATObject newReflectee = NATMirageFactory.createMirage(customMirror); newReflectee.meta_invoke(newReflectee, Evaluator._INIT_, initargs); return newReflectee; } }); return customMirror; } |
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meta_assignField( AGSymbol.alloc("mirage_"), newReflectee); | public ATObject meta_apply(ATTable initargs) throws NATException { ATObject newReflectee = NATMirageFactory.createMirage(customMirror); newReflectee.meta_invoke(newReflectee, Evaluator._INIT_, initargs); return newReflectee; } |
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code.getMethod().getBody().meta_eval(new NATContext(newObject, newObject, NATNil._INSTANCE_)); | code.getMethod().getBodyExpression().meta_eval(new NATContext(newObject, newObject, NATNil._INSTANCE_)); | public ATObject base_object_(ATClosure code) throws NATException { NATObject newObject = new NATObject(code.getContext().getLexicalScope()); code.getMethod().getBody().meta_eval(new NATContext(newObject, newObject, NATNil._INSTANCE_)); return newObject; } |
dataSetSeismogram[subcounter], timeConfigRegistrar, hAmpConfigRegistrar, vAmpConfigRegistrar, selectionColors[particleMotionDisplay.getView().getSelectedParticleMotion().length % selectionColors.length], getOrientationName(channelGroup[counter].channel_code)+"-"+ getOrientationName(channelGroup[subcounter].channel_code), horizPlane); | dataSetSeismogram[subcounter], timeConfigRegistrar, hAmpConfigRegistrar, vAmpConfigRegistrar, displayColor, getOrientationName(channelGroup[counter].channel_code)+"-"+ getOrientationName(channelGroup[subcounter].channel_code), horizPlane); | public void execute() { if(dataSetSeismogram.length == 1) { dataSetSeismogram = retrieve_seismograms(); } else { channelGroup = new ChannelId[dataSetSeismogram.length]; for(int counter = 0; counter < dataSetSeismogram.length; counter++) { channelGroup[counter] = dataSetSeismogram[counter].getSeismogram().getChannelID(); } } //decide whether to form the radioSetPanel or the checkBoxPanel. if(displayButtonPanel) { if(!advancedOption) { particleMotionDisplay.formRadioSetPanel(channelGroup); } else { particleMotionDisplay.formCheckBoxPanel(channelGroup); } } for(int counter = 0; counter < dataSetSeismogram.length; counter++) { for(int subcounter = counter+1; subcounter < dataSetSeismogram.length; subcounter++) { boolean horizPlane = isHorizontalPlane(dataSetSeismogram[counter].getSeismogram().getChannelID(), dataSetSeismogram[subcounter].getSeismogram().getChannelID(), dataSetSeismogram[counter].getDataSet()); if(horizPlane) { particleMotionDisplay.displayBackAzimuth(dataSetSeismogram[counter].getDataSet(), channelGroup[counter]); } particleMotionDisplay.getView().addParticleMotionDisplay(dataSetSeismogram[counter], dataSetSeismogram[subcounter], timeConfigRegistrar, hAmpConfigRegistrar, vAmpConfigRegistrar, selectionColors[particleMotionDisplay.getView().getSelectedParticleMotion().length % selectionColors.length], getOrientationName(channelGroup[counter].channel_code)+"-"+ getOrientationName(channelGroup[subcounter].channel_code), horizPlane); particleMotionDisplay.updateTimeRange(); } } if(displayButtonPanel) { particleMotionDisplay.setInitialButton(); } } |
form.getMsg().emit("org.bedework.client.message.location.alreadyexists"); | form.getErr().emit("org.bedework.client.error.location.alreadyexists"); | public String doAction(HttpServletRequest request, BwSession sess, PEActionForm form) throws Throwable { /** Check access */ if (!form.getAuthorisedUser()) { return "noAccess"; } String reqpar = request.getParameter("delete"); if (reqpar != null) { return "delete"; } CalSvcI svci = form.getCalSvcI(); boolean add = form.getAddingLocation(); /** We are just updating from the current form values. */ BwLocation loc = form.getLocation(); if (!BwWebUtil.validateLocation(loc, form.getErr())) { return "retry"; } /* If the location exists use it otherwise add one. */ if (!add && (loc.getId() <= CalFacadeDefs.maxReservedLocationId)) { // claim it doesn't exist form.getErr().emit("org.bedework.client.error.nosuchlocation", loc.getId()); return "noSuchLocation"; } boolean added = false; if (add) { added = svci.addLocation(loc); } else { svci.replaceLocation(loc); } updateAuthPrefs(form, null, null, loc, null); if (add) { if (added) { form.getMsg().emit("org.bedework.client.message.locations.added", 1); } else { form.getMsg().emit("org.bedework.client.message.location.alreadyexists"); } } else { form.getMsg().emit("org.bedework.client.message.location.updated"); } return "continue"; } |
log.debug("Begin transaction for " + objTimestamp); | debug("Begin transaction for " + objTimestamp); | public void beginTransaction() throws CalFacadeException { checkOpen();// sess.close(); if (debug) { log.debug("Begin transaction for " + objTimestamp); } sess.beginTransaction(); } |
log.debug("Close for " + objTimestamp + " closed session"); | debug("Close for " + objTimestamp + " closed session"); | public synchronized void close() throws CalFacadeException { if (!isOpen) { if (debug) { log.debug("Close for " + objTimestamp + " closed session"); } return; } if (debug) { log.debug("Close for " + objTimestamp); } try { if (sess != null) { if (sess.transactionStarted()) { sess.rollback(); } sess.disconnect(); } } catch (Throwable t) { try { sess.close(); } finally {} sess = null; // Discard on error } finally { isOpen = false; } if (access != null) { access.close(); } } |
log.debug("Close for " + objTimestamp); | debug("Close for " + objTimestamp); | public synchronized void close() throws CalFacadeException { if (!isOpen) { if (debug) { log.debug("Close for " + objTimestamp + " closed session"); } return; } if (debug) { log.debug("Close for " + objTimestamp); } try { if (sess != null) { if (sess.transactionStarted()) { sess.rollback(); } sess.disconnect(); } } catch (Throwable t) { try { sess.close(); } finally {} sess = null; // Discard on error } finally { isOpen = false; } if (access != null) { access.close(); } } |
log.debug("End transaction for " + objTimestamp); | debug("End transaction for " + objTimestamp); | public void endTransaction() throws CalFacadeException { checkOpen(); if (debug) { log.debug("End transaction for " + objTimestamp); } /* Update the lastmods for any changed users * / Iterator it = personalModified.iterator(); while (it.hasNext()) { BwUser u = (BwUser)it.next(); }*/ /* Just commit */ sess.commit();// sess.flush(); } |
log.debug("flushAll for " + objTimestamp); | debug("flushAll for " + objTimestamp); | public void flushAll() throws CalFacadeException { if (debug) { log.debug("flushAll for " + objTimestamp); } if (sess == null) { return; } try { if (sess.isOpen()) { sess.reconnect(); // for close sess.close(); } } finally { isOpen = false; sess = null; } } |
public BwUser getUser() throws CalFacadeException { return user; | public BwUser getUser(int id) throws CalFacadeException { checkOpen(); StringBuffer q = new StringBuffer(); q.append("from "); q.append(BwUser.class.getName()); q.append(" as u where u.userid = :userid"); sess.createQuery(q.toString()); sess.setInt("userid", id); return (BwUser)sess.getUnique(); | public BwUser getUser() throws CalFacadeException { return user; } |
public boolean init(String authenticatedUser, | public boolean init(String url, String authenticatedUser, | public boolean init(String authenticatedUser, String user, boolean publicAdmin, Groups groups, String synchId, boolean debug) throws CalFacadeException { this.debug = debug; boolean userCreated = false; BwUser authUser; try { access = new AccessUtil(debug); objTimestamp = new Timestamp(System.currentTimeMillis()); this.synchId = synchId; log = Logger.getLogger(getClass()); if ((synchId != null) && publicAdmin) { throw new CalFacadeException("synch only valid for non admin"); } } catch (Throwable t) { throw new CalFacadeException(t); } if (user == null) { user = authenticatedUser; } if (authenticatedUser == null) { // Unauthenticated use // Ensure no guest mods// this.readOnly = true; currentMode = CalintfUtil.guestMode; authUser = new BwUser(); this.user = getUser(user); } else {// this.readOnly = false; authUser = getUser(authenticatedUser); if (authUser == null) { /* Add the user to the database. Presumably this is first logon */ getLogger().info("Add new user " + authenticatedUser); addNewUser(new BwUser(authenticatedUser)); authUser = getUser(authenticatedUser); userCreated = true; } if (!publicAdmin) { currentMode = CalintfUtil.userMode; } else { currentMode = CalintfUtil.publicAdminMode; } logon(authUser); getLogger().info("Authenticated user " + authenticatedUser + " logged on"); if (authenticatedUser.equals(user)) { this.user = authUser; } else { this.user = getUser(user); if (this.user == null) { throw new CalFacadeException("User " + user + " does not exist."); } } } authUser.setGroups(groups.getAllGroups(authUser)); access.setAuthUser(authUser); access.setSyspars((BwSystem)getSyspars().clone()); events = new Events(this, access, currentMode, debug); calendars = new Calendars(this, access, currentMode, debug); categories = new EventProperties(this, access, currentMode, "word", BwCategory.class.getName(), "getCategoryRefs", -1, debug); locations = new EventProperties(this, access, currentMode, "address", BwLocation.class.getName(), "getLocationRefs", CalFacadeDefs.maxReservedLocationId, debug); sponsors = new EventProperties(this, access, currentMode, "name", BwSponsor.class.getName(), "getSponsorRefs", CalFacadeDefs.maxReservedSponsorId, debug); timezones = new CalTimezonesImpl(this, getStats(), publicAdmin, debug); timezones.setDefaultTimeZoneId(getSyspars().getTzid()); if (userCreated) { calendars.addNewCalendars(authUser); } return userCreated; } |
this.debug = debug; | super.init(url, authenticatedUser, user, publicAdmin, groups, synchId, debug); | public boolean init(String authenticatedUser, String user, boolean publicAdmin, Groups groups, String synchId, boolean debug) throws CalFacadeException { this.debug = debug; boolean userCreated = false; BwUser authUser; try { access = new AccessUtil(debug); objTimestamp = new Timestamp(System.currentTimeMillis()); this.synchId = synchId; log = Logger.getLogger(getClass()); if ((synchId != null) && publicAdmin) { throw new CalFacadeException("synch only valid for non admin"); } } catch (Throwable t) { throw new CalFacadeException(t); } if (user == null) { user = authenticatedUser; } if (authenticatedUser == null) { // Unauthenticated use // Ensure no guest mods// this.readOnly = true; currentMode = CalintfUtil.guestMode; authUser = new BwUser(); this.user = getUser(user); } else {// this.readOnly = false; authUser = getUser(authenticatedUser); if (authUser == null) { /* Add the user to the database. Presumably this is first logon */ getLogger().info("Add new user " + authenticatedUser); addNewUser(new BwUser(authenticatedUser)); authUser = getUser(authenticatedUser); userCreated = true; } if (!publicAdmin) { currentMode = CalintfUtil.userMode; } else { currentMode = CalintfUtil.publicAdminMode; } logon(authUser); getLogger().info("Authenticated user " + authenticatedUser + " logged on"); if (authenticatedUser.equals(user)) { this.user = authUser; } else { this.user = getUser(user); if (this.user == null) { throw new CalFacadeException("User " + user + " does not exist."); } } } authUser.setGroups(groups.getAllGroups(authUser)); access.setAuthUser(authUser); access.setSyspars((BwSystem)getSyspars().clone()); events = new Events(this, access, currentMode, debug); calendars = new Calendars(this, access, currentMode, debug); categories = new EventProperties(this, access, currentMode, "word", BwCategory.class.getName(), "getCategoryRefs", -1, debug); locations = new EventProperties(this, access, currentMode, "address", BwLocation.class.getName(), "getLocationRefs", CalFacadeDefs.maxReservedLocationId, debug); sponsors = new EventProperties(this, access, currentMode, "name", BwSponsor.class.getName(), "getSponsorRefs", CalFacadeDefs.maxReservedSponsorId, debug); timezones = new CalTimezonesImpl(this, getStats(), publicAdmin, debug); timezones.setDefaultTimeZoneId(getSyspars().getTzid()); if (userCreated) { calendars.addNewCalendars(authUser); } return userCreated; } |
objTimestamp = new Timestamp(System.currentTimeMillis()); this.synchId = synchId; log = Logger.getLogger(getClass()); | public boolean init(String authenticatedUser, String user, boolean publicAdmin, Groups groups, String synchId, boolean debug) throws CalFacadeException { this.debug = debug; boolean userCreated = false; BwUser authUser; try { access = new AccessUtil(debug); objTimestamp = new Timestamp(System.currentTimeMillis()); this.synchId = synchId; log = Logger.getLogger(getClass()); if ((synchId != null) && publicAdmin) { throw new CalFacadeException("synch only valid for non admin"); } } catch (Throwable t) { throw new CalFacadeException(t); } if (user == null) { user = authenticatedUser; } if (authenticatedUser == null) { // Unauthenticated use // Ensure no guest mods// this.readOnly = true; currentMode = CalintfUtil.guestMode; authUser = new BwUser(); this.user = getUser(user); } else {// this.readOnly = false; authUser = getUser(authenticatedUser); if (authUser == null) { /* Add the user to the database. Presumably this is first logon */ getLogger().info("Add new user " + authenticatedUser); addNewUser(new BwUser(authenticatedUser)); authUser = getUser(authenticatedUser); userCreated = true; } if (!publicAdmin) { currentMode = CalintfUtil.userMode; } else { currentMode = CalintfUtil.publicAdminMode; } logon(authUser); getLogger().info("Authenticated user " + authenticatedUser + " logged on"); if (authenticatedUser.equals(user)) { this.user = authUser; } else { this.user = getUser(user); if (this.user == null) { throw new CalFacadeException("User " + user + " does not exist."); } } } authUser.setGroups(groups.getAllGroups(authUser)); access.setAuthUser(authUser); access.setSyspars((BwSystem)getSyspars().clone()); events = new Events(this, access, currentMode, debug); calendars = new Calendars(this, access, currentMode, debug); categories = new EventProperties(this, access, currentMode, "word", BwCategory.class.getName(), "getCategoryRefs", -1, debug); locations = new EventProperties(this, access, currentMode, "address", BwLocation.class.getName(), "getLocationRefs", CalFacadeDefs.maxReservedLocationId, debug); sponsors = new EventProperties(this, access, currentMode, "name", BwSponsor.class.getName(), "getSponsorRefs", CalFacadeDefs.maxReservedSponsorId, debug); timezones = new CalTimezonesImpl(this, getStats(), publicAdmin, debug); timezones.setDefaultTimeZoneId(getSyspars().getTzid()); if (userCreated) { calendars.addNewCalendars(authUser); } return userCreated; } |
|
private void logon(BwUser val) throws CalFacadeException { | public void logon(BwUser val) throws CalFacadeException { | private void logon(BwUser val) throws CalFacadeException { checkOpen(); Timestamp now = new Timestamp(System.currentTimeMillis()); val.setLogon(now); val.setLastAccess(now); sess.update(val); } |
log.debug("New hibernate session for " + objTimestamp); | debug("New hibernate session for " + objTimestamp); | public synchronized void open() throws CalFacadeException { if (isOpen) { throw new CalFacadeException("Already open"); } isOpen = true; if (sess == null) { if (debug) { log.debug("New hibernate session for " + objTimestamp); } sess = new HibSession(sessFactory, log); } else { if (debug) { log.debug("Reconnect hibernate session for " + objTimestamp); } sess.reconnect(); } if (access != null) { access.open(); }// personalModified = new Vector(); } |
sess = new HibSession(sessFactory, log); | sess = new HibSession(sessFactory, getLogger()); | public synchronized void open() throws CalFacadeException { if (isOpen) { throw new CalFacadeException("Already open"); } isOpen = true; if (sess == null) { if (debug) { log.debug("New hibernate session for " + objTimestamp); } sess = new HibSession(sessFactory, log); } else { if (debug) { log.debug("Reconnect hibernate session for " + objTimestamp); } sess.reconnect(); } if (access != null) { access.open(); }// personalModified = new Vector(); } |
log.debug("Reconnect hibernate session for " + objTimestamp); | debug("Reconnect hibernate session for " + objTimestamp); | public synchronized void open() throws CalFacadeException { if (isOpen) { throw new CalFacadeException("Already open"); } isOpen = true; if (sess == null) { if (debug) { log.debug("New hibernate session for " + objTimestamp); } sess = new HibSession(sessFactory, log); } else { if (debug) { log.debug("Reconnect hibernate session for " + objTimestamp); } sess.reconnect(); } if (access != null) { access.open(); }// personalModified = new Vector(); } |
public void updateUser() throws CalFacadeException { updateUser(getUser()); | public void updateUser(BwUser user) throws CalFacadeException { checkOpen(); sess.update(user); | public void updateUser() throws CalFacadeException { updateUser(getUser()); } |
return getMSLWrapper(new CreateOutputPin_3006Command(req)); | return getMSLWrapper(new OutputPin3CreateCommand(req)); | protected Command getCreateCommand(CreateElementRequest req) { if (UMLElementTypes.OutputPin_3006 == req.getElementType()) { if (req.getContainmentFeature() == null) { req.setContainmentFeature(UMLPackage.eINSTANCE.getCallAction_Result()); } return getMSLWrapper(new CreateOutputPin_3006Command(req)); } if (UMLElementTypes.InputPin_3007 == req.getElementType()) { if (req.getContainmentFeature() == null) { req.setContainmentFeature(UMLPackage.eINSTANCE.getInvocationAction_Argument()); } return getMSLWrapper(new CreateInputPin_3007Command(req)); } return super.getCreateCommand(req); } |
return getMSLWrapper(new CreateInputPin_3007Command(req)); | return getMSLWrapper(new InputPin4CreateCommand(req)); | protected Command getCreateCommand(CreateElementRequest req) { if (UMLElementTypes.OutputPin_3006 == req.getElementType()) { if (req.getContainmentFeature() == null) { req.setContainmentFeature(UMLPackage.eINSTANCE.getCallAction_Result()); } return getMSLWrapper(new CreateOutputPin_3006Command(req)); } if (UMLElementTypes.InputPin_3007 == req.getElementType()) { if (req.getContainmentFeature() == null) { req.setContainmentFeature(UMLPackage.eINSTANCE.getInvocationAction_Argument()); } return getMSLWrapper(new CreateInputPin_3007Command(req)); } return super.getCreateCommand(req); } |
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