target
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@Test public void setReadaheadThresholdExternalTest() throws Exception { when(mockConnector.createScanner(TEST_TABLE, authorizations)).thenReturn(mockScanner); when(mockConnector.createScanner(SIG_TABLE, authorizations)).thenReturn(mockSignatureScanner); new SignedScanner(mockConnector, TEST_TABLE, authorizations, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .setReadaheadThreshold(5L); verify(mockScanner).setReadaheadThreshold(5L); verify(mockSignatureScanner).setReadaheadThreshold(5L); }
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@Override public void setReadaheadThreshold(long batches) { valueScanner.setReadaheadThreshold(batches); if (signatureScanner != null) { signatureScanner.setReadaheadThreshold(batches); } }
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SignedScanner implements Scanner { @Override public void setReadaheadThreshold(long batches) { valueScanner.setReadaheadThreshold(batches); if (signatureScanner != null) { signatureScanner.setReadaheadThreshold(batches); } } }
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SignedScanner implements Scanner { @Override public void setReadaheadThreshold(long batches) { valueScanner.setReadaheadThreshold(batches); if (signatureScanner != null) { signatureScanner.setReadaheadThreshold(batches); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); }
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SignedScanner implements Scanner { @Override public void setReadaheadThreshold(long batches) { valueScanner.setReadaheadThreshold(batches); if (signatureScanner != null) { signatureScanner.setReadaheadThreshold(batches); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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SignedScanner implements Scanner { @Override public void setReadaheadThreshold(long batches) { valueScanner.setReadaheadThreshold(batches); if (signatureScanner != null) { signatureScanner.setReadaheadThreshold(batches); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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@Test public void getReadaheadThresholdTest() throws Exception { when(mockConnector.createScanner(TEST_TABLE, authorizations)).thenReturn(mockScanner); when(mockScanner.getReadaheadThreshold()).thenReturn(5L); long value = new SignedScanner(mockConnector, TEST_TABLE, authorizations, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .getReadaheadThreshold(); verify(mockScanner).getReadaheadThreshold(); assertThat("correct threshold returned", value, is(5L)); }
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@Override public long getReadaheadThreshold() { return valueScanner.getReadaheadThreshold(); }
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SignedScanner implements Scanner { @Override public long getReadaheadThreshold() { return valueScanner.getReadaheadThreshold(); } }
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SignedScanner implements Scanner { @Override public long getReadaheadThreshold() { return valueScanner.getReadaheadThreshold(); } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); }
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SignedScanner implements Scanner { @Override public long getReadaheadThreshold() { return valueScanner.getReadaheadThreshold(); } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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SignedScanner implements Scanner { @Override public long getReadaheadThreshold() { return valueScanner.getReadaheadThreshold(); } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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@Test @SuppressWarnings("deprecation") public void setTimeOutTest() throws Exception { when(mockConnector.createScanner(TEST_TABLE, authorizations)).thenReturn(mockScanner); new SignedScanner(mockConnector, TEST_TABLE, authorizations, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)).setTimeOut(5); verify(mockScanner).setTimeOut(5); }
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@Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } }
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SignedScanner implements Scanner { @Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } } }
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SignedScanner implements Scanner { @Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); }
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SignedScanner implements Scanner { @Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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SignedScanner implements Scanner { @Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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@Test @SuppressWarnings("deprecation") public void setTimeOutExternalTest() throws Exception { when(mockConnector.createScanner(TEST_TABLE, authorizations)).thenReturn(mockScanner); when(mockConnector.createScanner(SIG_TABLE, authorizations)).thenReturn(mockSignatureScanner); new SignedScanner(mockConnector, TEST_TABLE, authorizations, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)).setTimeOut(5); verify(mockScanner).setTimeOut(5); verify(mockSignatureScanner).setTimeOut(5); }
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@Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } }
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SignedScanner implements Scanner { @Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } } }
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SignedScanner implements Scanner { @Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); }
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SignedScanner implements Scanner { @Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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SignedScanner implements Scanner { @Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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@Test @SuppressWarnings("deprecation") public void getTimeOutTest() throws Exception { when(mockConnector.createScanner(TEST_TABLE, authorizations)).thenReturn(mockScanner); when(mockScanner.getTimeOut()).thenReturn(5); int value = new SignedScanner(mockConnector, TEST_TABLE, authorizations, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .getTimeOut(); verify(mockScanner).getTimeOut(); assertThat("correct timeout returned", value, is(5)); }
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@Override public long getTimeout(TimeUnit timeUnit) { return valueScanner.getTimeout(timeUnit); }
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SignedScanner implements Scanner { @Override public long getTimeout(TimeUnit timeUnit) { return valueScanner.getTimeout(timeUnit); } }
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SignedScanner implements Scanner { @Override public long getTimeout(TimeUnit timeUnit) { return valueScanner.getTimeout(timeUnit); } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); }
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SignedScanner implements Scanner { @Override public long getTimeout(TimeUnit timeUnit) { return valueScanner.getTimeout(timeUnit); } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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SignedScanner implements Scanner { @Override public long getTimeout(TimeUnit timeUnit) { return valueScanner.getTimeout(timeUnit); } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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@Test public void iteratorTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); EntrySigner signer = new EntrySigner(getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)); List<Entry<Key,Value>> entries = new ArrayList<>(); Entry<Key,Value> entry = new SimpleImmutableEntry<>(new Key(new byte[] {1}, new byte[] {2}, new byte[] {3}, "secret".getBytes(Utils.VISIBILITY_CHARSET), 0, false, false), new Value(new byte[] {4})); Entry<Key,Value> entry2 = new SimpleImmutableEntry<>(new Key(new byte[] {5}, new byte[] {6}, new byte[] {7}, "secret".getBytes(Utils.VISIBILITY_CHARSET), 0, false, false), new Value(new byte[] {8})); entries.add(signer.sign(entry, true)); entries.add(signer.sign(entry2, true)); when(mockScanner.iterator()).thenReturn(entries.iterator()).thenReturn(entries.iterator()); BatchScanner scanner = new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)); assertThat("has correct number of elements", scanner, iterableWithSize(2)); Iterator<Entry<Key,Value>> iterator = scanner.iterator(); assertThat("correct item", iterator.next(), Matchers.equalTo(entry)); assertThat("correct item", iterator.next(), Matchers.equalTo(entry2)); }
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@Override public ItemProcessingIterator<Entry<Key,Value>> iterator() { if (signatureScanner != null) { return new SignedExternalScannerIterator(valueScanner.iterator(), signatureScanner.iterator(), verifier, false); } else { return new SignedInlineScannerIterator(valueScanner.iterator(), verifier); } }
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SignedBatchScanner implements BatchScanner { @Override public ItemProcessingIterator<Entry<Key,Value>> iterator() { if (signatureScanner != null) { return new SignedExternalScannerIterator(valueScanner.iterator(), signatureScanner.iterator(), verifier, false); } else { return new SignedInlineScannerIterator(valueScanner.iterator(), verifier); } } }
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SignedBatchScanner implements BatchScanner { @Override public ItemProcessingIterator<Entry<Key,Value>> iterator() { if (signatureScanner != null) { return new SignedExternalScannerIterator(valueScanner.iterator(), signatureScanner.iterator(), verifier, false); } else { return new SignedInlineScannerIterator(valueScanner.iterator(), verifier); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public ItemProcessingIterator<Entry<Key,Value>> iterator() { if (signatureScanner != null) { return new SignedExternalScannerIterator(valueScanner.iterator(), signatureScanner.iterator(), verifier, false); } else { return new SignedInlineScannerIterator(valueScanner.iterator(), verifier); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public ItemProcessingIterator<Entry<Key,Value>> iterator() { if (signatureScanner != null) { return new SignedExternalScannerIterator(valueScanner.iterator(), signatureScanner.iterator(), verifier, false); } else { return new SignedInlineScannerIterator(valueScanner.iterator(), verifier); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void iteratorExternalTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockConnector.createBatchScanner(SIG_TABLE, authorizations, 1)).thenReturn(mockSignatureScanner); EntrySigner signer = new EntrySigner(getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.ECDSA)); List<Entry<Key,Value>> entries = new ArrayList<>(); List<Entry<Key,Value>> signedEntries = new ArrayList<>(); Entry<Key,Value> entry = new SimpleImmutableEntry<>(new Key(new byte[] {1}, new byte[] {2}, new byte[] {3}, "secret".getBytes(Utils.VISIBILITY_CHARSET), 0, false, false), new Value(new byte[] {4})); Entry<Key,Value> entry2 = new SimpleImmutableEntry<>(new Key(new byte[] {5}, new byte[] {6}, new byte[] {7}, "secret".getBytes(Utils.VISIBILITY_CHARSET), 0, false, false), new Value(new byte[] {8})); entries.add(entry); entries.add(entry2); signedEntries.add(signer.sign(entry, true)); signedEntries.add(signer.sign(entry2, true)); when(mockScanner.iterator()).thenReturn(entries.iterator()).thenReturn(entries.iterator()); when(mockSignatureScanner.iterator()).thenReturn(signedEntries.iterator()).thenReturn(signedEntries.iterator()); BatchScanner scanner = new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.ECDSA)); assertThat("has correct number of elements", scanner, iterableWithSize(2)); Iterator<Entry<Key,Value>> iterator = scanner.iterator(); assertThat("correct item", iterator.next(), Matchers.equalTo(entry)); assertThat("correct item", iterator.next(), Matchers.equalTo(entry2)); }
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@Override public ItemProcessingIterator<Entry<Key,Value>> iterator() { if (signatureScanner != null) { return new SignedExternalScannerIterator(valueScanner.iterator(), signatureScanner.iterator(), verifier, false); } else { return new SignedInlineScannerIterator(valueScanner.iterator(), verifier); } }
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SignedBatchScanner implements BatchScanner { @Override public ItemProcessingIterator<Entry<Key,Value>> iterator() { if (signatureScanner != null) { return new SignedExternalScannerIterator(valueScanner.iterator(), signatureScanner.iterator(), verifier, false); } else { return new SignedInlineScannerIterator(valueScanner.iterator(), verifier); } } }
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SignedBatchScanner implements BatchScanner { @Override public ItemProcessingIterator<Entry<Key,Value>> iterator() { if (signatureScanner != null) { return new SignedExternalScannerIterator(valueScanner.iterator(), signatureScanner.iterator(), verifier, false); } else { return new SignedInlineScannerIterator(valueScanner.iterator(), verifier); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public ItemProcessingIterator<Entry<Key,Value>> iterator() { if (signatureScanner != null) { return new SignedExternalScannerIterator(valueScanner.iterator(), signatureScanner.iterator(), verifier, false); } else { return new SignedInlineScannerIterator(valueScanner.iterator(), verifier); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public ItemProcessingIterator<Entry<Key,Value>> iterator() { if (signatureScanner != null) { return new SignedExternalScannerIterator(valueScanner.iterator(), signatureScanner.iterator(), verifier, false); } else { return new SignedInlineScannerIterator(valueScanner.iterator(), verifier); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void addScanIteratorTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); IteratorSetting test = new IteratorSetting(10, "test", "test2"); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .addScanIterator(test); verify(mockScanner).addScanIterator(test); }
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@Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } }
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SignedBatchScanner implements BatchScanner { @Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } } }
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SignedBatchScanner implements BatchScanner { @Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void addScanIteratorExternalTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockConnector.createBatchScanner(SIG_TABLE, authorizations, 1)).thenReturn(mockSignatureScanner); IteratorSetting test = new IteratorSetting(10, "test", "test2"); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .addScanIterator(test); verify(mockScanner).addScanIterator(test); verify(mockSignatureScanner).addScanIterator(test); }
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@Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } }
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SignedBatchScanner implements BatchScanner { @Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } } }
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SignedBatchScanner implements BatchScanner { @Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void addScanIteratorTest() throws Exception { when(mockConnector.createScanner(TEST_TABLE, authorizations)).thenReturn(mockScanner); IteratorSetting test = new IteratorSetting(10, "test", "test2"); new SignedScanner(mockConnector, TEST_TABLE, authorizations, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)).addScanIterator(test); verify(mockScanner).addScanIterator(test); }
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@Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } }
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SignedScanner implements Scanner { @Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } } }
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SignedScanner implements Scanner { @Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); }
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SignedScanner implements Scanner { @Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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SignedScanner implements Scanner { @Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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@Test public void clearColumns() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)).clearColumns(); verify(mockScanner).clearColumns(); }
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@Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } }
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SignedBatchScanner implements BatchScanner { @Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } } }
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SignedBatchScanner implements BatchScanner { @Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void clearExternalColumns() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockConnector.createBatchScanner(SIG_TABLE, authorizations, 1)).thenReturn(mockSignatureScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)).clearColumns(); verify(mockScanner).clearColumns(); verify(mockSignatureScanner).clearColumns(); }
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@Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } }
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SignedBatchScanner implements BatchScanner { @Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } } }
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SignedBatchScanner implements BatchScanner { @Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void clearScanIteratorsTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .clearScanIterators(); verify(mockScanner).clearScanIterators(); }
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@Override public void clearScanIterators() { valueScanner.clearScanIterators(); if (signatureScanner != null) { signatureScanner.clearScanIterators(); } }
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SignedBatchScanner implements BatchScanner { @Override public void clearScanIterators() { valueScanner.clearScanIterators(); if (signatureScanner != null) { signatureScanner.clearScanIterators(); } } }
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SignedBatchScanner implements BatchScanner { @Override public void clearScanIterators() { valueScanner.clearScanIterators(); if (signatureScanner != null) { signatureScanner.clearScanIterators(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void clearScanIterators() { valueScanner.clearScanIterators(); if (signatureScanner != null) { signatureScanner.clearScanIterators(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void clearScanIterators() { valueScanner.clearScanIterators(); if (signatureScanner != null) { signatureScanner.clearScanIterators(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void clearScanIteratorsExternalTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockConnector.createBatchScanner(SIG_TABLE, authorizations, 1)).thenReturn(mockSignatureScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .clearScanIterators(); verify(mockScanner).clearScanIterators(); verify(mockSignatureScanner).clearScanIterators(); }
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@Override public void clearScanIterators() { valueScanner.clearScanIterators(); if (signatureScanner != null) { signatureScanner.clearScanIterators(); } }
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SignedBatchScanner implements BatchScanner { @Override public void clearScanIterators() { valueScanner.clearScanIterators(); if (signatureScanner != null) { signatureScanner.clearScanIterators(); } } }
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SignedBatchScanner implements BatchScanner { @Override public void clearScanIterators() { valueScanner.clearScanIterators(); if (signatureScanner != null) { signatureScanner.clearScanIterators(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void clearScanIterators() { valueScanner.clearScanIterators(); if (signatureScanner != null) { signatureScanner.clearScanIterators(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void clearScanIterators() { valueScanner.clearScanIterators(); if (signatureScanner != null) { signatureScanner.clearScanIterators(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void setRangesTest() throws Exception { Collection<Range> ranges = Collections.singletonList(new Range("test")); when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .setRanges(ranges); verify(mockScanner).setRanges(ranges); }
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@Override public void setRanges(Collection<Range> collection) { valueScanner.setRanges(collection); if (signatureScanner != null) { signatureScanner.setRanges(collection); } }
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SignedBatchScanner implements BatchScanner { @Override public void setRanges(Collection<Range> collection) { valueScanner.setRanges(collection); if (signatureScanner != null) { signatureScanner.setRanges(collection); } } }
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SignedBatchScanner implements BatchScanner { @Override public void setRanges(Collection<Range> collection) { valueScanner.setRanges(collection); if (signatureScanner != null) { signatureScanner.setRanges(collection); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void setRanges(Collection<Range> collection) { valueScanner.setRanges(collection); if (signatureScanner != null) { signatureScanner.setRanges(collection); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void setRanges(Collection<Range> collection) { valueScanner.setRanges(collection); if (signatureScanner != null) { signatureScanner.setRanges(collection); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void setRangesExternalTest() throws Exception { Collection<Range> ranges = Collections.singletonList(new Range("test")); when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockConnector.createBatchScanner(SIG_TABLE, authorizations, 1)).thenReturn(mockSignatureScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .setRanges(ranges); verify(mockScanner).setRanges(ranges); verify(mockSignatureScanner).setRanges(ranges); }
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@Override public void setRanges(Collection<Range> collection) { valueScanner.setRanges(collection); if (signatureScanner != null) { signatureScanner.setRanges(collection); } }
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SignedBatchScanner implements BatchScanner { @Override public void setRanges(Collection<Range> collection) { valueScanner.setRanges(collection); if (signatureScanner != null) { signatureScanner.setRanges(collection); } } }
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SignedBatchScanner implements BatchScanner { @Override public void setRanges(Collection<Range> collection) { valueScanner.setRanges(collection); if (signatureScanner != null) { signatureScanner.setRanges(collection); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void setRanges(Collection<Range> collection) { valueScanner.setRanges(collection); if (signatureScanner != null) { signatureScanner.setRanges(collection); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void setRanges(Collection<Range> collection) { valueScanner.setRanges(collection); if (signatureScanner != null) { signatureScanner.setRanges(collection); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void closeTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)).close(); verify(mockScanner).close(); }
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@Override public void close() { valueScanner.close(); if (signatureScanner != null) { signatureScanner.close(); } }
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SignedBatchScanner implements BatchScanner { @Override public void close() { valueScanner.close(); if (signatureScanner != null) { signatureScanner.close(); } } }
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SignedBatchScanner implements BatchScanner { @Override public void close() { valueScanner.close(); if (signatureScanner != null) { signatureScanner.close(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void close() { valueScanner.close(); if (signatureScanner != null) { signatureScanner.close(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void close() { valueScanner.close(); if (signatureScanner != null) { signatureScanner.close(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void closeExternalTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockConnector.createBatchScanner(SIG_TABLE, authorizations, 1)).thenReturn(mockSignatureScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)).close(); verify(mockScanner).close(); verify(mockSignatureScanner).close(); }
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@Override public void close() { valueScanner.close(); if (signatureScanner != null) { signatureScanner.close(); } }
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SignedBatchScanner implements BatchScanner { @Override public void close() { valueScanner.close(); if (signatureScanner != null) { signatureScanner.close(); } } }
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SignedBatchScanner implements BatchScanner { @Override public void close() { valueScanner.close(); if (signatureScanner != null) { signatureScanner.close(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void close() { valueScanner.close(); if (signatureScanner != null) { signatureScanner.close(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void close() { valueScanner.close(); if (signatureScanner != null) { signatureScanner.close(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void fetchColumnTest() throws Exception { Column column = new Column(new Text(new byte[] {1}), new Text(new byte[] {2})); when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .fetchColumn(column); verify(mockScanner).fetchColumn(column); }
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@Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } } }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void fetchColumnExternalTest() throws Exception { Column column = new Column(new Text(new byte[] {1}), new Text(new byte[] {2})); when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockConnector.createBatchScanner(SIG_TABLE, authorizations, 1)).thenReturn(mockSignatureScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .fetchColumn(column); verify(mockScanner).fetchColumn(column); verify(mockSignatureScanner).fetchColumn(column); }
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@Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } } }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void addScanIteratorExternalTest() throws Exception { when(mockConnector.createScanner(TEST_TABLE, authorizations)).thenReturn(mockScanner); when(mockConnector.createScanner(SIG_TABLE, authorizations)).thenReturn(mockSignatureScanner); IteratorSetting test = new IteratorSetting(10, "test", "test2"); new SignedScanner(mockConnector, TEST_TABLE, authorizations, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)).addScanIterator(test); verify(mockScanner).addScanIterator(test); verify(mockSignatureScanner).addScanIterator(test); }
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@Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } }
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SignedScanner implements Scanner { @Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } } }
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SignedScanner implements Scanner { @Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); }
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SignedScanner implements Scanner { @Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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SignedScanner implements Scanner { @Override public void addScanIterator(IteratorSetting cfg) { valueScanner.addScanIterator(cfg); if (signatureScanner != null) { signatureScanner.addScanIterator(cfg); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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@Test public void fetchColumn2Test() throws Exception { Text colF = new Text(new byte[] {1}), colQ = new Text(new byte[] {2}); when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)).fetchColumn( colF, colQ); verify(mockScanner).fetchColumn(colF, colQ); }
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@Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } } }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void fetchColumn2ExternalTest() throws Exception { Text colF = new Text(new byte[] {1}), colQ = new Text(new byte[] {2}); when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockConnector.createBatchScanner(SIG_TABLE, authorizations, 1)).thenReturn(mockSignatureScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)).fetchColumn( colF, colQ); verify(mockScanner).fetchColumn(colF, colQ); verify(mockSignatureScanner).fetchColumn(colF, colQ); }
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@Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } } }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumn(Column column) { valueScanner.fetchColumn(column); if (signatureScanner != null) { signatureScanner.fetchColumn(column); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void fetchColumnFamilyTest() throws Exception { Text colF = new Text(new byte[] {1}); when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .fetchColumnFamily(colF); verify(mockScanner).fetchColumnFamily(colF); }
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@Override public void fetchColumnFamily(Text col) { valueScanner.fetchColumnFamily(col); if (signatureScanner != null) { signatureScanner.fetchColumnFamily(col); } }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumnFamily(Text col) { valueScanner.fetchColumnFamily(col); if (signatureScanner != null) { signatureScanner.fetchColumnFamily(col); } } }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumnFamily(Text col) { valueScanner.fetchColumnFamily(col); if (signatureScanner != null) { signatureScanner.fetchColumnFamily(col); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumnFamily(Text col) { valueScanner.fetchColumnFamily(col); if (signatureScanner != null) { signatureScanner.fetchColumnFamily(col); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumnFamily(Text col) { valueScanner.fetchColumnFamily(col); if (signatureScanner != null) { signatureScanner.fetchColumnFamily(col); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void fetchColumnFamilyExternalTest() throws Exception { Text colF = new Text(new byte[] {1}); when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockConnector.createBatchScanner(SIG_TABLE, authorizations, 1)).thenReturn(mockSignatureScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .fetchColumnFamily(colF); verify(mockScanner).fetchColumnFamily(colF); verify(mockSignatureScanner).fetchColumnFamily(colF); }
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@Override public void fetchColumnFamily(Text col) { valueScanner.fetchColumnFamily(col); if (signatureScanner != null) { signatureScanner.fetchColumnFamily(col); } }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumnFamily(Text col) { valueScanner.fetchColumnFamily(col); if (signatureScanner != null) { signatureScanner.fetchColumnFamily(col); } } }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumnFamily(Text col) { valueScanner.fetchColumnFamily(col); if (signatureScanner != null) { signatureScanner.fetchColumnFamily(col); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumnFamily(Text col) { valueScanner.fetchColumnFamily(col); if (signatureScanner != null) { signatureScanner.fetchColumnFamily(col); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void fetchColumnFamily(Text col) { valueScanner.fetchColumnFamily(col); if (signatureScanner != null) { signatureScanner.fetchColumnFamily(col); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void getAuthorizationsTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockScanner.getAuthorizations()).thenReturn(authorizations); Authorizations auths = new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)).getAuthorizations(); verify(mockScanner).getAuthorizations(); assertThat("correct authorizations returned", auths, equalTo(authorizations)); }
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@Override public Authorizations getAuthorizations() { return valueScanner.getAuthorizations(); }
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SignedBatchScanner implements BatchScanner { @Override public Authorizations getAuthorizations() { return valueScanner.getAuthorizations(); } }
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SignedBatchScanner implements BatchScanner { @Override public Authorizations getAuthorizations() { return valueScanner.getAuthorizations(); } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public Authorizations getAuthorizations() { return valueScanner.getAuthorizations(); } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public Authorizations getAuthorizations() { return valueScanner.getAuthorizations(); } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void getSamplerConfigurationTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); SamplerConfiguration config = new SamplerConfiguration("test"); when(mockScanner.getSamplerConfiguration()).thenReturn(config); SamplerConfiguration value = new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)).getSamplerConfiguration(); verify(mockScanner).getSamplerConfiguration(); assertThat("correct config returned", value, equalTo(config)); }
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@Override public SamplerConfiguration getSamplerConfiguration() { return valueScanner.getSamplerConfiguration(); }
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SignedBatchScanner implements BatchScanner { @Override public SamplerConfiguration getSamplerConfiguration() { return valueScanner.getSamplerConfiguration(); } }
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SignedBatchScanner implements BatchScanner { @Override public SamplerConfiguration getSamplerConfiguration() { return valueScanner.getSamplerConfiguration(); } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public SamplerConfiguration getSamplerConfiguration() { return valueScanner.getSamplerConfiguration(); } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public SamplerConfiguration getSamplerConfiguration() { return valueScanner.getSamplerConfiguration(); } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void setSamplerConfigurationTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); SamplerConfiguration config = new SamplerConfiguration("test"); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .setSamplerConfiguration(config); verify(mockScanner).setSamplerConfiguration(config); }
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@Override public void setSamplerConfiguration(SamplerConfiguration samplerConfiguration) { valueScanner.setSamplerConfiguration(samplerConfiguration); if (signatureScanner != null) { signatureScanner.setSamplerConfiguration(samplerConfiguration); } }
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SignedBatchScanner implements BatchScanner { @Override public void setSamplerConfiguration(SamplerConfiguration samplerConfiguration) { valueScanner.setSamplerConfiguration(samplerConfiguration); if (signatureScanner != null) { signatureScanner.setSamplerConfiguration(samplerConfiguration); } } }
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SignedBatchScanner implements BatchScanner { @Override public void setSamplerConfiguration(SamplerConfiguration samplerConfiguration) { valueScanner.setSamplerConfiguration(samplerConfiguration); if (signatureScanner != null) { signatureScanner.setSamplerConfiguration(samplerConfiguration); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void setSamplerConfiguration(SamplerConfiguration samplerConfiguration) { valueScanner.setSamplerConfiguration(samplerConfiguration); if (signatureScanner != null) { signatureScanner.setSamplerConfiguration(samplerConfiguration); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void setSamplerConfiguration(SamplerConfiguration samplerConfiguration) { valueScanner.setSamplerConfiguration(samplerConfiguration); if (signatureScanner != null) { signatureScanner.setSamplerConfiguration(samplerConfiguration); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void setSamplerConfigurationExternalTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockConnector.createBatchScanner(SIG_TABLE, authorizations, 1)).thenReturn(mockSignatureScanner); SamplerConfiguration config = new SamplerConfiguration("test"); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .setSamplerConfiguration(config); verify(mockScanner).setSamplerConfiguration(config); verify(mockSignatureScanner).setSamplerConfiguration(config); }
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@Override public void setSamplerConfiguration(SamplerConfiguration samplerConfiguration) { valueScanner.setSamplerConfiguration(samplerConfiguration); if (signatureScanner != null) { signatureScanner.setSamplerConfiguration(samplerConfiguration); } }
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SignedBatchScanner implements BatchScanner { @Override public void setSamplerConfiguration(SamplerConfiguration samplerConfiguration) { valueScanner.setSamplerConfiguration(samplerConfiguration); if (signatureScanner != null) { signatureScanner.setSamplerConfiguration(samplerConfiguration); } } }
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SignedBatchScanner implements BatchScanner { @Override public void setSamplerConfiguration(SamplerConfiguration samplerConfiguration) { valueScanner.setSamplerConfiguration(samplerConfiguration); if (signatureScanner != null) { signatureScanner.setSamplerConfiguration(samplerConfiguration); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void setSamplerConfiguration(SamplerConfiguration samplerConfiguration) { valueScanner.setSamplerConfiguration(samplerConfiguration); if (signatureScanner != null) { signatureScanner.setSamplerConfiguration(samplerConfiguration); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void setSamplerConfiguration(SamplerConfiguration samplerConfiguration) { valueScanner.setSamplerConfiguration(samplerConfiguration); if (signatureScanner != null) { signatureScanner.setSamplerConfiguration(samplerConfiguration); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void clearSamplerConfigurationTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .clearSamplerConfiguration(); verify(mockScanner).clearSamplerConfiguration(); }
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@Override public void clearSamplerConfiguration() { valueScanner.clearSamplerConfiguration(); if (signatureScanner != null) { signatureScanner.clearSamplerConfiguration(); } }
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SignedBatchScanner implements BatchScanner { @Override public void clearSamplerConfiguration() { valueScanner.clearSamplerConfiguration(); if (signatureScanner != null) { signatureScanner.clearSamplerConfiguration(); } } }
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SignedBatchScanner implements BatchScanner { @Override public void clearSamplerConfiguration() { valueScanner.clearSamplerConfiguration(); if (signatureScanner != null) { signatureScanner.clearSamplerConfiguration(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void clearSamplerConfiguration() { valueScanner.clearSamplerConfiguration(); if (signatureScanner != null) { signatureScanner.clearSamplerConfiguration(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void clearSamplerConfiguration() { valueScanner.clearSamplerConfiguration(); if (signatureScanner != null) { signatureScanner.clearSamplerConfiguration(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void clearSamplerConfigurationExternalTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockConnector.createBatchScanner(SIG_TABLE, authorizations, 1)).thenReturn(mockSignatureScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .clearSamplerConfiguration(); verify(mockScanner).clearSamplerConfiguration(); verify(mockSignatureScanner).clearSamplerConfiguration(); }
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@Override public void clearSamplerConfiguration() { valueScanner.clearSamplerConfiguration(); if (signatureScanner != null) { signatureScanner.clearSamplerConfiguration(); } }
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SignedBatchScanner implements BatchScanner { @Override public void clearSamplerConfiguration() { valueScanner.clearSamplerConfiguration(); if (signatureScanner != null) { signatureScanner.clearSamplerConfiguration(); } } }
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SignedBatchScanner implements BatchScanner { @Override public void clearSamplerConfiguration() { valueScanner.clearSamplerConfiguration(); if (signatureScanner != null) { signatureScanner.clearSamplerConfiguration(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void clearSamplerConfiguration() { valueScanner.clearSamplerConfiguration(); if (signatureScanner != null) { signatureScanner.clearSamplerConfiguration(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void clearSamplerConfiguration() { valueScanner.clearSamplerConfiguration(); if (signatureScanner != null) { signatureScanner.clearSamplerConfiguration(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void clearColumns() throws Exception { when(mockConnector.createScanner(TEST_TABLE, authorizations)).thenReturn(mockScanner); new SignedScanner(mockConnector, TEST_TABLE, authorizations, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)).clearColumns(); verify(mockScanner).clearColumns(); }
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@Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } }
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SignedScanner implements Scanner { @Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } } }
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SignedScanner implements Scanner { @Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); }
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SignedScanner implements Scanner { @Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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SignedScanner implements Scanner { @Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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@Test public void setBatchTimeoutTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .setBatchTimeout(5L, TimeUnit.DAYS); verify(mockScanner).setBatchTimeout(5L, TimeUnit.DAYS); }
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@Override public void setBatchTimeout(long l, TimeUnit timeUnit) { valueScanner.setBatchTimeout(l, timeUnit); if (signatureScanner != null) { signatureScanner.setBatchTimeout(l, timeUnit); } }
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SignedBatchScanner implements BatchScanner { @Override public void setBatchTimeout(long l, TimeUnit timeUnit) { valueScanner.setBatchTimeout(l, timeUnit); if (signatureScanner != null) { signatureScanner.setBatchTimeout(l, timeUnit); } } }
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SignedBatchScanner implements BatchScanner { @Override public void setBatchTimeout(long l, TimeUnit timeUnit) { valueScanner.setBatchTimeout(l, timeUnit); if (signatureScanner != null) { signatureScanner.setBatchTimeout(l, timeUnit); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void setBatchTimeout(long l, TimeUnit timeUnit) { valueScanner.setBatchTimeout(l, timeUnit); if (signatureScanner != null) { signatureScanner.setBatchTimeout(l, timeUnit); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void setBatchTimeout(long l, TimeUnit timeUnit) { valueScanner.setBatchTimeout(l, timeUnit); if (signatureScanner != null) { signatureScanner.setBatchTimeout(l, timeUnit); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void setBatchTimeoutExternalTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockConnector.createBatchScanner(SIG_TABLE, authorizations, 1)).thenReturn(mockSignatureScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .setBatchTimeout(5L, TimeUnit.DAYS); verify(mockScanner).setBatchTimeout(5L, TimeUnit.DAYS); verify(mockSignatureScanner).setBatchTimeout(5L, TimeUnit.DAYS); }
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@Override public void setBatchTimeout(long l, TimeUnit timeUnit) { valueScanner.setBatchTimeout(l, timeUnit); if (signatureScanner != null) { signatureScanner.setBatchTimeout(l, timeUnit); } }
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SignedBatchScanner implements BatchScanner { @Override public void setBatchTimeout(long l, TimeUnit timeUnit) { valueScanner.setBatchTimeout(l, timeUnit); if (signatureScanner != null) { signatureScanner.setBatchTimeout(l, timeUnit); } } }
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SignedBatchScanner implements BatchScanner { @Override public void setBatchTimeout(long l, TimeUnit timeUnit) { valueScanner.setBatchTimeout(l, timeUnit); if (signatureScanner != null) { signatureScanner.setBatchTimeout(l, timeUnit); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void setBatchTimeout(long l, TimeUnit timeUnit) { valueScanner.setBatchTimeout(l, timeUnit); if (signatureScanner != null) { signatureScanner.setBatchTimeout(l, timeUnit); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void setBatchTimeout(long l, TimeUnit timeUnit) { valueScanner.setBatchTimeout(l, timeUnit); if (signatureScanner != null) { signatureScanner.setBatchTimeout(l, timeUnit); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void getBatchTimeoutTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockScanner.getBatchTimeout(TimeUnit.DAYS)).thenReturn(5L); long value = new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .getBatchTimeout(TimeUnit.DAYS); verify(mockScanner).getBatchTimeout(TimeUnit.DAYS); assertThat("correct timeout returned", value, is(5L)); }
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@Override public long getBatchTimeout(TimeUnit timeUnit) { return valueScanner.getBatchTimeout(timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public long getBatchTimeout(TimeUnit timeUnit) { return valueScanner.getBatchTimeout(timeUnit); } }
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SignedBatchScanner implements BatchScanner { @Override public long getBatchTimeout(TimeUnit timeUnit) { return valueScanner.getBatchTimeout(timeUnit); } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public long getBatchTimeout(TimeUnit timeUnit) { return valueScanner.getBatchTimeout(timeUnit); } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public long getBatchTimeout(TimeUnit timeUnit) { return valueScanner.getBatchTimeout(timeUnit); } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void setClassLoaderContextTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .setClassLoaderContext("test"); verify(mockScanner).setClassLoaderContext("test"); }
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@Override public void setClassLoaderContext(String s) { valueScanner.setClassLoaderContext(s); if (signatureScanner != null) { signatureScanner.setClassLoaderContext(s); } }
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SignedBatchScanner implements BatchScanner { @Override public void setClassLoaderContext(String s) { valueScanner.setClassLoaderContext(s); if (signatureScanner != null) { signatureScanner.setClassLoaderContext(s); } } }
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SignedBatchScanner implements BatchScanner { @Override public void setClassLoaderContext(String s) { valueScanner.setClassLoaderContext(s); if (signatureScanner != null) { signatureScanner.setClassLoaderContext(s); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void setClassLoaderContext(String s) { valueScanner.setClassLoaderContext(s); if (signatureScanner != null) { signatureScanner.setClassLoaderContext(s); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void setClassLoaderContext(String s) { valueScanner.setClassLoaderContext(s); if (signatureScanner != null) { signatureScanner.setClassLoaderContext(s); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void setClassLoaderContextExternalTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockConnector.createBatchScanner(SIG_TABLE, authorizations, 1)).thenReturn(mockSignatureScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .setClassLoaderContext("test"); verify(mockScanner).setClassLoaderContext("test"); verify(mockSignatureScanner).setClassLoaderContext("test"); }
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@Override public void setClassLoaderContext(String s) { valueScanner.setClassLoaderContext(s); if (signatureScanner != null) { signatureScanner.setClassLoaderContext(s); } }
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SignedBatchScanner implements BatchScanner { @Override public void setClassLoaderContext(String s) { valueScanner.setClassLoaderContext(s); if (signatureScanner != null) { signatureScanner.setClassLoaderContext(s); } } }
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SignedBatchScanner implements BatchScanner { @Override public void setClassLoaderContext(String s) { valueScanner.setClassLoaderContext(s); if (signatureScanner != null) { signatureScanner.setClassLoaderContext(s); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void setClassLoaderContext(String s) { valueScanner.setClassLoaderContext(s); if (signatureScanner != null) { signatureScanner.setClassLoaderContext(s); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void setClassLoaderContext(String s) { valueScanner.setClassLoaderContext(s); if (signatureScanner != null) { signatureScanner.setClassLoaderContext(s); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void clearClassLoaderContextTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .clearClassLoaderContext(); verify(mockScanner).clearClassLoaderContext(); }
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@Override public void clearClassLoaderContext() { valueScanner.clearClassLoaderContext(); if (signatureScanner != null) { signatureScanner.clearClassLoaderContext(); } }
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SignedBatchScanner implements BatchScanner { @Override public void clearClassLoaderContext() { valueScanner.clearClassLoaderContext(); if (signatureScanner != null) { signatureScanner.clearClassLoaderContext(); } } }
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SignedBatchScanner implements BatchScanner { @Override public void clearClassLoaderContext() { valueScanner.clearClassLoaderContext(); if (signatureScanner != null) { signatureScanner.clearClassLoaderContext(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void clearClassLoaderContext() { valueScanner.clearClassLoaderContext(); if (signatureScanner != null) { signatureScanner.clearClassLoaderContext(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void clearClassLoaderContext() { valueScanner.clearClassLoaderContext(); if (signatureScanner != null) { signatureScanner.clearClassLoaderContext(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void clearClassLoaderContextExternalTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockConnector.createBatchScanner(SIG_TABLE, authorizations, 1)).thenReturn(mockSignatureScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .clearClassLoaderContext(); verify(mockScanner).clearClassLoaderContext(); verify(mockSignatureScanner).clearClassLoaderContext(); }
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@Override public void clearClassLoaderContext() { valueScanner.clearClassLoaderContext(); if (signatureScanner != null) { signatureScanner.clearClassLoaderContext(); } }
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SignedBatchScanner implements BatchScanner { @Override public void clearClassLoaderContext() { valueScanner.clearClassLoaderContext(); if (signatureScanner != null) { signatureScanner.clearClassLoaderContext(); } } }
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SignedBatchScanner implements BatchScanner { @Override public void clearClassLoaderContext() { valueScanner.clearClassLoaderContext(); if (signatureScanner != null) { signatureScanner.clearClassLoaderContext(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void clearClassLoaderContext() { valueScanner.clearClassLoaderContext(); if (signatureScanner != null) { signatureScanner.clearClassLoaderContext(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void clearClassLoaderContext() { valueScanner.clearClassLoaderContext(); if (signatureScanner != null) { signatureScanner.clearClassLoaderContext(); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void getClassLoaderContextTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockScanner.getClassLoaderContext()).thenReturn("test"); String value = new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .getClassLoaderContext(); verify(mockScanner).getClassLoaderContext(); assertThat("correct class loader context returned", value, is("test")); }
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@Override public String getClassLoaderContext() { return valueScanner.getClassLoaderContext(); }
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SignedBatchScanner implements BatchScanner { @Override public String getClassLoaderContext() { return valueScanner.getClassLoaderContext(); } }
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SignedBatchScanner implements BatchScanner { @Override public String getClassLoaderContext() { return valueScanner.getClassLoaderContext(); } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public String getClassLoaderContext() { return valueScanner.getClassLoaderContext(); } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public String getClassLoaderContext() { return valueScanner.getClassLoaderContext(); } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void getTimeoutTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockScanner.getTimeout(TimeUnit.DAYS)).thenReturn(5L); Long value = new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .getTimeout(TimeUnit.DAYS); verify(mockScanner).getTimeout(TimeUnit.DAYS); assertThat("correct timeout returned", value, is(5L)); }
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@Override public long getTimeout(TimeUnit timeUnit) { return valueScanner.getTimeout(timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public long getTimeout(TimeUnit timeUnit) { return valueScanner.getTimeout(timeUnit); } }
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SignedBatchScanner implements BatchScanner { @Override public long getTimeout(TimeUnit timeUnit) { return valueScanner.getTimeout(timeUnit); } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public long getTimeout(TimeUnit timeUnit) { return valueScanner.getTimeout(timeUnit); } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public long getTimeout(TimeUnit timeUnit) { return valueScanner.getTimeout(timeUnit); } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void removeScanIteratorTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .removeScanIterator("test"); verify(mockScanner).removeScanIterator("test"); }
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@Override public void removeScanIterator(String iteratorName) { valueScanner.removeScanIterator(iteratorName); if (signatureScanner != null) { signatureScanner.removeScanIterator(iteratorName); } }
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SignedBatchScanner implements BatchScanner { @Override public void removeScanIterator(String iteratorName) { valueScanner.removeScanIterator(iteratorName); if (signatureScanner != null) { signatureScanner.removeScanIterator(iteratorName); } } }
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SignedBatchScanner implements BatchScanner { @Override public void removeScanIterator(String iteratorName) { valueScanner.removeScanIterator(iteratorName); if (signatureScanner != null) { signatureScanner.removeScanIterator(iteratorName); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void removeScanIterator(String iteratorName) { valueScanner.removeScanIterator(iteratorName); if (signatureScanner != null) { signatureScanner.removeScanIterator(iteratorName); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void removeScanIterator(String iteratorName) { valueScanner.removeScanIterator(iteratorName); if (signatureScanner != null) { signatureScanner.removeScanIterator(iteratorName); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void clearExternalColumns() throws Exception { when(mockConnector.createScanner(TEST_TABLE, authorizations)).thenReturn(mockScanner); when(mockConnector.createScanner(SIG_TABLE, authorizations)).thenReturn(mockSignatureScanner); new SignedScanner(mockConnector, TEST_TABLE, authorizations, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)).clearColumns(); verify(mockScanner).clearColumns(); verify(mockSignatureScanner).clearColumns(); }
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@Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } }
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SignedScanner implements Scanner { @Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } } }
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SignedScanner implements Scanner { @Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); }
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SignedScanner implements Scanner { @Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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SignedScanner implements Scanner { @Override public void clearColumns() { valueScanner.clearColumns(); if (signatureScanner != null) { signatureScanner.clearColumns(); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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@Test public void removeScanIteratorExternalTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockConnector.createBatchScanner(SIG_TABLE, authorizations, 1)).thenReturn(mockSignatureScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .removeScanIterator("test"); verify(mockScanner).removeScanIterator("test"); verify(mockSignatureScanner).removeScanIterator("test"); }
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@Override public void removeScanIterator(String iteratorName) { valueScanner.removeScanIterator(iteratorName); if (signatureScanner != null) { signatureScanner.removeScanIterator(iteratorName); } }
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SignedBatchScanner implements BatchScanner { @Override public void removeScanIterator(String iteratorName) { valueScanner.removeScanIterator(iteratorName); if (signatureScanner != null) { signatureScanner.removeScanIterator(iteratorName); } } }
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SignedBatchScanner implements BatchScanner { @Override public void removeScanIterator(String iteratorName) { valueScanner.removeScanIterator(iteratorName); if (signatureScanner != null) { signatureScanner.removeScanIterator(iteratorName); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void removeScanIterator(String iteratorName) { valueScanner.removeScanIterator(iteratorName); if (signatureScanner != null) { signatureScanner.removeScanIterator(iteratorName); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void removeScanIterator(String iteratorName) { valueScanner.removeScanIterator(iteratorName); if (signatureScanner != null) { signatureScanner.removeScanIterator(iteratorName); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void updateScanIteratorOptionTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .updateScanIteratorOption("test", "a", "b"); verify(mockScanner).updateScanIteratorOption("test", "a", "b"); }
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@Override public void updateScanIteratorOption(String iteratorName, String key, String value) { valueScanner.updateScanIteratorOption(iteratorName, key, value); if (signatureScanner != null) { signatureScanner.updateScanIteratorOption(iteratorName, key, value); } }
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SignedBatchScanner implements BatchScanner { @Override public void updateScanIteratorOption(String iteratorName, String key, String value) { valueScanner.updateScanIteratorOption(iteratorName, key, value); if (signatureScanner != null) { signatureScanner.updateScanIteratorOption(iteratorName, key, value); } } }
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SignedBatchScanner implements BatchScanner { @Override public void updateScanIteratorOption(String iteratorName, String key, String value) { valueScanner.updateScanIteratorOption(iteratorName, key, value); if (signatureScanner != null) { signatureScanner.updateScanIteratorOption(iteratorName, key, value); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void updateScanIteratorOption(String iteratorName, String key, String value) { valueScanner.updateScanIteratorOption(iteratorName, key, value); if (signatureScanner != null) { signatureScanner.updateScanIteratorOption(iteratorName, key, value); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void updateScanIteratorOption(String iteratorName, String key, String value) { valueScanner.updateScanIteratorOption(iteratorName, key, value); if (signatureScanner != null) { signatureScanner.updateScanIteratorOption(iteratorName, key, value); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void updateScanIteratorOptionExternalTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockConnector.createBatchScanner(SIG_TABLE, authorizations, 1)).thenReturn(mockSignatureScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)) .updateScanIteratorOption("test", "a", "b"); verify(mockScanner).updateScanIteratorOption("test", "a", "b"); verify(mockSignatureScanner).updateScanIteratorOption("test", "a", "b"); }
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@Override public void updateScanIteratorOption(String iteratorName, String key, String value) { valueScanner.updateScanIteratorOption(iteratorName, key, value); if (signatureScanner != null) { signatureScanner.updateScanIteratorOption(iteratorName, key, value); } }
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SignedBatchScanner implements BatchScanner { @Override public void updateScanIteratorOption(String iteratorName, String key, String value) { valueScanner.updateScanIteratorOption(iteratorName, key, value); if (signatureScanner != null) { signatureScanner.updateScanIteratorOption(iteratorName, key, value); } } }
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SignedBatchScanner implements BatchScanner { @Override public void updateScanIteratorOption(String iteratorName, String key, String value) { valueScanner.updateScanIteratorOption(iteratorName, key, value); if (signatureScanner != null) { signatureScanner.updateScanIteratorOption(iteratorName, key, value); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void updateScanIteratorOption(String iteratorName, String key, String value) { valueScanner.updateScanIteratorOption(iteratorName, key, value); if (signatureScanner != null) { signatureScanner.updateScanIteratorOption(iteratorName, key, value); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void updateScanIteratorOption(String iteratorName, String key, String value) { valueScanner.updateScanIteratorOption(iteratorName, key, value); if (signatureScanner != null) { signatureScanner.updateScanIteratorOption(iteratorName, key, value); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void setTimeoutTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)).setTimeout(5L, TimeUnit.DAYS); verify(mockScanner).setTimeout(5L, TimeUnit.DAYS); }
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@Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } }
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SignedBatchScanner implements BatchScanner { @Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } } }
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SignedBatchScanner implements BatchScanner { @Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void setTimeoutExternalTest() throws Exception { when(mockConnector.createBatchScanner(TEST_TABLE, authorizations, 1)).thenReturn(mockScanner); when(mockConnector.createBatchScanner(SIG_TABLE, authorizations, 1)).thenReturn(mockSignatureScanner); new SignedBatchScanner(mockConnector, TEST_TABLE, authorizations, 1, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)).setTimeout(5L, TimeUnit.DAYS); verify(mockScanner).setTimeout(5L, TimeUnit.DAYS); verify(mockSignatureScanner).setTimeout(5L, TimeUnit.DAYS); }
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@Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } }
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SignedBatchScanner implements BatchScanner { @Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } } }
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SignedBatchScanner implements BatchScanner { @Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); }
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SignedBatchScanner implements BatchScanner { @Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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SignedBatchScanner implements BatchScanner { @Override public void setTimeout(long timeout, TimeUnit timeUnit) { valueScanner.setTimeout(timeout, timeUnit); if (signatureScanner != null) { signatureScanner.setTimeout(timeout, timeUnit); } } SignedBatchScanner(Connector connector, String tableName, Authorizations authorizations, int numQueryThreads, SignatureConfig signatureConfig,
SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void setRanges(Collection<Range> collection); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); }
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@Test public void addMutationValueTest() throws Exception { when(mockConnector.createBatchWriter(TEST_TABLE, null)).thenReturn(mockWriter); BatchWriter writer = new SignedBatchWriter(mockConnector, TEST_TABLE, null, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)); EntrySigner signer = new EntrySigner(getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)); Mutation mutation = new Mutation("row".getBytes()); mutation.put("colF".getBytes(), "colQ".getBytes(), "val1".getBytes()); mutation.put("colF".getBytes(), "colQ".getBytes(), 0, "val2".getBytes()); writer.addMutation(mutation); verify(mockWriter).addMutation(captor.capture()); verify(mockSignatureWriter, never()).addMutation(any()); List<Mutation> mutations = captor.getAllValues(); assertThat("only a single mutation", mutations, hasSize(1)); Mutation signed = mutations.get(0); assertThat("row is unchanged", signed.getRow(), equalTo("row".getBytes())); List<ColumnUpdate> updates = signed.getUpdates(); assertThat("has 2 updates", updates, hasSize(2)); ColumnUpdate update = updates.get(0); assertThat("column family is unchanged", update.getColumnFamily(), equalTo("colF".getBytes())); assertThat("column qualifier is unchanged", update.getColumnFamily(), equalTo("colF".getBytes())); assertThat("timestamp not set", update.hasTimestamp(), is(false)); assertThat("signature in value", update.getColumnFamily(), not(equalTo("val1".getBytes()))); MutableEntry verified = new MutableEntry(signer.verify(new MutableEntry("row".getBytes(), update).toEntry())); assertThat("value was correctly unwrapped", verified.value, equalTo("val1".getBytes())); update = updates.get(1); assertThat("column family is unchanged", update.getColumnFamily(), equalTo("colF".getBytes())); assertThat("column qualifier is unchanged", update.getColumnFamily(), equalTo("colF".getBytes())); assertThat("timestamp is set", update.hasTimestamp(), is(true)); assertThat("timestamp is correct", update.getTimestamp(), is(0L)); assertThat("signature in value", update.getColumnFamily(), not(equalTo("val2".getBytes()))); verified = new MutableEntry(signer.verify(new MutableEntry("row".getBytes(), update).toEntry())); assertThat("value was correctly unwrapped", verified.value, equalTo("val2".getBytes())); }
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@Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } SignedBatchWriter(Connector connector, String tableName, BatchWriterConfig batchConfig, SignatureConfig signatureConfig, SignatureKeyContainer keys); }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } SignedBatchWriter(Connector connector, String tableName, BatchWriterConfig batchConfig, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override void addMutation(Mutation mutation); @Override void addMutations(Iterable<Mutation> iterable); @Override void flush(); @Override void close(); }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } SignedBatchWriter(Connector connector, String tableName, BatchWriterConfig batchConfig, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override void addMutation(Mutation mutation); @Override void addMutations(Iterable<Mutation> iterable); @Override void flush(); @Override void close(); }
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@Test public void addMutationColVisTest() throws Exception { when(mockConnector.createBatchWriter(TEST_TABLE, null)).thenReturn(mockWriter); BatchWriter writer = new SignedBatchWriter(mockConnector, TEST_TABLE, null, getConfig("config2.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)); EntrySigner signer = new EntrySigner(getConfig("config2.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)); Mutation mutation = new Mutation("row".getBytes()); mutation.put("colF".getBytes(), "colQ".getBytes(), "val1".getBytes()); mutation.put("colF".getBytes(), "colQ".getBytes(), 0, "val2".getBytes()); writer.addMutation(mutation); verify(mockWriter).addMutation(captor.capture()); verify(mockSignatureWriter, never()).addMutation(any()); List<Mutation> mutations = captor.getAllValues(); assertThat("only a single mutation", mutations, iterableWithSize(1)); Mutation signed = mutations.get(0); assertThat("row is unchanged", signed.getRow(), equalTo("row".getBytes())); List<ColumnUpdate> updates = signed.getUpdates(); assertThat("has 2 updates", updates, hasSize(2)); ColumnUpdate update = updates.get(0); assertThat("column family is unchanged", update.getColumnFamily(), equalTo("colF".getBytes())); assertThat("column qualifier is unchanged", update.getColumnQualifier(), equalTo("colQ".getBytes())); assertThat("colQualifier has the default visibility", new String(update.getColumnVisibility(), Utils.VISIBILITY_CHARSET), startsWith("(default)")); assertThat("timestamp not set", update.hasTimestamp(), is(false)); assertThat("value is unchanged", update.getValue(), equalTo("val1".getBytes())); MutableEntry verified = new MutableEntry(signer.verify(new MutableEntry("row".getBytes(), update).toEntry())); assertThat("value was correctly unwrapped", verified.value, equalTo("val1".getBytes())); update = updates.get(1); assertThat("column family is unchanged", update.getColumnFamily(), equalTo("colF".getBytes())); assertThat("column qualifier is unchanged", update.getColumnQualifier(), equalTo("colQ".getBytes())); assertThat("colQualifier has the default visibility", new String(update.getColumnVisibility(), Utils.VISIBILITY_CHARSET), startsWith("(default)")); assertThat("timestamp is set", update.hasTimestamp(), is(true)); assertThat("timestamp is correct", update.getTimestamp(), is(0L)); assertThat("value is unchanged", update.getValue(), equalTo("val2".getBytes())); verified = new MutableEntry(signer.verify(new MutableEntry("row".getBytes(), update).toEntry())); assertThat("value was correctly unwrapped", verified.value, equalTo("val2".getBytes())); }
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@Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } SignedBatchWriter(Connector connector, String tableName, BatchWriterConfig batchConfig, SignatureConfig signatureConfig, SignatureKeyContainer keys); }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } SignedBatchWriter(Connector connector, String tableName, BatchWriterConfig batchConfig, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override void addMutation(Mutation mutation); @Override void addMutations(Iterable<Mutation> iterable); @Override void flush(); @Override void close(); }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } SignedBatchWriter(Connector connector, String tableName, BatchWriterConfig batchConfig, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override void addMutation(Mutation mutation); @Override void addMutations(Iterable<Mutation> iterable); @Override void flush(); @Override void close(); }
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@Test public void addMutationSeparateTableTest() throws Exception { when(mockConnector.createBatchWriter(TEST_TABLE, null)).thenReturn(mockWriter); when(mockConnector.createBatchWriter(SIG_TABLE, null)).thenReturn(mockSignatureWriter); BatchWriter writer = new SignedBatchWriter(mockConnector, TEST_TABLE, null, getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.ECDSA)); EntrySigner signer = new EntrySigner(getConfig("config3.ini"), aliceKeyContainers.get(ValueSigner.ECDSA)); Mutation mutation = new Mutation("row".getBytes()); mutation.put("colF".getBytes(), "colQ".getBytes(), "val1".getBytes()); mutation.put("colF".getBytes(), "colQ".getBytes(), 0, "val2".getBytes()); writer.addMutation(mutation); verify(mockWriter).addMutation(captor.capture()); verify(mockSignatureWriter).addMutation(signatureCaptor.capture()); List<Mutation> mutations = captor.getAllValues(); assertThat("only a single mutation", mutations, hasSize(1)); Mutation signed = mutations.get(0); assertThat("row is unchanged", signed.getRow(), equalTo("row".getBytes())); List<ColumnUpdate> updates = signed.getUpdates(); assertThat("has 2 updates", updates, hasSize(2)); ColumnUpdate update = updates.get(0); assertThat("column family is unchanged", update.getColumnFamily(), equalTo("colF".getBytes())); assertThat("column qualifier is unchanged", update.getColumnFamily(), equalTo("colF".getBytes())); assertThat("timestamp not set", update.hasTimestamp(), is(false)); assertThat("value is unchanged", update.getValue(), equalTo("val1".getBytes())); update = updates.get(1); assertThat("column family is unchanged", update.getColumnFamily(), equalTo("colF".getBytes())); assertThat("column qualifier is unchanged", update.getColumnFamily(), equalTo("colF".getBytes())); assertThat("timestamp is set", update.hasTimestamp(), is(true)); assertThat("timestamp is correct", update.getTimestamp(), is(0L)); assertThat("value is unchanged", update.getValue(), equalTo("val2".getBytes())); mutations = signatureCaptor.getAllValues(); assertThat("only a single mutation", mutations, hasSize(1)); signed = mutations.get(0); assertThat("row is unchanged", signed.getRow(), equalTo("row".getBytes())); updates = signed.getUpdates(); assertThat("has 2 updates", updates, hasSize(2)); update = updates.get(0); assertThat("column family is unchanged", update.getColumnFamily(), equalTo("colF".getBytes())); assertThat("column qualifier is unchanged", update.getColumnFamily(), equalTo("colF".getBytes())); assertThat("timestamp not set", update.hasTimestamp(), is(false)); assertThat("signature in value", update.getColumnFamily(), not(equalTo("val1".getBytes()))); update = updates.get(1); assertThat("column family is unchanged", update.getColumnFamily(), equalTo("colF".getBytes())); assertThat("column qualifier is unchanged", update.getColumnFamily(), equalTo("colF".getBytes())); assertThat("timestamp is set", update.hasTimestamp(), is(true)); assertThat("timestamp is correct", update.getTimestamp(), is(0L)); assertThat("signature in value", update.getColumnFamily(), not(equalTo("val2".getBytes()))); MutableEntry verified = new MutableEntry(signer.verify(new MutableEntry("row".getBytes(), captor.getAllValues().get(0).getUpdates().get(0)).toEntry(), new MutableEntry("row".getBytes(), signatureCaptor.getAllValues().get(0).getUpdates().get(0)).toEntry())); assertThat("value was correctly unwrapped", verified.value, equalTo("val1".getBytes())); }
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@Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } SignedBatchWriter(Connector connector, String tableName, BatchWriterConfig batchConfig, SignatureConfig signatureConfig, SignatureKeyContainer keys); }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } SignedBatchWriter(Connector connector, String tableName, BatchWriterConfig batchConfig, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override void addMutation(Mutation mutation); @Override void addMutations(Iterable<Mutation> iterable); @Override void flush(); @Override void close(); }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } SignedBatchWriter(Connector connector, String tableName, BatchWriterConfig batchConfig, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override void addMutation(Mutation mutation); @Override void addMutations(Iterable<Mutation> iterable); @Override void flush(); @Override void close(); }
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@Test public void deleteTest() throws Exception { when(mockConnector.createBatchWriter(TEST_TABLE, null)).thenReturn(mockWriter); BatchWriter writer = new SignedBatchWriter(mockConnector, TEST_TABLE, null, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)); Mutation mutation = new Mutation("row".getBytes()); mutation.putDelete("colF".getBytes(), "colQ".getBytes()); mutation.putDelete("colF".getBytes(), "colQ".getBytes(), 0L); writer.addMutation(mutation); verify(mockWriter).addMutation(captor.capture()); verify(mockSignatureWriter, never()).addMutation(any()); List<Mutation> mutations = captor.getAllValues(); assertThat("only a single mutation", mutations, iterableWithSize(1)); Mutation signed = mutations.get(0); assertThat("row is unchanged", signed.getRow(), equalTo("row".getBytes())); List<ColumnUpdate> updates = signed.getUpdates(); assertThat("has 2 updates", updates, hasSize(2)); ColumnUpdate update = updates.get(0); assertThat("is delete operation", update.isDeleted(), is(true)); assertThat("column family is unchanged", update.getColumnFamily(), equalTo("colF".getBytes())); assertThat("column qualifier is unchanged", update.getColumnQualifier(), equalTo("colQ".getBytes())); assertThat("timestamp is not set", update.hasTimestamp(), is(false)); update = updates.get(1); assertThat("is delete operation", update.isDeleted(), is(true)); assertThat("column family is unchanged", update.getColumnFamily(), equalTo("colF".getBytes())); assertThat("column qualifier is unchanged", update.getColumnQualifier(), equalTo("colQ".getBytes())); assertThat("timestamp is set", update.hasTimestamp(), is(true)); assertThat("timestamp is correct", update.getTimestamp(), is(0L)); }
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@Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } SignedBatchWriter(Connector connector, String tableName, BatchWriterConfig batchConfig, SignatureConfig signatureConfig, SignatureKeyContainer keys); }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } SignedBatchWriter(Connector connector, String tableName, BatchWriterConfig batchConfig, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override void addMutation(Mutation mutation); @Override void addMutations(Iterable<Mutation> iterable); @Override void flush(); @Override void close(); }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } SignedBatchWriter(Connector connector, String tableName, BatchWriterConfig batchConfig, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override void addMutation(Mutation mutation); @Override void addMutations(Iterable<Mutation> iterable); @Override void flush(); @Override void close(); }
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@Test public void deleteColVisTest() throws Exception { when(mockConnector.createBatchWriter(TEST_TABLE, null)).thenReturn(mockWriter); BatchWriter writer = new SignedBatchWriter(mockConnector, TEST_TABLE, null, getConfig("config2.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)); Mutation mutation = new Mutation("row".getBytes()); mutation.putDelete("colF1".getBytes(), "colQ".getBytes()); mutation.putDelete("colF1".getBytes(), "colQ".getBytes(), 0L); try { writer.addMutation(mutation); fail("signed deletes are not allowed"); } catch (IllegalArgumentException e) { } }
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@Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } SignedBatchWriter(Connector connector, String tableName, BatchWriterConfig batchConfig, SignatureConfig signatureConfig, SignatureKeyContainer keys); }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } SignedBatchWriter(Connector connector, String tableName, BatchWriterConfig batchConfig, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override void addMutation(Mutation mutation); @Override void addMutations(Iterable<Mutation> iterable); @Override void flush(); @Override void close(); }
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SignedBatchWriter implements BatchWriter { @Override public void addMutation(Mutation mutation) throws MutationsRejectedException { Mutation signedMutation = new Mutation(mutation.getRow()); for (ColumnUpdate update : mutation.getUpdates()) { if (update.isDeleted()) { if (signatureConfig.destination == Destination.COLUMN_VISIBILITY) { throw new IllegalArgumentException("cannot delete entries when the signature is stored in the column visibility"); } if (update.hasTimestamp()) { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility()), update.getTimestamp()); } else { signedMutation.putDelete(update.getColumnFamily(), update.getColumnQualifier(), new ColumnVisibility(update.getColumnVisibility())); } } else { Entry<Key,Value> signedEntry = signer.sign(new MutableEntry(mutation.getRow(), update).toEntry(), update.hasTimestamp()); Key signedKey = signedEntry.getKey(); if (update.hasTimestamp()) { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedKey.getTimestamp(), signedEntry.getValue()); } else { signedMutation.put(signedKey.getColumnFamily(), signedKey.getColumnQualifier(), signedKey.getColumnVisibilityParsed(), signedEntry.getValue()); } } } if (signatureTableWriter != null) { tableWriter.addMutation(mutation); signatureTableWriter.addMutation(signedMutation); } else { tableWriter.addMutation(signedMutation); } } SignedBatchWriter(Connector connector, String tableName, BatchWriterConfig batchConfig, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override void addMutation(Mutation mutation); @Override void addMutations(Iterable<Mutation> iterable); @Override void flush(); @Override void close(); }
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@Test public void clearScanIteratorsTest() throws Exception { when(mockConnector.createScanner(TEST_TABLE, authorizations)).thenReturn(mockScanner); new SignedScanner(mockConnector, TEST_TABLE, authorizations, getConfig("config1.ini"), aliceKeyContainers.get(ValueSigner.RSA_PSS)).clearScanIterators(); verify(mockScanner).clearScanIterators(); }
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@Override public void clearScanIterators() { valueScanner.clearScanIterators(); if (signatureScanner != null) { signatureScanner.clearScanIterators(); } }
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SignedScanner implements Scanner { @Override public void clearScanIterators() { valueScanner.clearScanIterators(); if (signatureScanner != null) { signatureScanner.clearScanIterators(); } } }
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SignedScanner implements Scanner { @Override public void clearScanIterators() { valueScanner.clearScanIterators(); if (signatureScanner != null) { signatureScanner.clearScanIterators(); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); }
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SignedScanner implements Scanner { @Override public void clearScanIterators() { valueScanner.clearScanIterators(); if (signatureScanner != null) { signatureScanner.clearScanIterators(); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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SignedScanner implements Scanner { @Override public void clearScanIterators() { valueScanner.clearScanIterators(); if (signatureScanner != null) { signatureScanner.clearScanIterators(); } } SignedScanner(Connector connector, String tableName, Authorizations authorizations, SignatureConfig signatureConfig, SignatureKeyContainer keys); @Override ItemProcessingIterator<Entry<Key,Value>> iterator(); @Override void addScanIterator(IteratorSetting cfg); @Override void clearColumns(); @Override void clearScanIterators(); @Override void close(); @Override void fetchColumn(Column column); @Override void fetchColumn(Text colFam, Text colQual); @Override void fetchColumnFamily(Text col); @Override Authorizations getAuthorizations(); @Override void setSamplerConfiguration(SamplerConfiguration samplerConfiguration); @Override SamplerConfiguration getSamplerConfiguration(); @Override void clearSamplerConfiguration(); @Override void setBatchTimeout(long l, TimeUnit timeUnit); @Override long getBatchTimeout(TimeUnit timeUnit); @Override void setClassLoaderContext(String s); @Override void clearClassLoaderContext(); @Override String getClassLoaderContext(); @Override long getTimeout(TimeUnit timeUnit); @Override void removeScanIterator(String iteratorName); @Override void updateScanIteratorOption(String iteratorName, String key, String value); @Override void setTimeout(long timeout, TimeUnit timeUnit); @Override void disableIsolation(); @Override void enableIsolation(); @Override int getBatchSize(); @Override Range getRange(); @Override long getReadaheadThreshold(); @Override @SuppressWarnings("deprecation") int getTimeOut(); @Override void setBatchSize(int size); @Override void setRange(Range range); @Override void setReadaheadThreshold(long batches); @Override @SuppressWarnings("deprecation") void setTimeOut(int timeOut); }
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@Test public void testAnnotationForPackageShouldAcceptWildCardClass() throws Exception { Class<? extends RamlGenerators> input = RamlGenerators.class; RamlGenerators generators = annotationFor(TOP_PACKAGE, input); assertNotNull("Wildcard — null return not expected", generators); }
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public static <T extends Annotation> T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation) { T annotation = null; if ((annotation = aPkg.getAnnotation(whichAnnotation)) == null) { annotation = find(aPkg, whichAnnotation); } return annotation; }
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AnnotationFinder { public static <T extends Annotation> T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation) { T annotation = null; if ((annotation = aPkg.getAnnotation(whichAnnotation)) == null) { annotation = find(aPkg, whichAnnotation); } return annotation; } }
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AnnotationFinder { public static <T extends Annotation> T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation) { T annotation = null; if ((annotation = aPkg.getAnnotation(whichAnnotation)) == null) { annotation = find(aPkg, whichAnnotation); } return annotation; } }
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AnnotationFinder { public static <T extends Annotation> T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation) { T annotation = null; if ((annotation = aPkg.getAnnotation(whichAnnotation)) == null) { annotation = find(aPkg, whichAnnotation); } return annotation; } static T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation); }
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AnnotationFinder { public static <T extends Annotation> T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation) { T annotation = null; if ((annotation = aPkg.getAnnotation(whichAnnotation)) == null) { annotation = find(aPkg, whichAnnotation); } return annotation; } static T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation); }
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@Test public void handleSafely() throws Exception { SimpleTypeNodeHandler rnh = new SimpleTypeNodeHandler(); rnh.handleSafely(goodNode, emitter); verify(emitter).writeValue(goodNode); }
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@Override public boolean handleSafely(SimpleTypeNode<?> node, YamlEmitter emitter) throws IOException { emitter.writeValue(node); return true; }
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SimpleTypeNodeHandler extends NodeHandler<SimpleTypeNode<?>> { @Override public boolean handleSafely(SimpleTypeNode<?> node, YamlEmitter emitter) throws IOException { emitter.writeValue(node); return true; } }
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SimpleTypeNodeHandler extends NodeHandler<SimpleTypeNode<?>> { @Override public boolean handleSafely(SimpleTypeNode<?> node, YamlEmitter emitter) throws IOException { emitter.writeValue(node); return true; } SimpleTypeNodeHandler(); }
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SimpleTypeNodeHandler extends NodeHandler<SimpleTypeNode<?>> { @Override public boolean handleSafely(SimpleTypeNode<?> node, YamlEmitter emitter) throws IOException { emitter.writeValue(node); return true; } SimpleTypeNodeHandler(); @Override boolean handles(Node node); @Override boolean handleSafely(SimpleTypeNode<?> node, YamlEmitter emitter); }
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SimpleTypeNodeHandler extends NodeHandler<SimpleTypeNode<?>> { @Override public boolean handleSafely(SimpleTypeNode<?> node, YamlEmitter emitter) throws IOException { emitter.writeValue(node); return true; } SimpleTypeNodeHandler(); @Override boolean handles(Node node); @Override boolean handleSafely(SimpleTypeNode<?> node, YamlEmitter emitter); }
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@Test public void handles() throws Exception { DefaultNodeHandler handler = new DefaultNodeHandler(); assertTrue(handler.handles(node)); }
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@Override public boolean handles(Node node) { return true; }
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DefaultNodeHandler extends NodeHandler<Node> { @Override public boolean handles(Node node) { return true; } }
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DefaultNodeHandler extends NodeHandler<Node> { @Override public boolean handles(Node node) { return true; } }
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DefaultNodeHandler extends NodeHandler<Node> { @Override public boolean handles(Node node) { return true; } @Override boolean handles(Node node); @Override boolean handleSafely(Node node, YamlEmitter emitter); }
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DefaultNodeHandler extends NodeHandler<Node> { @Override public boolean handles(Node node) { return true; } @Override boolean handles(Node node); @Override boolean handleSafely(Node node, YamlEmitter emitter); }
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@Test public void handleSafely() throws Exception { DefaultNodeHandler handler = new DefaultNodeHandler(); assertTrue(handler.handle(node, emitter)); verifyNoMoreInteractions(emitter); }
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@Override public boolean handleSafely(Node node, YamlEmitter emitter) { System.err.println("not handled: " + node.getClass() + ", " + Arrays.asList(node.getClass().getInterfaces())); return true; }
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DefaultNodeHandler extends NodeHandler<Node> { @Override public boolean handleSafely(Node node, YamlEmitter emitter) { System.err.println("not handled: " + node.getClass() + ", " + Arrays.asList(node.getClass().getInterfaces())); return true; } }
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DefaultNodeHandler extends NodeHandler<Node> { @Override public boolean handleSafely(Node node, YamlEmitter emitter) { System.err.println("not handled: " + node.getClass() + ", " + Arrays.asList(node.getClass().getInterfaces())); return true; } }
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DefaultNodeHandler extends NodeHandler<Node> { @Override public boolean handleSafely(Node node, YamlEmitter emitter) { System.err.println("not handled: " + node.getClass() + ", " + Arrays.asList(node.getClass().getInterfaces())); return true; } @Override boolean handles(Node node); @Override boolean handleSafely(Node node, YamlEmitter emitter); }
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DefaultNodeHandler extends NodeHandler<Node> { @Override public boolean handleSafely(Node node, YamlEmitter emitter) { System.err.println("not handled: " + node.getClass() + ", " + Arrays.asList(node.getClass().getInterfaces())); return true; } @Override boolean handles(Node node); @Override boolean handleSafely(Node node, YamlEmitter emitter); }
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@Test public void writeValueClean() throws Exception { when(stringNode.getLiteralValue()).thenReturn("hello"); YamlEmitter emitter = new YamlEmitter(writer, 0); emitter.writeValue(stringNode); assertEquals("hello", writer.toString()); }
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public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } }
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YamlEmitter { public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } } }
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YamlEmitter { public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } } YamlEmitter(); YamlEmitter(Writer writer, int i); }
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YamlEmitter { public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } } YamlEmitter(); YamlEmitter(Writer writer, int i); YamlEmitter indent(); YamlEmitter bulletListArray(); void writeTag(String tag); void writeValue(SimpleTypeNode<?> node); void writeObjectValue(String value); void writeSyntaxElement(String s); void writeIndent(); }
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YamlEmitter { public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } } YamlEmitter(); YamlEmitter(Writer writer, int i); YamlEmitter indent(); YamlEmitter bulletListArray(); void writeTag(String tag); void writeValue(SimpleTypeNode<?> node); void writeObjectValue(String value); void writeSyntaxElement(String s); void writeIndent(); }
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@Test public void writeValue() throws Exception { when(stringNode.getLiteralValue()).thenReturn("hel@lo"); YamlEmitter emitter = new YamlEmitter(writer, 0); emitter.writeValue(stringNode); assertEquals("\"hel@lo\"", writer.toString()); }
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public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } }
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YamlEmitter { public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } } }
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YamlEmitter { public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } } YamlEmitter(); YamlEmitter(Writer writer, int i); }
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YamlEmitter { public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } } YamlEmitter(); YamlEmitter(Writer writer, int i); YamlEmitter indent(); YamlEmitter bulletListArray(); void writeTag(String tag); void writeValue(SimpleTypeNode<?> node); void writeObjectValue(String value); void writeSyntaxElement(String s); void writeIndent(); }
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YamlEmitter { public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } } YamlEmitter(); YamlEmitter(Writer writer, int i); YamlEmitter indent(); YamlEmitter bulletListArray(); void writeTag(String tag); void writeValue(SimpleTypeNode<?> node); void writeObjectValue(String value); void writeSyntaxElement(String s); void writeIndent(); }
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@Test public void writeMultilineValue() throws Exception { when(stringNode.getLiteralValue()).thenReturn("hello\nman"); YamlEmitter emitter = new YamlEmitter(writer, 0); emitter.writeValue(stringNode); assertEquals("|\n hello\n man", writer.toString()); }
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public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } }
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YamlEmitter { public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } } }
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YamlEmitter { public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } } YamlEmitter(); YamlEmitter(Writer writer, int i); }
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YamlEmitter { public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } } YamlEmitter(); YamlEmitter(Writer writer, int i); YamlEmitter indent(); YamlEmitter bulletListArray(); void writeTag(String tag); void writeValue(SimpleTypeNode<?> node); void writeObjectValue(String value); void writeSyntaxElement(String s); void writeIndent(); }
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YamlEmitter { public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } } YamlEmitter(); YamlEmitter(Writer writer, int i); YamlEmitter indent(); YamlEmitter bulletListArray(); void writeTag(String tag); void writeValue(SimpleTypeNode<?> node); void writeObjectValue(String value); void writeSyntaxElement(String s); void writeIndent(); }
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@Test public void writeMultilineValueBecauseOfQuote() throws Exception { when(stringNode.getLiteralValue()).thenReturn("hello\"man"); YamlEmitter emitter = new YamlEmitter(writer, 0); emitter.writeValue(stringNode); assertEquals("|\n hello\"man", writer.toString()); }
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public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } }
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YamlEmitter { public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } } }
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YamlEmitter { public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } } YamlEmitter(); YamlEmitter(Writer writer, int i); }
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YamlEmitter { public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } } YamlEmitter(); YamlEmitter(Writer writer, int i); YamlEmitter indent(); YamlEmitter bulletListArray(); void writeTag(String tag); void writeValue(SimpleTypeNode<?> node); void writeObjectValue(String value); void writeSyntaxElement(String s); void writeIndent(); }
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YamlEmitter { public void writeValue(SimpleTypeNode<?> node) throws IOException { if (node instanceof StringNode) { writeQuoted(node.getLiteralValue()); } else { writeNaked(node.getLiteralValue()); } } YamlEmitter(); YamlEmitter(Writer writer, int i); YamlEmitter indent(); YamlEmitter bulletListArray(); void writeTag(String tag); void writeValue(SimpleTypeNode<?> node); void writeObjectValue(String value); void writeSyntaxElement(String s); void writeIndent(); }
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@Test public void fromApi() throws Exception { when(api.resources()).thenReturn(Collections.singletonList(resource)); when(resource.resources()).thenReturn(Collections.singletonList(subResource)); AllResourceSelector allResourceSelector = new AllResourceSelector(); FluentIterable<Resource> apiElements = allResourceSelector.fromApi(api); assertThat(apiElements, containsInAnyOrder(resource, subResource)); verify(api).resources(); verify(resource).resources(); verify(subResource).resources(); }
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@Override public FluentIterable<Resource> fromApi(Api api) { List<Resource> topResources = api.resources(); FluentIterable<Resource> fi = from(topResources); for (Resource resource : topResources) { fi = fi.append(fromResource(resource)); } return fi; }
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AllResourceSelector implements Selector<Resource> { @Override public FluentIterable<Resource> fromApi(Api api) { List<Resource> topResources = api.resources(); FluentIterable<Resource> fi = from(topResources); for (Resource resource : topResources) { fi = fi.append(fromResource(resource)); } return fi; } }
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AllResourceSelector implements Selector<Resource> { @Override public FluentIterable<Resource> fromApi(Api api) { List<Resource> topResources = api.resources(); FluentIterable<Resource> fi = from(topResources); for (Resource resource : topResources) { fi = fi.append(fromResource(resource)); } return fi; } }
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AllResourceSelector implements Selector<Resource> { @Override public FluentIterable<Resource> fromApi(Api api) { List<Resource> topResources = api.resources(); FluentIterable<Resource> fi = from(topResources); for (Resource resource : topResources) { fi = fi.append(fromResource(resource)); } return fi; } @Override FluentIterable<Resource> fromApi(Api api); @Override FluentIterable<Resource> fromResource(Resource topResource); }
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AllResourceSelector implements Selector<Resource> { @Override public FluentIterable<Resource> fromApi(Api api) { List<Resource> topResources = api.resources(); FluentIterable<Resource> fi = from(topResources); for (Resource resource : topResources) { fi = fi.append(fromResource(resource)); } return fi; } @Override FluentIterable<Resource> fromApi(Api api); @Override FluentIterable<Resource> fromResource(Resource topResource); }
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@Test public void fromResource() throws Exception { when(resource.resources()).thenReturn(Collections.singletonList(subResource)); AllResourceSelector allResourceSelector = new AllResourceSelector(); FluentIterable<Resource> apiElements = allResourceSelector.fromResource(resource); assertThat(apiElements, containsInAnyOrder(subResource)); verify(resource).resources(); verify(subResource).resources(); }
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@Override public FluentIterable<Resource> fromResource(Resource topResource) { List<Resource> resources = topResource.resources(); FluentIterable<Resource> fi = from(resources); for (Resource resource : resources) { fi = fi.append(fromResource(resource)); } return fi; }
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AllResourceSelector implements Selector<Resource> { @Override public FluentIterable<Resource> fromResource(Resource topResource) { List<Resource> resources = topResource.resources(); FluentIterable<Resource> fi = from(resources); for (Resource resource : resources) { fi = fi.append(fromResource(resource)); } return fi; } }
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AllResourceSelector implements Selector<Resource> { @Override public FluentIterable<Resource> fromResource(Resource topResource) { List<Resource> resources = topResource.resources(); FluentIterable<Resource> fi = from(resources); for (Resource resource : resources) { fi = fi.append(fromResource(resource)); } return fi; } }
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AllResourceSelector implements Selector<Resource> { @Override public FluentIterable<Resource> fromResource(Resource topResource) { List<Resource> resources = topResource.resources(); FluentIterable<Resource> fi = from(resources); for (Resource resource : resources) { fi = fi.append(fromResource(resource)); } return fi; } @Override FluentIterable<Resource> fromApi(Api api); @Override FluentIterable<Resource> fromResource(Resource topResource); }
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AllResourceSelector implements Selector<Resource> { @Override public FluentIterable<Resource> fromResource(Resource topResource) { List<Resource> resources = topResource.resources(); FluentIterable<Resource> fi = from(resources); for (Resource resource : resources) { fi = fi.append(fromResource(resource)); } return fi; } @Override FluentIterable<Resource> fromApi(Api api); @Override FluentIterable<Resource> fromResource(Resource topResource); }
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@Test public void queryFor() throws Exception { when(selector.fromApi(api)).thenReturn(fluentIterator); ApiQueryBaseHandler handler = new ApiQueryBaseHandler(api); FluentIterable<Resource> iterable = handler.queryFor(selector); assertNotNull(iterable); verify(selector).fromApi(api); }
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@Override public <B> FluentIterable<B> queryFor(Selector<B> selector) { return selector.fromApi(api); }
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ApiQueryBaseHandler implements QueryBase { @Override public <B> FluentIterable<B> queryFor(Selector<B> selector) { return selector.fromApi(api); } }
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ApiQueryBaseHandler implements QueryBase { @Override public <B> FluentIterable<B> queryFor(Selector<B> selector) { return selector.fromApi(api); } ApiQueryBaseHandler(Api api); }
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ApiQueryBaseHandler implements QueryBase { @Override public <B> FluentIterable<B> queryFor(Selector<B> selector) { return selector.fromApi(api); } ApiQueryBaseHandler(Api api); @Override FluentIterable<B> queryFor(Selector<B> selector); }
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ApiQueryBaseHandler implements QueryBase { @Override public <B> FluentIterable<B> queryFor(Selector<B> selector) { return selector.fromApi(api); } ApiQueryBaseHandler(Api api); @Override FluentIterable<B> queryFor(Selector<B> selector); }
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@Test public void forArrayOfComposed() throws Exception { when(adjusterFactory.createAdjuster(SubFun.class)).thenReturn(RamlAdjuster.NULL_ADJUSTER); RamlType type = RamlTypeFactory.forType(Fun.class.getDeclaredField("arrayOfSubs").getGenericType(), null, adjusterFactory).orNull(); assertTrue(type instanceof CollectionRamlType); assertEquals("array", type.getRamlSyntax().id()); }
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public static Optional<RamlType> forType(Type type, final ClassParser parser, final AdjusterFactory adjusterFactory) { if ( type instanceof ParameterizedType) { ParameterizedType parameterizedType = (ParameterizedType) type; if ( Collection.class.isAssignableFrom((Class)parameterizedType.getRawType())) { if ( parameterizedType.getActualTypeArguments().length != 1 && ! (parameterizedType.getActualTypeArguments()[0] instanceof Class) ) { throw new IllegalArgumentException("type " + type + " is not a simple enough type for system to handle: too many parameters in type or parameter not a class"); } final Class<?> cls = (Class<?>) parameterizedType.getActualTypeArguments()[0]; Optional<RamlType> ramlType = ScalarType.fromType(cls); return Optional.<RamlType>of(CollectionRamlType.of(ramlType.or(new Supplier<RamlType>() { @Override public RamlType get() { RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls); return ComposedRamlType.forClass(cls, adjuster.adjustTypeName(cls, cls.getSimpleName())); } }))); } } if ( type instanceof Class && ((Class)type).isArray() ) { final Class<?> cls = (Class<?>) type; Optional<RamlType> ramlType = ScalarType.fromType(cls.getComponentType()); return Optional.<RamlType>of(CollectionRamlType.of(ramlType.or(new Supplier<RamlType>() { @Override public RamlType get() { RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls.getComponentType()); return ComposedRamlType.forClass(cls.getComponentType(), adjuster.adjustTypeName(cls.getComponentType(), cls.getComponentType().getSimpleName())); } }))); } if ( type instanceof Class && Enum.class.isAssignableFrom((Class<?>) type) ) { final Class<?> cls = (Class<?>) type; RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls); return Optional.<RamlType>of(EnumRamlType.forClass(cls, adjuster.adjustTypeName(cls, cls.getSimpleName()))); } if ( type instanceof Class ) { final Class<?> cls = (Class<?>) type; Optional<RamlType> ramlType = ScalarType.fromType(cls); return Optional.of(ramlType.or(new Supplier<RamlType>() { @Override public RamlType get() { RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls); return ComposedRamlType.forClass(cls, adjuster.adjustTypeName(cls, cls.getSimpleName())); } })); } return Optional.absent(); }
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RamlTypeFactory { public static Optional<RamlType> forType(Type type, final ClassParser parser, final AdjusterFactory adjusterFactory) { if ( type instanceof ParameterizedType) { ParameterizedType parameterizedType = (ParameterizedType) type; if ( Collection.class.isAssignableFrom((Class)parameterizedType.getRawType())) { if ( parameterizedType.getActualTypeArguments().length != 1 && ! (parameterizedType.getActualTypeArguments()[0] instanceof Class) ) { throw new IllegalArgumentException("type " + type + " is not a simple enough type for system to handle: too many parameters in type or parameter not a class"); } final Class<?> cls = (Class<?>) parameterizedType.getActualTypeArguments()[0]; Optional<RamlType> ramlType = ScalarType.fromType(cls); return Optional.<RamlType>of(CollectionRamlType.of(ramlType.or(new Supplier<RamlType>() { @Override public RamlType get() { RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls); return ComposedRamlType.forClass(cls, adjuster.adjustTypeName(cls, cls.getSimpleName())); } }))); } } if ( type instanceof Class && ((Class)type).isArray() ) { final Class<?> cls = (Class<?>) type; Optional<RamlType> ramlType = ScalarType.fromType(cls.getComponentType()); return Optional.<RamlType>of(CollectionRamlType.of(ramlType.or(new Supplier<RamlType>() { @Override public RamlType get() { RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls.getComponentType()); return ComposedRamlType.forClass(cls.getComponentType(), adjuster.adjustTypeName(cls.getComponentType(), cls.getComponentType().getSimpleName())); } }))); } if ( type instanceof Class && Enum.class.isAssignableFrom((Class<?>) type) ) { final Class<?> cls = (Class<?>) type; RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls); return Optional.<RamlType>of(EnumRamlType.forClass(cls, adjuster.adjustTypeName(cls, cls.getSimpleName()))); } if ( type instanceof Class ) { final Class<?> cls = (Class<?>) type; Optional<RamlType> ramlType = ScalarType.fromType(cls); return Optional.of(ramlType.or(new Supplier<RamlType>() { @Override public RamlType get() { RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls); return ComposedRamlType.forClass(cls, adjuster.adjustTypeName(cls, cls.getSimpleName())); } })); } return Optional.absent(); } }
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RamlTypeFactory { public static Optional<RamlType> forType(Type type, final ClassParser parser, final AdjusterFactory adjusterFactory) { if ( type instanceof ParameterizedType) { ParameterizedType parameterizedType = (ParameterizedType) type; if ( Collection.class.isAssignableFrom((Class)parameterizedType.getRawType())) { if ( parameterizedType.getActualTypeArguments().length != 1 && ! (parameterizedType.getActualTypeArguments()[0] instanceof Class) ) { throw new IllegalArgumentException("type " + type + " is not a simple enough type for system to handle: too many parameters in type or parameter not a class"); } final Class<?> cls = (Class<?>) parameterizedType.getActualTypeArguments()[0]; Optional<RamlType> ramlType = ScalarType.fromType(cls); return Optional.<RamlType>of(CollectionRamlType.of(ramlType.or(new Supplier<RamlType>() { @Override public RamlType get() { RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls); return ComposedRamlType.forClass(cls, adjuster.adjustTypeName(cls, cls.getSimpleName())); } }))); } } if ( type instanceof Class && ((Class)type).isArray() ) { final Class<?> cls = (Class<?>) type; Optional<RamlType> ramlType = ScalarType.fromType(cls.getComponentType()); return Optional.<RamlType>of(CollectionRamlType.of(ramlType.or(new Supplier<RamlType>() { @Override public RamlType get() { RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls.getComponentType()); return ComposedRamlType.forClass(cls.getComponentType(), adjuster.adjustTypeName(cls.getComponentType(), cls.getComponentType().getSimpleName())); } }))); } if ( type instanceof Class && Enum.class.isAssignableFrom((Class<?>) type) ) { final Class<?> cls = (Class<?>) type; RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls); return Optional.<RamlType>of(EnumRamlType.forClass(cls, adjuster.adjustTypeName(cls, cls.getSimpleName()))); } if ( type instanceof Class ) { final Class<?> cls = (Class<?>) type; Optional<RamlType> ramlType = ScalarType.fromType(cls); return Optional.of(ramlType.or(new Supplier<RamlType>() { @Override public RamlType get() { RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls); return ComposedRamlType.forClass(cls, adjuster.adjustTypeName(cls, cls.getSimpleName())); } })); } return Optional.absent(); } }
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RamlTypeFactory { public static Optional<RamlType> forType(Type type, final ClassParser parser, final AdjusterFactory adjusterFactory) { if ( type instanceof ParameterizedType) { ParameterizedType parameterizedType = (ParameterizedType) type; if ( Collection.class.isAssignableFrom((Class)parameterizedType.getRawType())) { if ( parameterizedType.getActualTypeArguments().length != 1 && ! (parameterizedType.getActualTypeArguments()[0] instanceof Class) ) { throw new IllegalArgumentException("type " + type + " is not a simple enough type for system to handle: too many parameters in type or parameter not a class"); } final Class<?> cls = (Class<?>) parameterizedType.getActualTypeArguments()[0]; Optional<RamlType> ramlType = ScalarType.fromType(cls); return Optional.<RamlType>of(CollectionRamlType.of(ramlType.or(new Supplier<RamlType>() { @Override public RamlType get() { RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls); return ComposedRamlType.forClass(cls, adjuster.adjustTypeName(cls, cls.getSimpleName())); } }))); } } if ( type instanceof Class && ((Class)type).isArray() ) { final Class<?> cls = (Class<?>) type; Optional<RamlType> ramlType = ScalarType.fromType(cls.getComponentType()); return Optional.<RamlType>of(CollectionRamlType.of(ramlType.or(new Supplier<RamlType>() { @Override public RamlType get() { RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls.getComponentType()); return ComposedRamlType.forClass(cls.getComponentType(), adjuster.adjustTypeName(cls.getComponentType(), cls.getComponentType().getSimpleName())); } }))); } if ( type instanceof Class && Enum.class.isAssignableFrom((Class<?>) type) ) { final Class<?> cls = (Class<?>) type; RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls); return Optional.<RamlType>of(EnumRamlType.forClass(cls, adjuster.adjustTypeName(cls, cls.getSimpleName()))); } if ( type instanceof Class ) { final Class<?> cls = (Class<?>) type; Optional<RamlType> ramlType = ScalarType.fromType(cls); return Optional.of(ramlType.or(new Supplier<RamlType>() { @Override public RamlType get() { RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls); return ComposedRamlType.forClass(cls, adjuster.adjustTypeName(cls, cls.getSimpleName())); } })); } return Optional.absent(); } static Optional<RamlType> forType(Type type, final ClassParser parser, final AdjusterFactory adjusterFactory); }
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RamlTypeFactory { public static Optional<RamlType> forType(Type type, final ClassParser parser, final AdjusterFactory adjusterFactory) { if ( type instanceof ParameterizedType) { ParameterizedType parameterizedType = (ParameterizedType) type; if ( Collection.class.isAssignableFrom((Class)parameterizedType.getRawType())) { if ( parameterizedType.getActualTypeArguments().length != 1 && ! (parameterizedType.getActualTypeArguments()[0] instanceof Class) ) { throw new IllegalArgumentException("type " + type + " is not a simple enough type for system to handle: too many parameters in type or parameter not a class"); } final Class<?> cls = (Class<?>) parameterizedType.getActualTypeArguments()[0]; Optional<RamlType> ramlType = ScalarType.fromType(cls); return Optional.<RamlType>of(CollectionRamlType.of(ramlType.or(new Supplier<RamlType>() { @Override public RamlType get() { RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls); return ComposedRamlType.forClass(cls, adjuster.adjustTypeName(cls, cls.getSimpleName())); } }))); } } if ( type instanceof Class && ((Class)type).isArray() ) { final Class<?> cls = (Class<?>) type; Optional<RamlType> ramlType = ScalarType.fromType(cls.getComponentType()); return Optional.<RamlType>of(CollectionRamlType.of(ramlType.or(new Supplier<RamlType>() { @Override public RamlType get() { RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls.getComponentType()); return ComposedRamlType.forClass(cls.getComponentType(), adjuster.adjustTypeName(cls.getComponentType(), cls.getComponentType().getSimpleName())); } }))); } if ( type instanceof Class && Enum.class.isAssignableFrom((Class<?>) type) ) { final Class<?> cls = (Class<?>) type; RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls); return Optional.<RamlType>of(EnumRamlType.forClass(cls, adjuster.adjustTypeName(cls, cls.getSimpleName()))); } if ( type instanceof Class ) { final Class<?> cls = (Class<?>) type; Optional<RamlType> ramlType = ScalarType.fromType(cls); return Optional.of(ramlType.or(new Supplier<RamlType>() { @Override public RamlType get() { RamlAdjuster adjuster = adjusterFactory.createAdjuster(cls); return ComposedRamlType.forClass(cls, adjuster.adjustTypeName(cls, cls.getSimpleName())); } })); } return Optional.absent(); } static Optional<RamlType> forType(Type type, final ClassParser parser, final AdjusterFactory adjusterFactory); }
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@Test public void queryFor() throws Exception { when(selector.fromResource(resource)).thenReturn(fluentIterator); ResourceQueryBaseHandler handler = new ResourceQueryBaseHandler(resource); FluentIterable<Resource> iterable = handler.queryFor(selector); assertNotNull(iterable); verify(selector).fromResource(resource); }
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@Override public <B> FluentIterable<B> queryFor(Selector<B> selector) { return selector.fromResource(resource); }
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ResourceQueryBaseHandler implements QueryBase { @Override public <B> FluentIterable<B> queryFor(Selector<B> selector) { return selector.fromResource(resource); } }
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ResourceQueryBaseHandler implements QueryBase { @Override public <B> FluentIterable<B> queryFor(Selector<B> selector) { return selector.fromResource(resource); } ResourceQueryBaseHandler(Resource resource); }
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ResourceQueryBaseHandler implements QueryBase { @Override public <B> FluentIterable<B> queryFor(Selector<B> selector) { return selector.fromResource(resource); } ResourceQueryBaseHandler(Resource resource); @Override FluentIterable<B> queryFor(Selector<B> selector); }
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ResourceQueryBaseHandler implements QueryBase { @Override public <B> FluentIterable<B> queryFor(Selector<B> selector) { return selector.fromResource(resource); } ResourceQueryBaseHandler(Resource resource); @Override FluentIterable<B> queryFor(Selector<B> selector); }
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@Test public void fromApi() throws Exception { TopResourceSelector topResourceSelector = new TopResourceSelector(); FluentIterable<Resource> apiElements = topResourceSelector.fromApi(api); assertEquals(0, apiElements.size()); verify(api).resources(); }
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@Override public FluentIterable<Resource> fromApi(Api api) { return from(api.resources()); }
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TopResourceSelector implements Selector<Resource> { @Override public FluentIterable<Resource> fromApi(Api api) { return from(api.resources()); } }
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TopResourceSelector implements Selector<Resource> { @Override public FluentIterable<Resource> fromApi(Api api) { return from(api.resources()); } }
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TopResourceSelector implements Selector<Resource> { @Override public FluentIterable<Resource> fromApi(Api api) { return from(api.resources()); } @Override FluentIterable<Resource> fromApi(Api api); @Override FluentIterable<Resource> fromResource(Resource resource); }
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TopResourceSelector implements Selector<Resource> { @Override public FluentIterable<Resource> fromApi(Api api) { return from(api.resources()); } @Override FluentIterable<Resource> fromApi(Api api); @Override FluentIterable<Resource> fromResource(Resource resource); }
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@Test public void fromResource() throws Exception { TopResourceSelector topResourceSelector = new TopResourceSelector(); FluentIterable<Resource> resourceElements = topResourceSelector.fromResource(resource); assertEquals(0, resourceElements.size()); verify(resource).resources(); }
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@Override public FluentIterable<Resource> fromResource(Resource resource) { return FluentIterable.from(resource.resources()); }
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TopResourceSelector implements Selector<Resource> { @Override public FluentIterable<Resource> fromResource(Resource resource) { return FluentIterable.from(resource.resources()); } }
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TopResourceSelector implements Selector<Resource> { @Override public FluentIterable<Resource> fromResource(Resource resource) { return FluentIterable.from(resource.resources()); } }
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TopResourceSelector implements Selector<Resource> { @Override public FluentIterable<Resource> fromResource(Resource resource) { return FluentIterable.from(resource.resources()); } @Override FluentIterable<Resource> fromApi(Api api); @Override FluentIterable<Resource> fromResource(Resource resource); }
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TopResourceSelector implements Selector<Resource> { @Override public FluentIterable<Resource> fromResource(Resource resource) { return FluentIterable.from(resource.resources()); } @Override FluentIterable<Resource> fromApi(Api api); @Override FluentIterable<Resource> fromResource(Resource resource); }
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@Test public void select() throws Exception { when(base.queryFor(selector)).thenReturn(fluentList); Query query = new Query(base); FluentIterable<Resource> resourceList = query.select(selector); assertSame(resourceList, fluentList); }
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public<T> FluentIterable<T> select(Selector<T> selector) { return queryBase.queryFor(selector); }
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Query { public<T> FluentIterable<T> select(Selector<T> selector) { return queryBase.queryFor(selector); } }
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Query { public<T> FluentIterable<T> select(Selector<T> selector) { return queryBase.queryFor(selector); } Query(QueryBase queryBase); }
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Query { public<T> FluentIterable<T> select(Selector<T> selector) { return queryBase.queryFor(selector); } Query(QueryBase queryBase); static Query from(Api api); static Query from(Resource resource); FluentIterable<T> select(Selector<T> selector); }
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Query { public<T> FluentIterable<T> select(Selector<T> selector) { return queryBase.queryFor(selector); } Query(QueryBase queryBase); static Query from(Api api); static Query from(Resource resource); FluentIterable<T> select(Selector<T> selector); }
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@Test public void createAllTypes() throws Exception { ResultingPojos pojos = new ResultingPojos(generationContext); pojos.addNewResult(result); pojos.createAllTypes("/tmp/fun"); verify(generationContext).createTypes("/tmp/fun"); verify(generationContext).createSupportTypes("/tmp/fun"); verify(result).createType("/tmp/fun"); }
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public void createAllTypes(String rootDirectory) throws IOException { generationContext.createSupportTypes(rootDirectory); for (CreationResult result : results) { result.createType(rootDirectory); } generationContext.createTypes(rootDirectory); }
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ResultingPojos { public void createAllTypes(String rootDirectory) throws IOException { generationContext.createSupportTypes(rootDirectory); for (CreationResult result : results) { result.createType(rootDirectory); } generationContext.createTypes(rootDirectory); } }
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ResultingPojos { public void createAllTypes(String rootDirectory) throws IOException { generationContext.createSupportTypes(rootDirectory); for (CreationResult result : results) { result.createType(rootDirectory); } generationContext.createTypes(rootDirectory); } ResultingPojos(GenerationContextImpl generationContext); }
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ResultingPojos { public void createAllTypes(String rootDirectory) throws IOException { generationContext.createSupportTypes(rootDirectory); for (CreationResult result : results) { result.createType(rootDirectory); } generationContext.createTypes(rootDirectory); } ResultingPojos(GenerationContextImpl generationContext); void addNewResult(CreationResult spec); List<CreationResult> creationResults(); void createFoundTypes(String rootDirectory); void createAllTypes(String rootDirectory); }
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ResultingPojos { public void createAllTypes(String rootDirectory) throws IOException { generationContext.createSupportTypes(rootDirectory); for (CreationResult result : results) { result.createType(rootDirectory); } generationContext.createTypes(rootDirectory); } ResultingPojos(GenerationContextImpl generationContext); void addNewResult(CreationResult spec); List<CreationResult> creationResults(); void createFoundTypes(String rootDirectory); void createAllTypes(String rootDirectory); }
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@Test public void createFoundTypes() throws Exception { ResultingPojos pojos = new ResultingPojos(generationContext); pojos.addNewResult(result); pojos.createFoundTypes("/tmp/fun"); verify(result).createType("/tmp/fun"); verify(generationContext).createSupportTypes("/tmp/fun"); verify(generationContext, never()).createTypes("/tmp/fun"); }
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public void createFoundTypes(String rootDirectory) throws IOException { generationContext.createSupportTypes(rootDirectory); for (CreationResult result : results) { result.createType(rootDirectory); } }
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ResultingPojos { public void createFoundTypes(String rootDirectory) throws IOException { generationContext.createSupportTypes(rootDirectory); for (CreationResult result : results) { result.createType(rootDirectory); } } }
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ResultingPojos { public void createFoundTypes(String rootDirectory) throws IOException { generationContext.createSupportTypes(rootDirectory); for (CreationResult result : results) { result.createType(rootDirectory); } } ResultingPojos(GenerationContextImpl generationContext); }
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ResultingPojos { public void createFoundTypes(String rootDirectory) throws IOException { generationContext.createSupportTypes(rootDirectory); for (CreationResult result : results) { result.createType(rootDirectory); } } ResultingPojos(GenerationContextImpl generationContext); void addNewResult(CreationResult spec); List<CreationResult> creationResults(); void createFoundTypes(String rootDirectory); void createAllTypes(String rootDirectory); }
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ResultingPojos { public void createFoundTypes(String rootDirectory) throws IOException { generationContext.createSupportTypes(rootDirectory); for (CreationResult result : results) { result.createType(rootDirectory); } } ResultingPojos(GenerationContextImpl generationContext); void addNewResult(CreationResult spec); List<CreationResult> creationResults(); void createFoundTypes(String rootDirectory); void createAllTypes(String rootDirectory); }
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@Test public void setupTypeHierarchy() { when(type1.parentTypes()).thenReturn(Arrays.<TypeDeclaration>asList(type2, type3)); when(type2.parentTypes()).thenReturn(Arrays.<TypeDeclaration>asList(type3, type4)); when(type1.name()).thenReturn("type1"); when(type2.name()).thenReturn("type2"); when(type3.name()).thenReturn("type3"); when(type4.name()).thenReturn("type4"); GenerationContextImpl impl = new GenerationContextImpl(null); impl.setupTypeHierarchy("type1", type1); assertThat(impl.childClasses("type2"), Matchers.contains(Matchers.equalTo("type1"))); assertThat(impl.childClasses("type3"), Matchers.contains(Matchers.equalTo("type1"), Matchers.equalTo("type2"))); }
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public void setupTypeHierarchy(String actualName, TypeDeclaration typeDeclaration) { List<TypeDeclaration> parents = typeDeclaration.parentTypes(); for (TypeDeclaration parent : parents) { setupTypeHierarchy(parent.name(), parent); if ( ! parent.name().equals(actualName) ) { childTypes.put(parent.name(), actualName); } } }
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GenerationContextImpl implements GenerationContext { public void setupTypeHierarchy(String actualName, TypeDeclaration typeDeclaration) { List<TypeDeclaration> parents = typeDeclaration.parentTypes(); for (TypeDeclaration parent : parents) { setupTypeHierarchy(parent.name(), parent); if ( ! parent.name().equals(actualName) ) { childTypes.put(parent.name(), actualName); } } } }
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GenerationContextImpl implements GenerationContext { public void setupTypeHierarchy(String actualName, TypeDeclaration typeDeclaration) { List<TypeDeclaration> parents = typeDeclaration.parentTypes(); for (TypeDeclaration parent : parents) { setupTypeHierarchy(parent.name(), parent); if ( ! parent.name().equals(actualName) ) { childTypes.put(parent.name(), actualName); } } } GenerationContextImpl(Api api); GenerationContextImpl(PluginManager pluginManager, Api api, TypeFetcher typeFetcher, String defaultPackage, List<String> basePlugins); }
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GenerationContextImpl implements GenerationContext { public void setupTypeHierarchy(String actualName, TypeDeclaration typeDeclaration) { List<TypeDeclaration> parents = typeDeclaration.parentTypes(); for (TypeDeclaration parent : parents) { setupTypeHierarchy(parent.name(), parent); if ( ! parent.name().equals(actualName) ) { childTypes.put(parent.name(), actualName); } } } GenerationContextImpl(Api api); GenerationContextImpl(PluginManager pluginManager, Api api, TypeFetcher typeFetcher, String defaultPackage, List<String> basePlugins); @Override CreationResult findCreatedType(String typeName, TypeDeclaration ramlType); @Override String defaultPackage(); @Override Set<String> childClasses(String ramlTypeName); @Override ClassName buildDefaultClassName(String name, EventType eventType); void setupTypeHierarchy(String actualName, TypeDeclaration typeDeclaration); @Override void newExpectedType(String name, CreationResult creationResult); @Override void createTypes(String rootDirectory); @Override void createSupportTypes(String rootDirectory); @Override TypeName createSupportClass(TypeSpec.Builder newSupportType); @Override ObjectTypeHandlerPlugin pluginsForObjects(TypeDeclaration... typeDeclarations); @Override EnumerationTypeHandlerPlugin pluginsForEnumerations(TypeDeclaration... typeDeclarations); @Override ArrayTypeHandlerPlugin pluginsForArrays(TypeDeclaration... typeDeclarations); @Override UnionTypeHandlerPlugin pluginsForUnions(TypeDeclaration... typeDeclarations); @Override ReferenceTypeHandlerPlugin pluginsForReferences(TypeDeclaration... typeDeclarations); @Override Api api(); }
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GenerationContextImpl implements GenerationContext { public void setupTypeHierarchy(String actualName, TypeDeclaration typeDeclaration) { List<TypeDeclaration> parents = typeDeclaration.parentTypes(); for (TypeDeclaration parent : parents) { setupTypeHierarchy(parent.name(), parent); if ( ! parent.name().equals(actualName) ) { childTypes.put(parent.name(), actualName); } } } GenerationContextImpl(Api api); GenerationContextImpl(PluginManager pluginManager, Api api, TypeFetcher typeFetcher, String defaultPackage, List<String> basePlugins); @Override CreationResult findCreatedType(String typeName, TypeDeclaration ramlType); @Override String defaultPackage(); @Override Set<String> childClasses(String ramlTypeName); @Override ClassName buildDefaultClassName(String name, EventType eventType); void setupTypeHierarchy(String actualName, TypeDeclaration typeDeclaration); @Override void newExpectedType(String name, CreationResult creationResult); @Override void createTypes(String rootDirectory); @Override void createSupportTypes(String rootDirectory); @Override TypeName createSupportClass(TypeSpec.Builder newSupportType); @Override ObjectTypeHandlerPlugin pluginsForObjects(TypeDeclaration... typeDeclarations); @Override EnumerationTypeHandlerPlugin pluginsForEnumerations(TypeDeclaration... typeDeclarations); @Override ArrayTypeHandlerPlugin pluginsForArrays(TypeDeclaration... typeDeclarations); @Override UnionTypeHandlerPlugin pluginsForUnions(TypeDeclaration... typeDeclarations); @Override ReferenceTypeHandlerPlugin pluginsForReferences(TypeDeclaration... typeDeclarations); @Override Api api(); }
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@Test public void createString() throws Exception { when(stringDeclaration.name()).thenReturn("Days"); when(stringDeclaration.enumValues()).thenReturn(Arrays.asList("one", "two", "three")); EnumerationTypeHandler handler = new EnumerationTypeHandler("days", stringDeclaration); GenerationContextImpl generationContext = new GenerationContextImpl(PluginManager.NULL, api, TypeFetchers.fromTypes(), "bar.pack", Collections.<String>emptyList()); generationContext.newExpectedType("Days", new CreationResult("bar.pack", ClassName.get("bar.pack", "Days"), null)); CreationResult result = handler.create(generationContext, new CreationResult("bar.pack", ClassName.get("bar.pack", "Days"), null)).get(); assertThat(result.getInterface(), allOf( name(equalTo("Days")), fields(Matchers.contains( FieldSpecMatchers.fieldName(equalTo("name")) ) ) )); System.err.println(result.getInterface().toString()); }
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@Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult preCreationResult) { Class cls = (typeDeclaration instanceof StringTypeDeclaration)?String.class:Number.class; FieldSpec.Builder field = FieldSpec.builder(ClassName.get(cls), "name").addModifiers(Modifier.PROTECTED, Modifier.FINAL); EnumerationPluginContext enumerationPluginContext = new EnumerationPluginContextImpl(generationContext, preCreationResult); ClassName className = preCreationResult.getJavaName(EventType.INTERFACE); TypeSpec.Builder enumBuilder = TypeSpec.enumBuilder(className); enumBuilder.addField(field.build()) .addModifiers(Modifier.PUBLIC, Modifier.STATIC) .addMethod( MethodSpec.constructorBuilder().addParameter(ClassName.get(cls), "name") .addStatement("this.$N = $N", "name", "name") .build() ); enumBuilder = generationContext.pluginsForEnumerations(typeDeclaration).classCreated(enumerationPluginContext, typeDeclaration, enumBuilder, EventType.INTERFACE); if ( enumBuilder == null ) { return Optional.absent(); } for (Object value : pullEnumValues(typeDeclaration)) { TypeSpec.Builder enumValueBuilder; if ( value instanceof String) { enumValueBuilder= TypeSpec.anonymousClassBuilder("$S", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (String)value, EventType.INTERFACE); } else { enumValueBuilder= TypeSpec.anonymousClassBuilder("$L", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (Number)value, EventType.INTERFACE); } if ( enumValueBuilder == null ) { continue; } enumBuilder.addEnumConstant(Names.constantName(String.valueOf(value)), enumValueBuilder.build()); } return Optional.of(preCreationResult.withInterface(enumBuilder.build())); }
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EnumerationTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult preCreationResult) { Class cls = (typeDeclaration instanceof StringTypeDeclaration)?String.class:Number.class; FieldSpec.Builder field = FieldSpec.builder(ClassName.get(cls), "name").addModifiers(Modifier.PROTECTED, Modifier.FINAL); EnumerationPluginContext enumerationPluginContext = new EnumerationPluginContextImpl(generationContext, preCreationResult); ClassName className = preCreationResult.getJavaName(EventType.INTERFACE); TypeSpec.Builder enumBuilder = TypeSpec.enumBuilder(className); enumBuilder.addField(field.build()) .addModifiers(Modifier.PUBLIC, Modifier.STATIC) .addMethod( MethodSpec.constructorBuilder().addParameter(ClassName.get(cls), "name") .addStatement("this.$N = $N", "name", "name") .build() ); enumBuilder = generationContext.pluginsForEnumerations(typeDeclaration).classCreated(enumerationPluginContext, typeDeclaration, enumBuilder, EventType.INTERFACE); if ( enumBuilder == null ) { return Optional.absent(); } for (Object value : pullEnumValues(typeDeclaration)) { TypeSpec.Builder enumValueBuilder; if ( value instanceof String) { enumValueBuilder= TypeSpec.anonymousClassBuilder("$S", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (String)value, EventType.INTERFACE); } else { enumValueBuilder= TypeSpec.anonymousClassBuilder("$L", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (Number)value, EventType.INTERFACE); } if ( enumValueBuilder == null ) { continue; } enumBuilder.addEnumConstant(Names.constantName(String.valueOf(value)), enumValueBuilder.build()); } return Optional.of(preCreationResult.withInterface(enumBuilder.build())); } }
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EnumerationTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult preCreationResult) { Class cls = (typeDeclaration instanceof StringTypeDeclaration)?String.class:Number.class; FieldSpec.Builder field = FieldSpec.builder(ClassName.get(cls), "name").addModifiers(Modifier.PROTECTED, Modifier.FINAL); EnumerationPluginContext enumerationPluginContext = new EnumerationPluginContextImpl(generationContext, preCreationResult); ClassName className = preCreationResult.getJavaName(EventType.INTERFACE); TypeSpec.Builder enumBuilder = TypeSpec.enumBuilder(className); enumBuilder.addField(field.build()) .addModifiers(Modifier.PUBLIC, Modifier.STATIC) .addMethod( MethodSpec.constructorBuilder().addParameter(ClassName.get(cls), "name") .addStatement("this.$N = $N", "name", "name") .build() ); enumBuilder = generationContext.pluginsForEnumerations(typeDeclaration).classCreated(enumerationPluginContext, typeDeclaration, enumBuilder, EventType.INTERFACE); if ( enumBuilder == null ) { return Optional.absent(); } for (Object value : pullEnumValues(typeDeclaration)) { TypeSpec.Builder enumValueBuilder; if ( value instanceof String) { enumValueBuilder= TypeSpec.anonymousClassBuilder("$S", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (String)value, EventType.INTERFACE); } else { enumValueBuilder= TypeSpec.anonymousClassBuilder("$L", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (Number)value, EventType.INTERFACE); } if ( enumValueBuilder == null ) { continue; } enumBuilder.addEnumConstant(Names.constantName(String.valueOf(value)), enumValueBuilder.build()); } return Optional.of(preCreationResult.withInterface(enumBuilder.build())); } EnumerationTypeHandler(String name, TypeDeclaration stringTypeDeclaration); }
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EnumerationTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult preCreationResult) { Class cls = (typeDeclaration instanceof StringTypeDeclaration)?String.class:Number.class; FieldSpec.Builder field = FieldSpec.builder(ClassName.get(cls), "name").addModifiers(Modifier.PROTECTED, Modifier.FINAL); EnumerationPluginContext enumerationPluginContext = new EnumerationPluginContextImpl(generationContext, preCreationResult); ClassName className = preCreationResult.getJavaName(EventType.INTERFACE); TypeSpec.Builder enumBuilder = TypeSpec.enumBuilder(className); enumBuilder.addField(field.build()) .addModifiers(Modifier.PUBLIC, Modifier.STATIC) .addMethod( MethodSpec.constructorBuilder().addParameter(ClassName.get(cls), "name") .addStatement("this.$N = $N", "name", "name") .build() ); enumBuilder = generationContext.pluginsForEnumerations(typeDeclaration).classCreated(enumerationPluginContext, typeDeclaration, enumBuilder, EventType.INTERFACE); if ( enumBuilder == null ) { return Optional.absent(); } for (Object value : pullEnumValues(typeDeclaration)) { TypeSpec.Builder enumValueBuilder; if ( value instanceof String) { enumValueBuilder= TypeSpec.anonymousClassBuilder("$S", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (String)value, EventType.INTERFACE); } else { enumValueBuilder= TypeSpec.anonymousClassBuilder("$L", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (Number)value, EventType.INTERFACE); } if ( enumValueBuilder == null ) { continue; } enumBuilder.addEnumConstant(Names.constantName(String.valueOf(value)), enumValueBuilder.build()); } return Optional.of(preCreationResult.withInterface(enumBuilder.build())); } EnumerationTypeHandler(String name, TypeDeclaration stringTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override Optional<CreationResult> create(GenerationContext generationContext, CreationResult preCreationResult); }
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EnumerationTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult preCreationResult) { Class cls = (typeDeclaration instanceof StringTypeDeclaration)?String.class:Number.class; FieldSpec.Builder field = FieldSpec.builder(ClassName.get(cls), "name").addModifiers(Modifier.PROTECTED, Modifier.FINAL); EnumerationPluginContext enumerationPluginContext = new EnumerationPluginContextImpl(generationContext, preCreationResult); ClassName className = preCreationResult.getJavaName(EventType.INTERFACE); TypeSpec.Builder enumBuilder = TypeSpec.enumBuilder(className); enumBuilder.addField(field.build()) .addModifiers(Modifier.PUBLIC, Modifier.STATIC) .addMethod( MethodSpec.constructorBuilder().addParameter(ClassName.get(cls), "name") .addStatement("this.$N = $N", "name", "name") .build() ); enumBuilder = generationContext.pluginsForEnumerations(typeDeclaration).classCreated(enumerationPluginContext, typeDeclaration, enumBuilder, EventType.INTERFACE); if ( enumBuilder == null ) { return Optional.absent(); } for (Object value : pullEnumValues(typeDeclaration)) { TypeSpec.Builder enumValueBuilder; if ( value instanceof String) { enumValueBuilder= TypeSpec.anonymousClassBuilder("$S", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (String)value, EventType.INTERFACE); } else { enumValueBuilder= TypeSpec.anonymousClassBuilder("$L", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (Number)value, EventType.INTERFACE); } if ( enumValueBuilder == null ) { continue; } enumBuilder.addEnumConstant(Names.constantName(String.valueOf(value)), enumValueBuilder.build()); } return Optional.of(preCreationResult.withInterface(enumBuilder.build())); } EnumerationTypeHandler(String name, TypeDeclaration stringTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override Optional<CreationResult> create(GenerationContext generationContext, CreationResult preCreationResult); }
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@Test public void createInteger() throws Exception { when(integerDeclaration.name()).thenReturn("Time"); when(integerDeclaration.enumValues()).thenReturn(Arrays.<Number>asList(1, 2, 3)); EnumerationTypeHandler handler = new EnumerationTypeHandler("time", integerDeclaration); GenerationContextImpl generationContext = new GenerationContextImpl(PluginManager.NULL, api, TypeFetchers.fromTypes(), "bar.pack", Collections.<String>emptyList()); generationContext.newExpectedType("Time", new CreationResult("bar.pack", ClassName.get("bar.pack", "Time"), null)); CreationResult result = handler.create(generationContext, new CreationResult("bar.pack", ClassName.get("bar.pack", "Time"), null)).get(); assertThat(result.getInterface(), allOf( name(equalTo("Time")), fields(Matchers.contains( FieldSpecMatchers.fieldName(equalTo("name")) ) ) )); System.err.println(result.getInterface().toString()); }
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@Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult preCreationResult) { Class cls = (typeDeclaration instanceof StringTypeDeclaration)?String.class:Number.class; FieldSpec.Builder field = FieldSpec.builder(ClassName.get(cls), "name").addModifiers(Modifier.PROTECTED, Modifier.FINAL); EnumerationPluginContext enumerationPluginContext = new EnumerationPluginContextImpl(generationContext, preCreationResult); ClassName className = preCreationResult.getJavaName(EventType.INTERFACE); TypeSpec.Builder enumBuilder = TypeSpec.enumBuilder(className); enumBuilder.addField(field.build()) .addModifiers(Modifier.PUBLIC, Modifier.STATIC) .addMethod( MethodSpec.constructorBuilder().addParameter(ClassName.get(cls), "name") .addStatement("this.$N = $N", "name", "name") .build() ); enumBuilder = generationContext.pluginsForEnumerations(typeDeclaration).classCreated(enumerationPluginContext, typeDeclaration, enumBuilder, EventType.INTERFACE); if ( enumBuilder == null ) { return Optional.absent(); } for (Object value : pullEnumValues(typeDeclaration)) { TypeSpec.Builder enumValueBuilder; if ( value instanceof String) { enumValueBuilder= TypeSpec.anonymousClassBuilder("$S", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (String)value, EventType.INTERFACE); } else { enumValueBuilder= TypeSpec.anonymousClassBuilder("$L", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (Number)value, EventType.INTERFACE); } if ( enumValueBuilder == null ) { continue; } enumBuilder.addEnumConstant(Names.constantName(String.valueOf(value)), enumValueBuilder.build()); } return Optional.of(preCreationResult.withInterface(enumBuilder.build())); }
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EnumerationTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult preCreationResult) { Class cls = (typeDeclaration instanceof StringTypeDeclaration)?String.class:Number.class; FieldSpec.Builder field = FieldSpec.builder(ClassName.get(cls), "name").addModifiers(Modifier.PROTECTED, Modifier.FINAL); EnumerationPluginContext enumerationPluginContext = new EnumerationPluginContextImpl(generationContext, preCreationResult); ClassName className = preCreationResult.getJavaName(EventType.INTERFACE); TypeSpec.Builder enumBuilder = TypeSpec.enumBuilder(className); enumBuilder.addField(field.build()) .addModifiers(Modifier.PUBLIC, Modifier.STATIC) .addMethod( MethodSpec.constructorBuilder().addParameter(ClassName.get(cls), "name") .addStatement("this.$N = $N", "name", "name") .build() ); enumBuilder = generationContext.pluginsForEnumerations(typeDeclaration).classCreated(enumerationPluginContext, typeDeclaration, enumBuilder, EventType.INTERFACE); if ( enumBuilder == null ) { return Optional.absent(); } for (Object value : pullEnumValues(typeDeclaration)) { TypeSpec.Builder enumValueBuilder; if ( value instanceof String) { enumValueBuilder= TypeSpec.anonymousClassBuilder("$S", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (String)value, EventType.INTERFACE); } else { enumValueBuilder= TypeSpec.anonymousClassBuilder("$L", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (Number)value, EventType.INTERFACE); } if ( enumValueBuilder == null ) { continue; } enumBuilder.addEnumConstant(Names.constantName(String.valueOf(value)), enumValueBuilder.build()); } return Optional.of(preCreationResult.withInterface(enumBuilder.build())); } }
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EnumerationTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult preCreationResult) { Class cls = (typeDeclaration instanceof StringTypeDeclaration)?String.class:Number.class; FieldSpec.Builder field = FieldSpec.builder(ClassName.get(cls), "name").addModifiers(Modifier.PROTECTED, Modifier.FINAL); EnumerationPluginContext enumerationPluginContext = new EnumerationPluginContextImpl(generationContext, preCreationResult); ClassName className = preCreationResult.getJavaName(EventType.INTERFACE); TypeSpec.Builder enumBuilder = TypeSpec.enumBuilder(className); enumBuilder.addField(field.build()) .addModifiers(Modifier.PUBLIC, Modifier.STATIC) .addMethod( MethodSpec.constructorBuilder().addParameter(ClassName.get(cls), "name") .addStatement("this.$N = $N", "name", "name") .build() ); enumBuilder = generationContext.pluginsForEnumerations(typeDeclaration).classCreated(enumerationPluginContext, typeDeclaration, enumBuilder, EventType.INTERFACE); if ( enumBuilder == null ) { return Optional.absent(); } for (Object value : pullEnumValues(typeDeclaration)) { TypeSpec.Builder enumValueBuilder; if ( value instanceof String) { enumValueBuilder= TypeSpec.anonymousClassBuilder("$S", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (String)value, EventType.INTERFACE); } else { enumValueBuilder= TypeSpec.anonymousClassBuilder("$L", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (Number)value, EventType.INTERFACE); } if ( enumValueBuilder == null ) { continue; } enumBuilder.addEnumConstant(Names.constantName(String.valueOf(value)), enumValueBuilder.build()); } return Optional.of(preCreationResult.withInterface(enumBuilder.build())); } EnumerationTypeHandler(String name, TypeDeclaration stringTypeDeclaration); }
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EnumerationTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult preCreationResult) { Class cls = (typeDeclaration instanceof StringTypeDeclaration)?String.class:Number.class; FieldSpec.Builder field = FieldSpec.builder(ClassName.get(cls), "name").addModifiers(Modifier.PROTECTED, Modifier.FINAL); EnumerationPluginContext enumerationPluginContext = new EnumerationPluginContextImpl(generationContext, preCreationResult); ClassName className = preCreationResult.getJavaName(EventType.INTERFACE); TypeSpec.Builder enumBuilder = TypeSpec.enumBuilder(className); enumBuilder.addField(field.build()) .addModifiers(Modifier.PUBLIC, Modifier.STATIC) .addMethod( MethodSpec.constructorBuilder().addParameter(ClassName.get(cls), "name") .addStatement("this.$N = $N", "name", "name") .build() ); enumBuilder = generationContext.pluginsForEnumerations(typeDeclaration).classCreated(enumerationPluginContext, typeDeclaration, enumBuilder, EventType.INTERFACE); if ( enumBuilder == null ) { return Optional.absent(); } for (Object value : pullEnumValues(typeDeclaration)) { TypeSpec.Builder enumValueBuilder; if ( value instanceof String) { enumValueBuilder= TypeSpec.anonymousClassBuilder("$S", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (String)value, EventType.INTERFACE); } else { enumValueBuilder= TypeSpec.anonymousClassBuilder("$L", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (Number)value, EventType.INTERFACE); } if ( enumValueBuilder == null ) { continue; } enumBuilder.addEnumConstant(Names.constantName(String.valueOf(value)), enumValueBuilder.build()); } return Optional.of(preCreationResult.withInterface(enumBuilder.build())); } EnumerationTypeHandler(String name, TypeDeclaration stringTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override Optional<CreationResult> create(GenerationContext generationContext, CreationResult preCreationResult); }
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EnumerationTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult preCreationResult) { Class cls = (typeDeclaration instanceof StringTypeDeclaration)?String.class:Number.class; FieldSpec.Builder field = FieldSpec.builder(ClassName.get(cls), "name").addModifiers(Modifier.PROTECTED, Modifier.FINAL); EnumerationPluginContext enumerationPluginContext = new EnumerationPluginContextImpl(generationContext, preCreationResult); ClassName className = preCreationResult.getJavaName(EventType.INTERFACE); TypeSpec.Builder enumBuilder = TypeSpec.enumBuilder(className); enumBuilder.addField(field.build()) .addModifiers(Modifier.PUBLIC, Modifier.STATIC) .addMethod( MethodSpec.constructorBuilder().addParameter(ClassName.get(cls), "name") .addStatement("this.$N = $N", "name", "name") .build() ); enumBuilder = generationContext.pluginsForEnumerations(typeDeclaration).classCreated(enumerationPluginContext, typeDeclaration, enumBuilder, EventType.INTERFACE); if ( enumBuilder == null ) { return Optional.absent(); } for (Object value : pullEnumValues(typeDeclaration)) { TypeSpec.Builder enumValueBuilder; if ( value instanceof String) { enumValueBuilder= TypeSpec.anonymousClassBuilder("$S", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (String)value, EventType.INTERFACE); } else { enumValueBuilder= TypeSpec.anonymousClassBuilder("$L", value); enumValueBuilder = generationContext.pluginsForEnumerations(typeDeclaration).enumValue(enumerationPluginContext, typeDeclaration, enumValueBuilder, (Number)value, EventType.INTERFACE); } if ( enumValueBuilder == null ) { continue; } enumBuilder.addEnumConstant(Names.constantName(String.valueOf(value)), enumValueBuilder.build()); } return Optional.of(preCreationResult.withInterface(enumBuilder.build())); } EnumerationTypeHandler(String name, TypeDeclaration stringTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override Optional<CreationResult> create(GenerationContext generationContext, CreationResult preCreationResult); }
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@Test public void datesUnion() throws Exception { Api api = RamlLoader.load(this.getClass().getResourceAsStream("union-dates.raml"), "."); RamlToPojo ramlToPojo = new RamlToPojoBuilder(api).fetchTypes(TypeFetchers.fromAnywhere()).findTypes(TypeFinders.everyWhere()).build(Arrays.asList("core.jackson2")); ramlToPojo.buildPojos().creationResults().stream().forEach(x -> { System.err.println(x.getInterface().toString()); System.err.println(x.getImplementation().toString()); }); }
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private TypeSpec.Builder getImplementation(ClassName interfaceName, GenerationContext generationContext, UnionPluginContext context, CreationResult preCreationResult) { TypeSpec.Builder typeSpec = TypeSpec.classBuilder(preCreationResult.getJavaName(EventType.IMPLEMENTATION)) .addModifiers(Modifier.PUBLIC) .addSuperinterface(interfaceName); if (UnionTypesHelper.isAmbiguous(union.of(), (x) -> findType(x.name(), x, generationContext))) { throw new GenerationException( "This union is ambiguous. It's impossible to create a correct constructor for ambiguous types: " + union.of().stream().map(x -> findType(x.name(), x, generationContext)).collect(Collectors.toList()) + ". Use unique primitive types or classes with discriminator to solve this conflict." ); } String unionEnumName = "unionType"; ClassName unionClassInterfaceName = preCreationResult.getJavaName(EventType.INTERFACE); ClassName unionEnumClassName = unionClassInterfaceName.nestedClass(Names.typeName(unionEnumName)); typeSpec.addField(FieldSpec.builder(unionEnumClassName, unionEnumName, Modifier.PRIVATE).build()); typeSpec.addMethod(MethodSpec.constructorBuilder() .addModifiers(Modifier.PROTECTED) .build()); MethodSpec.Builder constructorSpec = MethodSpec.constructorBuilder() .addModifiers(Modifier.PUBLIC) .addParameter(ClassName.get(Object.class), "value"); boolean firstConstructorArgument = true; typeSpec.addMethod(MethodSpec.methodBuilder(Names.methodName("get", unionEnumName)) .addModifiers(Modifier.PUBLIC) .addStatement("return this.$L", unionEnumName) .returns(unionEnumClassName) .build()); for (TypeDeclaration unitedType : UnionTypesHelper.sortByPriority(union.of())) { TypeName typeName = unitedType instanceof NullTypeDeclaration ? NULL_CLASS : findType(unitedType.name(), unitedType, generationContext).box(); String prettyName = prettyName(unitedType, generationContext); String fieldName = Names.methodName(prettyName, "value"); if (typeName == NULL_CLASS) { if (firstConstructorArgument) { constructorSpec.beginControlFlow("if (value == null)"); firstConstructorArgument = false; } else { constructorSpec.beginControlFlow("else if (value == null)"); } constructorSpec.addStatement("this.$L = $T.NIL", unionEnumName, unionEnumClassName); constructorSpec.endControlFlow(); typeSpec .addMethod(MethodSpec.methodBuilder("isNil") .addStatement("return this.$L == $T.NIL", unionEnumName, unionEnumClassName) .addModifiers(Modifier.PUBLIC) .returns(TypeName.BOOLEAN) .build()) .addMethod(MethodSpec.methodBuilder("getNil") .addModifiers(Modifier.PUBLIC).returns(typeName) .addStatement("if (!isNil()) throw new $T(\"fetching wrong type out of the union: NullType should be null\")", IllegalStateException.class) .addStatement("return null") .build()) .build(); } else { FieldSpec.Builder fieldValueSpec = FieldSpec.builder(typeName, fieldName, Modifier.PRIVATE); fieldValueSpec = generationContext.pluginsForUnions(union).fieldBuilt(context, unitedType, fieldValueSpec, EventType.IMPLEMENTATION); typeSpec.addField(fieldValueSpec.build()); String enumName = Names.enumName(prettyName); String isName = Names.methodName("is", prettyName); String getName = Names.methodName("get", prettyName); if (firstConstructorArgument) { constructorSpec.beginControlFlow("if (value instanceof $T)", typeName); firstConstructorArgument = false; } else { constructorSpec.beginControlFlow("else if (value instanceof $T)", typeName); } constructorSpec.addStatement("this.$L = $T.$L", unionEnumName, unionEnumClassName, enumName); constructorSpec.addStatement("this.$L = ($T) value", fieldName, typeName); constructorSpec.endControlFlow(); typeSpec .addMethod(MethodSpec.methodBuilder(isName) .addStatement("return this.$L == $T.$L", unionEnumName, unionEnumClassName, enumName) .addModifiers(Modifier.PUBLIC) .returns(TypeName.BOOLEAN) .build()) .addMethod(MethodSpec.methodBuilder(getName) .addModifiers(Modifier.PUBLIC).returns(typeName) .addStatement("if (!$L()) throw new $T(\"fetching wrong type out of the union: $L\")", isName, IllegalStateException.class, typeName) .addStatement("return this.$L", fieldName) .build()) .build(); } } constructorSpec.beginControlFlow("else"); constructorSpec.addStatement("throw new $T($S + value)", IllegalArgumentException.class, "Union creation is not supported for given value: "); constructorSpec.endControlFlow(); typeSpec.addMethod(constructorSpec.build()); typeSpec = generationContext.pluginsForUnions(union).classCreated(context, union, typeSpec, EventType.IMPLEMENTATION); if (typeSpec == null) { return null; } return typeSpec; }
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UnionTypeHandler implements TypeHandler { private TypeSpec.Builder getImplementation(ClassName interfaceName, GenerationContext generationContext, UnionPluginContext context, CreationResult preCreationResult) { TypeSpec.Builder typeSpec = TypeSpec.classBuilder(preCreationResult.getJavaName(EventType.IMPLEMENTATION)) .addModifiers(Modifier.PUBLIC) .addSuperinterface(interfaceName); if (UnionTypesHelper.isAmbiguous(union.of(), (x) -> findType(x.name(), x, generationContext))) { throw new GenerationException( "This union is ambiguous. It's impossible to create a correct constructor for ambiguous types: " + union.of().stream().map(x -> findType(x.name(), x, generationContext)).collect(Collectors.toList()) + ". Use unique primitive types or classes with discriminator to solve this conflict." ); } String unionEnumName = "unionType"; ClassName unionClassInterfaceName = preCreationResult.getJavaName(EventType.INTERFACE); ClassName unionEnumClassName = unionClassInterfaceName.nestedClass(Names.typeName(unionEnumName)); typeSpec.addField(FieldSpec.builder(unionEnumClassName, unionEnumName, Modifier.PRIVATE).build()); typeSpec.addMethod(MethodSpec.constructorBuilder() .addModifiers(Modifier.PROTECTED) .build()); MethodSpec.Builder constructorSpec = MethodSpec.constructorBuilder() .addModifiers(Modifier.PUBLIC) .addParameter(ClassName.get(Object.class), "value"); boolean firstConstructorArgument = true; typeSpec.addMethod(MethodSpec.methodBuilder(Names.methodName("get", unionEnumName)) .addModifiers(Modifier.PUBLIC) .addStatement("return this.$L", unionEnumName) .returns(unionEnumClassName) .build()); for (TypeDeclaration unitedType : UnionTypesHelper.sortByPriority(union.of())) { TypeName typeName = unitedType instanceof NullTypeDeclaration ? NULL_CLASS : findType(unitedType.name(), unitedType, generationContext).box(); String prettyName = prettyName(unitedType, generationContext); String fieldName = Names.methodName(prettyName, "value"); if (typeName == NULL_CLASS) { if (firstConstructorArgument) { constructorSpec.beginControlFlow("if (value == null)"); firstConstructorArgument = false; } else { constructorSpec.beginControlFlow("else if (value == null)"); } constructorSpec.addStatement("this.$L = $T.NIL", unionEnumName, unionEnumClassName); constructorSpec.endControlFlow(); typeSpec .addMethod(MethodSpec.methodBuilder("isNil") .addStatement("return this.$L == $T.NIL", unionEnumName, unionEnumClassName) .addModifiers(Modifier.PUBLIC) .returns(TypeName.BOOLEAN) .build()) .addMethod(MethodSpec.methodBuilder("getNil") .addModifiers(Modifier.PUBLIC).returns(typeName) .addStatement("if (!isNil()) throw new $T(\"fetching wrong type out of the union: NullType should be null\")", IllegalStateException.class) .addStatement("return null") .build()) .build(); } else { FieldSpec.Builder fieldValueSpec = FieldSpec.builder(typeName, fieldName, Modifier.PRIVATE); fieldValueSpec = generationContext.pluginsForUnions(union).fieldBuilt(context, unitedType, fieldValueSpec, EventType.IMPLEMENTATION); typeSpec.addField(fieldValueSpec.build()); String enumName = Names.enumName(prettyName); String isName = Names.methodName("is", prettyName); String getName = Names.methodName("get", prettyName); if (firstConstructorArgument) { constructorSpec.beginControlFlow("if (value instanceof $T)", typeName); firstConstructorArgument = false; } else { constructorSpec.beginControlFlow("else if (value instanceof $T)", typeName); } constructorSpec.addStatement("this.$L = $T.$L", unionEnumName, unionEnumClassName, enumName); constructorSpec.addStatement("this.$L = ($T) value", fieldName, typeName); constructorSpec.endControlFlow(); typeSpec .addMethod(MethodSpec.methodBuilder(isName) .addStatement("return this.$L == $T.$L", unionEnumName, unionEnumClassName, enumName) .addModifiers(Modifier.PUBLIC) .returns(TypeName.BOOLEAN) .build()) .addMethod(MethodSpec.methodBuilder(getName) .addModifiers(Modifier.PUBLIC).returns(typeName) .addStatement("if (!$L()) throw new $T(\"fetching wrong type out of the union: $L\")", isName, IllegalStateException.class, typeName) .addStatement("return this.$L", fieldName) .build()) .build(); } } constructorSpec.beginControlFlow("else"); constructorSpec.addStatement("throw new $T($S + value)", IllegalArgumentException.class, "Union creation is not supported for given value: "); constructorSpec.endControlFlow(); typeSpec.addMethod(constructorSpec.build()); typeSpec = generationContext.pluginsForUnions(union).classCreated(context, union, typeSpec, EventType.IMPLEMENTATION); if (typeSpec == null) { return null; } return typeSpec; } }
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UnionTypeHandler implements TypeHandler { private TypeSpec.Builder getImplementation(ClassName interfaceName, GenerationContext generationContext, UnionPluginContext context, CreationResult preCreationResult) { TypeSpec.Builder typeSpec = TypeSpec.classBuilder(preCreationResult.getJavaName(EventType.IMPLEMENTATION)) .addModifiers(Modifier.PUBLIC) .addSuperinterface(interfaceName); if (UnionTypesHelper.isAmbiguous(union.of(), (x) -> findType(x.name(), x, generationContext))) { throw new GenerationException( "This union is ambiguous. It's impossible to create a correct constructor for ambiguous types: " + union.of().stream().map(x -> findType(x.name(), x, generationContext)).collect(Collectors.toList()) + ". Use unique primitive types or classes with discriminator to solve this conflict." ); } String unionEnumName = "unionType"; ClassName unionClassInterfaceName = preCreationResult.getJavaName(EventType.INTERFACE); ClassName unionEnumClassName = unionClassInterfaceName.nestedClass(Names.typeName(unionEnumName)); typeSpec.addField(FieldSpec.builder(unionEnumClassName, unionEnumName, Modifier.PRIVATE).build()); typeSpec.addMethod(MethodSpec.constructorBuilder() .addModifiers(Modifier.PROTECTED) .build()); MethodSpec.Builder constructorSpec = MethodSpec.constructorBuilder() .addModifiers(Modifier.PUBLIC) .addParameter(ClassName.get(Object.class), "value"); boolean firstConstructorArgument = true; typeSpec.addMethod(MethodSpec.methodBuilder(Names.methodName("get", unionEnumName)) .addModifiers(Modifier.PUBLIC) .addStatement("return this.$L", unionEnumName) .returns(unionEnumClassName) .build()); for (TypeDeclaration unitedType : UnionTypesHelper.sortByPriority(union.of())) { TypeName typeName = unitedType instanceof NullTypeDeclaration ? NULL_CLASS : findType(unitedType.name(), unitedType, generationContext).box(); String prettyName = prettyName(unitedType, generationContext); String fieldName = Names.methodName(prettyName, "value"); if (typeName == NULL_CLASS) { if (firstConstructorArgument) { constructorSpec.beginControlFlow("if (value == null)"); firstConstructorArgument = false; } else { constructorSpec.beginControlFlow("else if (value == null)"); } constructorSpec.addStatement("this.$L = $T.NIL", unionEnumName, unionEnumClassName); constructorSpec.endControlFlow(); typeSpec .addMethod(MethodSpec.methodBuilder("isNil") .addStatement("return this.$L == $T.NIL", unionEnumName, unionEnumClassName) .addModifiers(Modifier.PUBLIC) .returns(TypeName.BOOLEAN) .build()) .addMethod(MethodSpec.methodBuilder("getNil") .addModifiers(Modifier.PUBLIC).returns(typeName) .addStatement("if (!isNil()) throw new $T(\"fetching wrong type out of the union: NullType should be null\")", IllegalStateException.class) .addStatement("return null") .build()) .build(); } else { FieldSpec.Builder fieldValueSpec = FieldSpec.builder(typeName, fieldName, Modifier.PRIVATE); fieldValueSpec = generationContext.pluginsForUnions(union).fieldBuilt(context, unitedType, fieldValueSpec, EventType.IMPLEMENTATION); typeSpec.addField(fieldValueSpec.build()); String enumName = Names.enumName(prettyName); String isName = Names.methodName("is", prettyName); String getName = Names.methodName("get", prettyName); if (firstConstructorArgument) { constructorSpec.beginControlFlow("if (value instanceof $T)", typeName); firstConstructorArgument = false; } else { constructorSpec.beginControlFlow("else if (value instanceof $T)", typeName); } constructorSpec.addStatement("this.$L = $T.$L", unionEnumName, unionEnumClassName, enumName); constructorSpec.addStatement("this.$L = ($T) value", fieldName, typeName); constructorSpec.endControlFlow(); typeSpec .addMethod(MethodSpec.methodBuilder(isName) .addStatement("return this.$L == $T.$L", unionEnumName, unionEnumClassName, enumName) .addModifiers(Modifier.PUBLIC) .returns(TypeName.BOOLEAN) .build()) .addMethod(MethodSpec.methodBuilder(getName) .addModifiers(Modifier.PUBLIC).returns(typeName) .addStatement("if (!$L()) throw new $T(\"fetching wrong type out of the union: $L\")", isName, IllegalStateException.class, typeName) .addStatement("return this.$L", fieldName) .build()) .build(); } } constructorSpec.beginControlFlow("else"); constructorSpec.addStatement("throw new $T($S + value)", IllegalArgumentException.class, "Union creation is not supported for given value: "); constructorSpec.endControlFlow(); typeSpec.addMethod(constructorSpec.build()); typeSpec = generationContext.pluginsForUnions(union).classCreated(context, union, typeSpec, EventType.IMPLEMENTATION); if (typeSpec == null) { return null; } return typeSpec; } UnionTypeHandler(String name, UnionTypeDeclaration union); }
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UnionTypeHandler implements TypeHandler { private TypeSpec.Builder getImplementation(ClassName interfaceName, GenerationContext generationContext, UnionPluginContext context, CreationResult preCreationResult) { TypeSpec.Builder typeSpec = TypeSpec.classBuilder(preCreationResult.getJavaName(EventType.IMPLEMENTATION)) .addModifiers(Modifier.PUBLIC) .addSuperinterface(interfaceName); if (UnionTypesHelper.isAmbiguous(union.of(), (x) -> findType(x.name(), x, generationContext))) { throw new GenerationException( "This union is ambiguous. It's impossible to create a correct constructor for ambiguous types: " + union.of().stream().map(x -> findType(x.name(), x, generationContext)).collect(Collectors.toList()) + ". Use unique primitive types or classes with discriminator to solve this conflict." ); } String unionEnumName = "unionType"; ClassName unionClassInterfaceName = preCreationResult.getJavaName(EventType.INTERFACE); ClassName unionEnumClassName = unionClassInterfaceName.nestedClass(Names.typeName(unionEnumName)); typeSpec.addField(FieldSpec.builder(unionEnumClassName, unionEnumName, Modifier.PRIVATE).build()); typeSpec.addMethod(MethodSpec.constructorBuilder() .addModifiers(Modifier.PROTECTED) .build()); MethodSpec.Builder constructorSpec = MethodSpec.constructorBuilder() .addModifiers(Modifier.PUBLIC) .addParameter(ClassName.get(Object.class), "value"); boolean firstConstructorArgument = true; typeSpec.addMethod(MethodSpec.methodBuilder(Names.methodName("get", unionEnumName)) .addModifiers(Modifier.PUBLIC) .addStatement("return this.$L", unionEnumName) .returns(unionEnumClassName) .build()); for (TypeDeclaration unitedType : UnionTypesHelper.sortByPriority(union.of())) { TypeName typeName = unitedType instanceof NullTypeDeclaration ? NULL_CLASS : findType(unitedType.name(), unitedType, generationContext).box(); String prettyName = prettyName(unitedType, generationContext); String fieldName = Names.methodName(prettyName, "value"); if (typeName == NULL_CLASS) { if (firstConstructorArgument) { constructorSpec.beginControlFlow("if (value == null)"); firstConstructorArgument = false; } else { constructorSpec.beginControlFlow("else if (value == null)"); } constructorSpec.addStatement("this.$L = $T.NIL", unionEnumName, unionEnumClassName); constructorSpec.endControlFlow(); typeSpec .addMethod(MethodSpec.methodBuilder("isNil") .addStatement("return this.$L == $T.NIL", unionEnumName, unionEnumClassName) .addModifiers(Modifier.PUBLIC) .returns(TypeName.BOOLEAN) .build()) .addMethod(MethodSpec.methodBuilder("getNil") .addModifiers(Modifier.PUBLIC).returns(typeName) .addStatement("if (!isNil()) throw new $T(\"fetching wrong type out of the union: NullType should be null\")", IllegalStateException.class) .addStatement("return null") .build()) .build(); } else { FieldSpec.Builder fieldValueSpec = FieldSpec.builder(typeName, fieldName, Modifier.PRIVATE); fieldValueSpec = generationContext.pluginsForUnions(union).fieldBuilt(context, unitedType, fieldValueSpec, EventType.IMPLEMENTATION); typeSpec.addField(fieldValueSpec.build()); String enumName = Names.enumName(prettyName); String isName = Names.methodName("is", prettyName); String getName = Names.methodName("get", prettyName); if (firstConstructorArgument) { constructorSpec.beginControlFlow("if (value instanceof $T)", typeName); firstConstructorArgument = false; } else { constructorSpec.beginControlFlow("else if (value instanceof $T)", typeName); } constructorSpec.addStatement("this.$L = $T.$L", unionEnumName, unionEnumClassName, enumName); constructorSpec.addStatement("this.$L = ($T) value", fieldName, typeName); constructorSpec.endControlFlow(); typeSpec .addMethod(MethodSpec.methodBuilder(isName) .addStatement("return this.$L == $T.$L", unionEnumName, unionEnumClassName, enumName) .addModifiers(Modifier.PUBLIC) .returns(TypeName.BOOLEAN) .build()) .addMethod(MethodSpec.methodBuilder(getName) .addModifiers(Modifier.PUBLIC).returns(typeName) .addStatement("if (!$L()) throw new $T(\"fetching wrong type out of the union: $L\")", isName, IllegalStateException.class, typeName) .addStatement("return this.$L", fieldName) .build()) .build(); } } constructorSpec.beginControlFlow("else"); constructorSpec.addStatement("throw new $T($S + value)", IllegalArgumentException.class, "Union creation is not supported for given value: "); constructorSpec.endControlFlow(); typeSpec.addMethod(constructorSpec.build()); typeSpec = generationContext.pluginsForUnions(union).classCreated(context, union, typeSpec, EventType.IMPLEMENTATION); if (typeSpec == null) { return null; } return typeSpec; } UnionTypeHandler(String name, UnionTypeDeclaration union); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override Optional<CreationResult> create(GenerationContext generationContext, CreationResult preCreationResult); }
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UnionTypeHandler implements TypeHandler { private TypeSpec.Builder getImplementation(ClassName interfaceName, GenerationContext generationContext, UnionPluginContext context, CreationResult preCreationResult) { TypeSpec.Builder typeSpec = TypeSpec.classBuilder(preCreationResult.getJavaName(EventType.IMPLEMENTATION)) .addModifiers(Modifier.PUBLIC) .addSuperinterface(interfaceName); if (UnionTypesHelper.isAmbiguous(union.of(), (x) -> findType(x.name(), x, generationContext))) { throw new GenerationException( "This union is ambiguous. It's impossible to create a correct constructor for ambiguous types: " + union.of().stream().map(x -> findType(x.name(), x, generationContext)).collect(Collectors.toList()) + ". Use unique primitive types or classes with discriminator to solve this conflict." ); } String unionEnumName = "unionType"; ClassName unionClassInterfaceName = preCreationResult.getJavaName(EventType.INTERFACE); ClassName unionEnumClassName = unionClassInterfaceName.nestedClass(Names.typeName(unionEnumName)); typeSpec.addField(FieldSpec.builder(unionEnumClassName, unionEnumName, Modifier.PRIVATE).build()); typeSpec.addMethod(MethodSpec.constructorBuilder() .addModifiers(Modifier.PROTECTED) .build()); MethodSpec.Builder constructorSpec = MethodSpec.constructorBuilder() .addModifiers(Modifier.PUBLIC) .addParameter(ClassName.get(Object.class), "value"); boolean firstConstructorArgument = true; typeSpec.addMethod(MethodSpec.methodBuilder(Names.methodName("get", unionEnumName)) .addModifiers(Modifier.PUBLIC) .addStatement("return this.$L", unionEnumName) .returns(unionEnumClassName) .build()); for (TypeDeclaration unitedType : UnionTypesHelper.sortByPriority(union.of())) { TypeName typeName = unitedType instanceof NullTypeDeclaration ? NULL_CLASS : findType(unitedType.name(), unitedType, generationContext).box(); String prettyName = prettyName(unitedType, generationContext); String fieldName = Names.methodName(prettyName, "value"); if (typeName == NULL_CLASS) { if (firstConstructorArgument) { constructorSpec.beginControlFlow("if (value == null)"); firstConstructorArgument = false; } else { constructorSpec.beginControlFlow("else if (value == null)"); } constructorSpec.addStatement("this.$L = $T.NIL", unionEnumName, unionEnumClassName); constructorSpec.endControlFlow(); typeSpec .addMethod(MethodSpec.methodBuilder("isNil") .addStatement("return this.$L == $T.NIL", unionEnumName, unionEnumClassName) .addModifiers(Modifier.PUBLIC) .returns(TypeName.BOOLEAN) .build()) .addMethod(MethodSpec.methodBuilder("getNil") .addModifiers(Modifier.PUBLIC).returns(typeName) .addStatement("if (!isNil()) throw new $T(\"fetching wrong type out of the union: NullType should be null\")", IllegalStateException.class) .addStatement("return null") .build()) .build(); } else { FieldSpec.Builder fieldValueSpec = FieldSpec.builder(typeName, fieldName, Modifier.PRIVATE); fieldValueSpec = generationContext.pluginsForUnions(union).fieldBuilt(context, unitedType, fieldValueSpec, EventType.IMPLEMENTATION); typeSpec.addField(fieldValueSpec.build()); String enumName = Names.enumName(prettyName); String isName = Names.methodName("is", prettyName); String getName = Names.methodName("get", prettyName); if (firstConstructorArgument) { constructorSpec.beginControlFlow("if (value instanceof $T)", typeName); firstConstructorArgument = false; } else { constructorSpec.beginControlFlow("else if (value instanceof $T)", typeName); } constructorSpec.addStatement("this.$L = $T.$L", unionEnumName, unionEnumClassName, enumName); constructorSpec.addStatement("this.$L = ($T) value", fieldName, typeName); constructorSpec.endControlFlow(); typeSpec .addMethod(MethodSpec.methodBuilder(isName) .addStatement("return this.$L == $T.$L", unionEnumName, unionEnumClassName, enumName) .addModifiers(Modifier.PUBLIC) .returns(TypeName.BOOLEAN) .build()) .addMethod(MethodSpec.methodBuilder(getName) .addModifiers(Modifier.PUBLIC).returns(typeName) .addStatement("if (!$L()) throw new $T(\"fetching wrong type out of the union: $L\")", isName, IllegalStateException.class, typeName) .addStatement("return this.$L", fieldName) .build()) .build(); } } constructorSpec.beginControlFlow("else"); constructorSpec.addStatement("throw new $T($S + value)", IllegalArgumentException.class, "Union creation is not supported for given value: "); constructorSpec.endControlFlow(); typeSpec.addMethod(constructorSpec.build()); typeSpec = generationContext.pluginsForUnions(union).classCreated(context, union, typeSpec, EventType.IMPLEMENTATION); if (typeSpec == null) { return null; } return typeSpec; } UnionTypeHandler(String name, UnionTypeDeclaration union); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override Optional<CreationResult> create(GenerationContext generationContext, CreationResult preCreationResult); static final ClassName NULL_CLASS; }
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@Test public void apiAnnotationsReading() throws IOException { Api api = getApi(); List<PluginDef> defs = Annotations.PLUGINS.get(api); assertEquals(2, defs.size()); assertEquals("core.one", defs.get(0).getPluginName()); assertEquals(Arrays.asList("foo", "bar"), defs.get(0).getArguments()); assertEquals("core.two", defs.get(1).getPluginName()); assertEquals(Arrays.asList("alpha", "gamma"), defs.get(1).getArguments()); }
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public T get(T def, Annotable type) { return getValueWithDefault(def, type); }
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Annotations { public T get(T def, Annotable type) { return getValueWithDefault(def, type); } }
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Annotations { public T get(T def, Annotable type) { return getValueWithDefault(def, type); } }
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Annotations { public T get(T def, Annotable type) { return getValueWithDefault(def, type); } static R evaluate(Function<TypeInstance, T> convert, String annotationName, String parameterName, Annotable mandatory, Annotable... others); static List<R> evaluateAsList(Function<TypeInstance, T> convert, String annotationName, String parameterName, Annotable mandatory, Annotable... others); static AnnotationRef findRef(Annotable annotable, String annotation); abstract T getWithContext(Annotable target, Annotable... others); T getValueWithDefault(T def, Annotable annotable, Annotable... others); T get(T def, Annotable type); T get(Annotable type); T get(T def, Annotable type, Annotable... others); }
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Annotations { public T get(T def, Annotable type) { return getValueWithDefault(def, type); } static R evaluate(Function<TypeInstance, T> convert, String annotationName, String parameterName, Annotable mandatory, Annotable... others); static List<R> evaluateAsList(Function<TypeInstance, T> convert, String annotationName, String parameterName, Annotable mandatory, Annotable... others); static AnnotationRef findRef(Annotable annotable, String annotation); abstract T getWithContext(Annotable target, Annotable... others); T getValueWithDefault(T def, Annotable annotable, Annotable... others); T get(T def, Annotable type); T get(Annotable type); T get(T def, Annotable type, Annotable... others); static Annotations<Boolean> ABSTRACT; static Annotations<Boolean> USE_PRIMITIVE; static Annotations<Boolean> GENERATE_INLINE_ARRAY_TYPE; static Annotations<String> IMPLEMENTATION_CLASS_NAME; static Annotations<String> CLASS_NAME; static Annotations<List<PluginDef>> PLUGINS; }
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@Test public void typeAnnotationsReading() throws IOException { Api api = getApi(); TypeDeclaration fooType = RamlLoader.findTypes("foo", api.types()); List<PluginDef> defs = Annotations.PLUGINS.get(Collections.<PluginDef>emptyList(), api, fooType); assertEquals(3, defs.size()); assertEquals("core.one", defs.get(0).getPluginName()); assertEquals(Arrays.asList("foo", "bar"), defs.get(0).getArguments()); assertEquals("core.two", defs.get(1).getPluginName()); assertEquals(Arrays.asList("alpha", "gamma"), defs.get(1).getArguments()); assertEquals("core.foo", defs.get(2).getPluginName()); assertEquals(Arrays.asList("foo", "bar"), defs.get(2).getArguments()); }
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public T get(T def, Annotable type) { return getValueWithDefault(def, type); }
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Annotations { public T get(T def, Annotable type) { return getValueWithDefault(def, type); } }
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Annotations { public T get(T def, Annotable type) { return getValueWithDefault(def, type); } }
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Annotations { public T get(T def, Annotable type) { return getValueWithDefault(def, type); } static R evaluate(Function<TypeInstance, T> convert, String annotationName, String parameterName, Annotable mandatory, Annotable... others); static List<R> evaluateAsList(Function<TypeInstance, T> convert, String annotationName, String parameterName, Annotable mandatory, Annotable... others); static AnnotationRef findRef(Annotable annotable, String annotation); abstract T getWithContext(Annotable target, Annotable... others); T getValueWithDefault(T def, Annotable annotable, Annotable... others); T get(T def, Annotable type); T get(Annotable type); T get(T def, Annotable type, Annotable... others); }
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Annotations { public T get(T def, Annotable type) { return getValueWithDefault(def, type); } static R evaluate(Function<TypeInstance, T> convert, String annotationName, String parameterName, Annotable mandatory, Annotable... others); static List<R> evaluateAsList(Function<TypeInstance, T> convert, String annotationName, String parameterName, Annotable mandatory, Annotable... others); static AnnotationRef findRef(Annotable annotable, String annotation); abstract T getWithContext(Annotable target, Annotable... others); T getValueWithDefault(T def, Annotable annotable, Annotable... others); T get(T def, Annotable type); T get(Annotable type); T get(T def, Annotable type, Annotable... others); static Annotations<Boolean> ABSTRACT; static Annotations<Boolean> USE_PRIMITIVE; static Annotations<Boolean> GENERATE_INLINE_ARRAY_TYPE; static Annotations<String> IMPLEMENTATION_CLASS_NAME; static Annotations<String> CLASS_NAME; static Annotations<List<PluginDef>> PLUGINS; }
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@Test public void abstractAnnotationsReading() throws IOException { Api api = getApi(); TypeDeclaration fooType = RamlLoader.findTypes("foo", api.types()); boolean b = Annotations.ABSTRACT.get(fooType); assertEquals(true, b); }
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public T get(T def, Annotable type) { return getValueWithDefault(def, type); }
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Annotations { public T get(T def, Annotable type) { return getValueWithDefault(def, type); } }
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Annotations { public T get(T def, Annotable type) { return getValueWithDefault(def, type); } }
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Annotations { public T get(T def, Annotable type) { return getValueWithDefault(def, type); } static R evaluate(Function<TypeInstance, T> convert, String annotationName, String parameterName, Annotable mandatory, Annotable... others); static List<R> evaluateAsList(Function<TypeInstance, T> convert, String annotationName, String parameterName, Annotable mandatory, Annotable... others); static AnnotationRef findRef(Annotable annotable, String annotation); abstract T getWithContext(Annotable target, Annotable... others); T getValueWithDefault(T def, Annotable annotable, Annotable... others); T get(T def, Annotable type); T get(Annotable type); T get(T def, Annotable type, Annotable... others); }
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Annotations { public T get(T def, Annotable type) { return getValueWithDefault(def, type); } static R evaluate(Function<TypeInstance, T> convert, String annotationName, String parameterName, Annotable mandatory, Annotable... others); static List<R> evaluateAsList(Function<TypeInstance, T> convert, String annotationName, String parameterName, Annotable mandatory, Annotable... others); static AnnotationRef findRef(Annotable annotable, String annotation); abstract T getWithContext(Annotable target, Annotable... others); T getValueWithDefault(T def, Annotable annotable, Annotable... others); T get(T def, Annotable type); T get(Annotable type); T get(T def, Annotable type, Annotable... others); static Annotations<Boolean> ABSTRACT; static Annotations<Boolean> USE_PRIMITIVE; static Annotations<Boolean> GENERATE_INLINE_ARRAY_TYPE; static Annotations<String> IMPLEMENTATION_CLASS_NAME; static Annotations<String> CLASS_NAME; static Annotations<List<PluginDef>> PLUGINS; }
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@Test public void testAnnotationForPackageShouldAcceptClassLiteral() throws Exception { RamlGenerators generators = annotationFor(TOP_PACKAGE, RamlGenerators.class); assertNotNull("Class literal — null return not expected", generators); }
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public static <T extends Annotation> T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation) { T annotation = null; if ((annotation = aPkg.getAnnotation(whichAnnotation)) == null) { annotation = find(aPkg, whichAnnotation); } return annotation; }
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AnnotationFinder { public static <T extends Annotation> T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation) { T annotation = null; if ((annotation = aPkg.getAnnotation(whichAnnotation)) == null) { annotation = find(aPkg, whichAnnotation); } return annotation; } }
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AnnotationFinder { public static <T extends Annotation> T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation) { T annotation = null; if ((annotation = aPkg.getAnnotation(whichAnnotation)) == null) { annotation = find(aPkg, whichAnnotation); } return annotation; } }
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AnnotationFinder { public static <T extends Annotation> T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation) { T annotation = null; if ((annotation = aPkg.getAnnotation(whichAnnotation)) == null) { annotation = find(aPkg, whichAnnotation); } return annotation; } static T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation); }
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AnnotationFinder { public static <T extends Annotation> T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation) { T annotation = null; if ((annotation = aPkg.getAnnotation(whichAnnotation)) == null) { annotation = find(aPkg, whichAnnotation); } return annotation; } static T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation); }
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@Test public void simplerTypeAnnotationsReading() throws IOException { Api api = getApi(); TypeDeclaration fooType = RamlLoader.findTypes("too", api.types()); List<PluginDef> defs = Annotations.PLUGINS.get(fooType); assertEquals(2, defs.size()); assertEquals("core.too", defs.get(0).getPluginName()); assertEquals("core.moo", defs.get(1).getPluginName()); }
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public T get(T def, Annotable type) { return getValueWithDefault(def, type); }
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Annotations { public T get(T def, Annotable type) { return getValueWithDefault(def, type); } }
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Annotations { public T get(T def, Annotable type) { return getValueWithDefault(def, type); } }
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Annotations { public T get(T def, Annotable type) { return getValueWithDefault(def, type); } static R evaluate(Function<TypeInstance, T> convert, String annotationName, String parameterName, Annotable mandatory, Annotable... others); static List<R> evaluateAsList(Function<TypeInstance, T> convert, String annotationName, String parameterName, Annotable mandatory, Annotable... others); static AnnotationRef findRef(Annotable annotable, String annotation); abstract T getWithContext(Annotable target, Annotable... others); T getValueWithDefault(T def, Annotable annotable, Annotable... others); T get(T def, Annotable type); T get(Annotable type); T get(T def, Annotable type, Annotable... others); }
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Annotations { public T get(T def, Annotable type) { return getValueWithDefault(def, type); } static R evaluate(Function<TypeInstance, T> convert, String annotationName, String parameterName, Annotable mandatory, Annotable... others); static List<R> evaluateAsList(Function<TypeInstance, T> convert, String annotationName, String parameterName, Annotable mandatory, Annotable... others); static AnnotationRef findRef(Annotable annotable, String annotation); abstract T getWithContext(Annotable target, Annotable... others); T getValueWithDefault(T def, Annotable annotable, Annotable... others); T get(T def, Annotable type); T get(Annotable type); T get(T def, Annotable type, Annotable... others); static Annotations<Boolean> ABSTRACT; static Annotations<Boolean> USE_PRIMITIVE; static Annotations<Boolean> GENERATE_INLINE_ARRAY_TYPE; static Annotations<String> IMPLEMENTATION_CLASS_NAME; static Annotations<String> CLASS_NAME; static Annotations<List<PluginDef>> PLUGINS; }
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@Test public void simplest() throws Exception { Api api = RamlLoader.load(this.getClass().getResourceAsStream("simplest-type.raml"), "."); ObjectTypeHandler handler = new ObjectTypeHandler("foo", RamlLoader.findTypes("foo", api.types())); GenerationContextImpl generationContext = new GenerationContextImpl(api); CreationResult r = handler.create(generationContext, new CreationResult("bar.pack", ClassName.get("bar.pack", "Foo"), ClassName.get("bar.pack", "FooImpl"))).get(); assertThat(r.getInterface()) .hasName("Foo"); ListAssert.listMatches(r.getInterface().methodSpecs, (c) -> assertThat(c) .hasName("getName") .hasReturnType(ClassName.get(String.class)), (c) -> assertThat(c) .hasName("setName") .hasReturnType(ClassName.VOID), (c) -> assertThat(c) .hasName("getAge") .hasReturnType(ClassName.INT), (c) -> assertThat(c) .hasName("setAge") .hasReturnType(ClassName.VOID)); assertThat(r.getInterface(), is(allOf( name(equalTo("Foo")), methods(contains( allOf(methodName(equalTo("getName")), returnType(equalTo(ClassName.get(String.class)))), allOf(methodName(equalTo("setName")), parameters(contains(type(equalTo(ClassName.get(String.class)))))), allOf(methodName(equalTo("getAge")), returnType(equalTo(ClassName.INT))), allOf(methodName(equalTo("setAge")), parameters(contains(type(equalTo(ClassName.INT))))) )) ))); assertThat(r.getImplementation().get(), is(allOf( name(equalTo("FooImpl")), fields(contains( allOf(fieldName(equalTo("name")), fieldType(equalTo(ClassName.get(String.class)))), allOf(fieldName(equalTo("age")), fieldType(equalTo(ClassName.INT))) )), methods(contains( allOf(methodName(equalTo("getName")), returnType(equalTo(ClassName.get(String.class))), codeContent(equalTo("return this.name;\n"))), allOf(methodName(equalTo("setName")), parameters(contains(type(equalTo(ClassName.get(String.class))))), codeContent(equalTo("this.name = name;\n"))), allOf(methodName(equalTo("getAge")), returnType(equalTo(ClassName.INT))), allOf(methodName(equalTo("setAge")), parameters(contains(type(equalTo(ClassName.INT))))) )), superInterfaces(contains( allOf(typeName(equalTo(ClassName.get("", "bar.pack.Foo")))) )) ))); System.err.println(r.getInterface().toString()); System.err.println(r.getImplementation().toString()); }
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@Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); static final String DISCRIMINATOR_TYPE_NAME; }
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@Test public void simplestContainingSimpleArray() throws Exception { Api api = RamlLoader.load(this.getClass().getResourceAsStream("simplest-containing-simple-array.raml"), "."); ObjectTypeHandler handler = new ObjectTypeHandler("foo", RamlLoader.findTypes("foo", api.types())); GenerationContextImpl generationContext = new GenerationContextImpl(api); CreationResult r = handler.create(generationContext, new CreationResult("bar.pack", ClassName.get("bar.pack", "Foo"), ClassName.get("bar.pack", "FooImpl"))).get(); System.err.println(r.getInterface().toString()); System.err.println(r.getImplementation().toString()); assertThat(r.getInterface(), is(allOf( name(equalTo("Foo")), methods(contains( allOf(methodName(equalTo("getNames")), returnType(equalTo(ParameterizedTypeName.get(List.class, String.class)))), allOf(methodName(equalTo("setNames")), parameters(contains(type(equalTo(ParameterizedTypeName.get(List.class, String.class)))))), allOf(methodName(equalTo("getAges")), returnType(equalTo(ParameterizedTypeName.get(List.class, Integer.class)))), allOf(methodName(equalTo("setAges")), parameters(contains(type(equalTo(ParameterizedTypeName.get(List.class, Integer.class)))))) )) ))); assertThat(r.getImplementation().get(), is(allOf( name(equalTo("FooImpl")), fields(contains( allOf(fieldName(equalTo("names")), fieldType(equalTo(ParameterizedTypeName.get(List.class, String.class)))), allOf(fieldName(equalTo("ages")), fieldType(equalTo(ParameterizedTypeName.get(List.class, Integer.class)))) )), methods(contains( allOf(methodName(equalTo("getNames")), returnType(equalTo(ParameterizedTypeName.get(List.class, String.class)))), allOf(methodName(equalTo("setNames")), parameters(contains(type(equalTo(ParameterizedTypeName.get(List.class, String.class)))))), allOf(methodName(equalTo("getAges")), returnType(equalTo(ParameterizedTypeName.get(List.class, Integer.class)))), allOf(methodName(equalTo("setAges")), parameters(contains(type(equalTo(ParameterizedTypeName.get(List.class, Integer.class)))))) )) ))); }
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@Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); static final String DISCRIMINATOR_TYPE_NAME; }
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@Test public void usingComposedTypes() throws Exception { final Api api = RamlLoader.load(this.getClass().getResourceAsStream("using-composed-type.raml"), "."); ObjectTypeHandler handler = new ObjectTypeHandler("foo", RamlLoader.findTypes("foo", api.types())); CreationResult r = handler.create(createGenerationContext(api), new CreationResult("bar.pack", ClassName.get("bar.pack", "Foo"), ClassName.get("bar.pack", "FooImpl"))).get(); System.err.println(r.getInterface().toString()); System.err.println(r.getImplementation().toString()); assertThat(r.getInterface(), is(allOf( name(equalTo("Foo")), methods(contains( allOf(methodName(equalTo("getName")), returnType(equalTo(ClassName.get("", "pojo.pack.Composed")))), allOf(methodName(equalTo("setName")), parameters(contains(type(equalTo(ClassName.get("", "pojo.pack.Composed")))))) )) ))); assertThat(r.getImplementation().get(), is(allOf( name(equalTo("FooImpl")), fields(contains( allOf(fieldName(equalTo("name")), fieldType(equalTo(ClassName.get("", "pojo.pack.Composed")))) )), methods(contains( allOf(methodName(equalTo("getName")), returnType(equalTo(ClassName.get("", "pojo.pack.Composed")))), allOf(methodName(equalTo("setName")), parameters(contains(type(equalTo(ClassName.get("", "pojo.pack.Composed"))))))) )) )); }
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@Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); static final String DISCRIMINATOR_TYPE_NAME; }
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@Test public void simpleInheritance() throws Exception { Api api = RamlLoader.load(this.getClass().getResourceAsStream("inherited-type.raml"), "."); ObjectTypeHandler handler = new ObjectTypeHandler("foo", RamlLoader.findTypes("foo", api.types())); CreationResult r = handler.create(createGenerationContext(api), new CreationResult("bar.pack", ClassName.get("bar.pack", "Foo"), ClassName.get("bar.pack", "FooImpl"))).get(); System.err.println(r.getInterface().toString()); System.err.println(r.getImplementation().toString()); assertThat(r.getInterface(), is(allOf( name(equalTo("Foo")), methods(containsInAnyOrder( allOf(methodName(equalTo("getAdditionalProperties")), returnType(equalTo(ParameterizedTypeName.get(Map.class, String.class, Object.class)))), allOf(methodName(equalTo("setAdditionalProperties")), parameters(contains(type(equalTo(TypeName.get(String.class))), type(equalTo(TypeName.get(Object.class)))))), allOf(methodName(equalTo("getAge")), returnType(equalTo(ClassName.INT))), allOf(methodName(equalTo("setAge")), parameters(contains(type(equalTo(ClassName.INT))))), allOf(methodName(equalTo("getName")), returnType(equalTo(ClassName.get(String.class)))), allOf(methodName(equalTo("setName")), parameters(contains(type(equalTo(ClassName.get(String.class)))))) )), superInterfaces(contains( allOf(typeName(equalTo(ClassName.get("", "pojo.pack.Inherited")))) ))))); assertThat(r.getImplementation().get(), is(allOf( name(equalTo("FooImpl")), fields(containsInAnyOrder( allOf(fieldName(equalTo("name")), fieldType(equalTo(ClassName.get(String.class)))), allOf(fieldName(equalTo("age")), fieldType(equalTo(ClassName.INT))), allOf(fieldName(equalTo("additionalProperties")), fieldType(equalTo(ParameterizedTypeName.get(Map.class, String.class, Object.class)))) )), methods(containsInAnyOrder( allOf(methodName(equalTo("getAdditionalProperties")), returnType(equalTo(ParameterizedTypeName.get(Map.class, String.class, Object.class)))), allOf(methodName(equalTo("setAdditionalProperties")), parameters(contains(type(equalTo(TypeName.get(String.class))), type(equalTo(TypeName.get(Object.class)))))), allOf(methodName(equalTo("getName")), returnType(equalTo(ClassName.get(String.class)))), allOf(methodName(equalTo("setName")), parameters(contains(type(equalTo(ClassName.get(String.class)))))), allOf(methodName(equalTo("getAge")), returnType(equalTo(ClassName.INT))), allOf(methodName(equalTo("setAge")), parameters(contains(type(equalTo(ClassName.INT))))) )), superInterfaces(contains( allOf(typeName(equalTo(ClassName.get("", "bar.pack.Foo")))) )) ))); }
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@Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); static final String DISCRIMINATOR_TYPE_NAME; }
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@Test public void inheritanceWithDiscriminator() throws Exception { Api api = RamlLoader.load(this.getClass().getResourceAsStream("inheritance-with-discriminator-type.raml"), "."); ObjectTypeHandler handler = new ObjectTypeHandler("foo", RamlLoader.findTypes("foo", api.types())); CreationResult r = handler.create(createGenerationContext(api), new CreationResult("bar.pack", ClassName.get("bar.pack", "Foo"), ClassName.get("bar.pack", "FooImpl"))).get(); System.err.println(r.getInterface().toString()); System.err.println(r.getImplementation().toString()); assertThat(r.getInterface(), is(allOf( name(equalTo("Foo")), methods(containsInAnyOrder( allOf(methodName(equalTo("getAdditionalProperties")), returnType(equalTo(ParameterizedTypeName.get(Map.class, String.class, Object.class)))), allOf(methodName(equalTo("setAdditionalProperties")), parameters(contains(type(equalTo(TypeName.get(String.class))), type(equalTo(TypeName.get(Object.class)))))), allOf(methodName(equalTo("getKind")), returnType(equalTo(ClassName.get(String.class)))), allOf(methodName(equalTo("getRight")), returnType(equalTo(ClassName.get(String.class)))), allOf(methodName(equalTo("setRight")), parameters(contains(type(equalTo(ClassName.get(String.class)))))), allOf(methodName(equalTo("getName")), returnType(equalTo(ClassName.get(String.class)))), allOf(methodName(equalTo("setName")), parameters(contains(type(equalTo(ClassName.get(String.class)))))) )), superInterfaces(contains( allOf(typeName(equalTo(ClassName.get("", "pojo.pack.Once")))) ))))); assertThat(r.getImplementation().get(), is(allOf( name(equalTo("FooImpl")), fields(containsInAnyOrder( allOf(fieldName(equalTo("kind")), fieldType(equalTo(ClassName.get(String.class))), initializer(equalTo("_DISCRIMINATOR_TYPE_NAME"))), allOf(fieldName(equalTo("right")), fieldType(equalTo(ClassName.get(String.class)))), allOf(fieldName(equalTo("name")), fieldType(equalTo(ClassName.get(String.class)))), allOf(fieldName(equalTo("additionalProperties")), fieldType(equalTo(ParameterizedTypeName.get(Map.class, String.class, Object.class)))) )), methods(containsInAnyOrder( allOf(methodName(equalTo("getAdditionalProperties")), returnType(equalTo(ParameterizedTypeName.get(Map.class, String.class, Object.class)))), allOf(methodName(equalTo("setAdditionalProperties")), parameters(contains(type(equalTo(TypeName.get(String.class))), type(equalTo(TypeName.get(Object.class)))))), allOf(methodName(equalTo("getKind")), returnType(equalTo(ClassName.get(String.class)))), allOf(methodName(equalTo("getRight")), returnType(equalTo(ClassName.get(String.class)))), allOf(methodName(equalTo("setRight")), parameters(contains(type(equalTo(ClassName.get(String.class)))))), allOf(methodName(equalTo("getName")), returnType(equalTo(ClassName.get(String.class)))), allOf(methodName(equalTo("setName")), parameters(contains(type(equalTo(ClassName.get(String.class)))))) )), superInterfaces(contains( allOf(typeName(equalTo(ClassName.get("", "bar.pack.Foo")))) )) ))); }
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@Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); static final String DISCRIMINATOR_TYPE_NAME; }
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@Test public void inheritanceWithDiscriminatorAndValue() throws Exception { Api api = RamlLoader.load(this.getClass().getResourceAsStream("inheritance-with-discriminatorvalue-type.raml"), "."); ObjectTypeHandler handler = new ObjectTypeHandler("foo", RamlLoader.findTypes("foo", api.types())); CreationResult r = handler.create(createGenerationContext(api), new CreationResult("bar.pack", ClassName.get("bar.pack", "Foo"), ClassName.get("bar.pack", "FooImpl"))).get(); System.err.println(r.getInterface().toString()); System.err.println(r.getImplementation().toString()); assertThat(r.getImplementation().get(), is(allOf( name(equalTo("FooImpl")), fields(containsInAnyOrder( allOf(fieldName(equalTo("kind")), fieldType(equalTo(ClassName.get(String.class))), initializer(equalTo("_DISCRIMINATOR_TYPE_NAME"))), allOf(fieldName(equalTo("right")), fieldType(equalTo(ClassName.get(String.class)))), allOf(fieldName(equalTo("name")), fieldType(equalTo(ClassName.get(String.class)))) )) ))); }
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@Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); static final String DISCRIMINATOR_TYPE_NAME; }
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@Test public void multipleInheritance() throws Exception { Api api = RamlLoader.load(this.getClass().getResourceAsStream("multiple-inheritance-type.raml"), "."); ObjectTypeHandler handler = new ObjectTypeHandler("foo", RamlLoader.findTypes("foo", api.types())); CreationResult r = handler.create(createGenerationContext(api), new CreationResult("bar.pack", ClassName.get("bar.pack", "Foo"), ClassName.get("bar.pack", "FooImpl"))).get(); System.err.println(r.getInterface().toString()); System.err.println(r.getImplementation().toString()); assertThat(r.getInterface(), is(allOf( name(equalTo("Foo")), methods(containsInAnyOrder( allOf(methodName(equalTo("getLeft")), returnType(equalTo(ClassName.get(String.class)))), allOf(methodName(equalTo("setLeft")), parameters(contains(type(equalTo(ClassName.get(String.class)))))), allOf(methodName(equalTo("getRight")), returnType(equalTo(ClassName.get(String.class)))), allOf(methodName(equalTo("setRight")), parameters(contains(type(equalTo(ClassName.get(String.class)))))), allOf(methodName(equalTo("getName")), returnType(equalTo(ClassName.get(String.class)))), allOf(methodName(equalTo("setName")), parameters(contains(type(equalTo(ClassName.get(String.class)))))) )), superInterfaces(contains( typeName(equalTo(ClassName.get("", "pojo.pack.Once"))), typeName(equalTo(ClassName.get("", "pojo.pack.Twice"))) ) )))); assertThat(r.getImplementation().get(), is(allOf( name(equalTo("FooImpl")), fields(containsInAnyOrder( allOf(fieldName(equalTo("left")), fieldType(equalTo(ClassName.get(String.class)))), allOf(fieldName(equalTo("right")), fieldType(equalTo(ClassName.get(String.class)))), allOf(fieldName(equalTo("name")), fieldType(equalTo(ClassName.get(String.class)))) )), methods(containsInAnyOrder( allOf(methodName(equalTo("getLeft")), returnType(equalTo(ClassName.get(String.class)))), allOf(methodName(equalTo("setLeft")), parameters(contains(type(equalTo(ClassName.get(String.class)))))), allOf(methodName(equalTo("getRight")), returnType(equalTo(ClassName.get(String.class)))), allOf(methodName(equalTo("setRight")), parameters(contains(type(equalTo(ClassName.get(String.class)))))), allOf(methodName(equalTo("getName")), returnType(equalTo(ClassName.get(String.class)))), allOf(methodName(equalTo("setName")), parameters(contains(type(equalTo(ClassName.get(String.class)))))) )), superInterfaces(contains( allOf(typeName(equalTo(ClassName.get("", "bar.pack.Foo")))) )) ))); }
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@Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); static final String DISCRIMINATOR_TYPE_NAME; }
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@Test public void simplestInternal() throws Exception { Api api = RamlLoader.load(this.getClass().getResourceAsStream("inline-type.raml"), "."); ObjectTypeHandler handler = new ObjectTypeHandler("foo", findTypes("foo", api.types())); GenerationContextImpl generationContext = new GenerationContextImpl(api); CreationResult r = handler.create(generationContext, new CreationResult("bar.pack", ClassName.get("bar.pack", "Foo"), ClassName.get("bar.pack", "FooImpl"))).get(); assertThat(r.getInternalTypeForProperty("inside").getInterface(), name(equalTo("InsideType"))); assertThat(r.getInternalTypeForProperty("inside").getImplementation().get(), name(equalTo("InsideTypeImpl"))); }
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@Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); static final String DISCRIMINATOR_TYPE_NAME; }
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@Test public void pluginCalled() throws Exception { final ObjectTypeHandlerPlugin mockPlugin = mock(ObjectTypeHandlerPlugin.class); when(mockPlugin.classCreated(ArgumentMatchers.any(ObjectPluginContext.class), ArgumentMatchers.any(ObjectTypeDeclaration.class), ArgumentMatchers.any(TypeSpec.Builder.class), eq(EventType.INTERFACE))).thenAnswer(new Answer<TypeSpec.Builder>() { @Override public TypeSpec.Builder answer(InvocationOnMock invocation) throws Throwable { return (TypeSpec.Builder) invocation.getArguments()[2]; } }); when(mockPlugin.getterBuilt(ArgumentMatchers.any(ObjectPluginContext.class), ArgumentMatchers.any(ObjectTypeDeclaration.class), ArgumentMatchers.any(MethodSpec.Builder.class), eq(EventType.INTERFACE))).thenAnswer(new Answer<MethodSpec.Builder>() { @Override public MethodSpec.Builder answer(InvocationOnMock invocation) throws Throwable { return (MethodSpec.Builder) invocation.getArguments()[2]; } }); when(mockPlugin.setterBuilt(ArgumentMatchers.any(ObjectPluginContext.class), ArgumentMatchers.any(ObjectTypeDeclaration.class), ArgumentMatchers.any(MethodSpec.Builder.class), eq(EventType.INTERFACE))).thenAnswer(new Answer<MethodSpec.Builder>() { @Override public MethodSpec.Builder answer(InvocationOnMock invocation) throws Throwable { return (MethodSpec.Builder) invocation.getArguments()[2]; } }); Api api = RamlLoader.load(this.getClass().getResourceAsStream("plugin-test.raml"), "."); ObjectTypeHandler handler = new ObjectTypeHandler("foo", findTypes("foo", api.types())); GenerationContextImpl generationContext = new GenerationContextImpl(api) { @Override public ObjectTypeHandlerPlugin pluginsForObjects(TypeDeclaration... typeDeclarations) { return mockPlugin; } }; CreationResult r = handler.create(generationContext, new CreationResult("bar.pack", ClassName.get("bar.pack", "Foo"), ClassName.get("bar.pack", "FooImpl"))).get(); assertNotNull(r); assertFalse(r.getImplementation().isPresent()); verify(mockPlugin, times(1)).classCreated(ArgumentMatchers.any(ObjectPluginContext.class), ArgumentMatchers.any(ObjectTypeDeclaration.class), ArgumentMatchers.any(TypeSpec.Builder.class), eq(EventType.INTERFACE)); verify(mockPlugin, times(2)).getterBuilt(ArgumentMatchers.any(ObjectPluginContext.class), ArgumentMatchers.any(StringTypeDeclaration.class), ArgumentMatchers.any(MethodSpec.Builder.class), eq(EventType.INTERFACE)); verify(mockPlugin, times(2)).setterBuilt(ArgumentMatchers.any(ObjectPluginContext.class), ArgumentMatchers.any(StringTypeDeclaration.class), ArgumentMatchers.any(MethodSpec.Builder.class), eq(EventType.INTERFACE)); }
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@Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); static final String DISCRIMINATOR_TYPE_NAME; }
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@Test public void testAnnotationForPackageShouldAcceptTypeWitness() throws Exception { RamlGenerators generators = AnnotationFinder.<RamlGenerators>annotationFor(TOP_PACKAGE, RamlGenerators.class); assertNotNull("Type witness — null return not expected", generators); }
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public static <T extends Annotation> T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation) { T annotation = null; if ((annotation = aPkg.getAnnotation(whichAnnotation)) == null) { annotation = find(aPkg, whichAnnotation); } return annotation; }
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AnnotationFinder { public static <T extends Annotation> T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation) { T annotation = null; if ((annotation = aPkg.getAnnotation(whichAnnotation)) == null) { annotation = find(aPkg, whichAnnotation); } return annotation; } }
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AnnotationFinder { public static <T extends Annotation> T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation) { T annotation = null; if ((annotation = aPkg.getAnnotation(whichAnnotation)) == null) { annotation = find(aPkg, whichAnnotation); } return annotation; } }
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AnnotationFinder { public static <T extends Annotation> T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation) { T annotation = null; if ((annotation = aPkg.getAnnotation(whichAnnotation)) == null) { annotation = find(aPkg, whichAnnotation); } return annotation; } static T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation); }
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AnnotationFinder { public static <T extends Annotation> T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation) { T annotation = null; if ((annotation = aPkg.getAnnotation(whichAnnotation)) == null) { annotation = find(aPkg, whichAnnotation); } return annotation; } static T annotationFor(Package aPkg, Class< ? extends T> whichAnnotation); }
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@Test public void checkAnnotations() throws Exception { URL url = this.getClass().getResource("plugin-invocation.raml"); Api api = RamlLoader.load(url.openStream(), new File(url.getFile()).getAbsolutePath()); ObjectTypeHandler handler = new ObjectTypeHandler("foo", findTypes("foo", api.types())); GenerationContextImpl generationContext = new GenerationContextImpl(PluginManager.createPluginManager("org/raml/ramltopojo/object/simple-plugin.properties"), api, TypeFetchers.NULL_FETCHER, "bar.pack", Collections.<String>emptyList()); CreationResult r = handler.create(generationContext, new CreationResult("bar.pack", ClassName.get("bar.pack", "Foo"), ClassName.get("bar.pack", "FooImpl"))).get(); assertNotNull(r); assertTrue(r.getInterface().annotations.size() == 1); assertEquals("@java.lang.Deprecated", r.getInterface().annotations.get(0).toString()); assertTrue(r.getImplementation().get().annotations.size() == 1); assertEquals("@java.lang.Deprecated", r.getImplementation().get().annotations.get(0).toString()); }
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@Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); static final String DISCRIMINATOR_TYPE_NAME; }
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@Test public void enumerationsInline() { Api api = RamlLoader.load(this.getClass().getResourceAsStream("inline-enumeration.raml"), "."); ObjectTypeHandler handler = new ObjectTypeHandler("foo", RamlLoader.findTypes("foo", api.types())); CreationResult r = handler.create(createGenerationContext(api), new CreationResult("bar.pack", ClassName.get("bar.pack", "Foo"), ClassName.get("bar.pack", "FooImpl"))).get(); assertNotNull(r); assertThat(r.internalType("name").getInterface(), is(allOf( name( is(equalTo("NameType")) ) ))); assertThat(r.internalType("int").getInterface(), is(allOf( name( is(equalTo("IntType")) ) ))); assertThat(r.internalType("num").getInterface(), is(allOf( name( is(equalTo("NumType")) ) ))); }
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@Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); static final String DISCRIMINATOR_TYPE_NAME; }
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@Test public void unionsInline() { Api api = RamlLoader.load(this.getClass().getResourceAsStream("inline-union.raml"), "."); ObjectTypeHandler handler = new ObjectTypeHandler("foo", RamlLoader.findTypes("foo", api.types())); CreationResult r = handler.create(createGenerationContext(api), new CreationResult("bar.pack", ClassName.get("bar.pack", "Foo"), ClassName.get("bar.pack", "FooImpl"))).get(); assertNotNull(r); assertThat(r.internalType("unionOfPrimitives").getInterface(), is(allOf( name( is(equalTo("StringIntegerUnion")) ), methods(containsInAnyOrder( allOf(methodName(equalTo("getUnionType")), returnType(equalTo(ClassName.get("bar.pack", "Foo.StringIntegerUnion.UnionType")))), allOf(methodName(equalTo("isString")), returnType(equalTo(ClassName.get(Boolean.class).unbox()))), allOf(methodName(equalTo("getString")), returnType(equalTo(ClassName.get(String.class)))), allOf(methodName(equalTo("isInteger")), returnType(equalTo(ClassName.get(Boolean.class).unbox()))), allOf(methodName(equalTo("getInteger")), returnType(equalTo(ClassName.get(Integer.class)))) )) ))); assertThat(r.internalType("unionOfOthers").getInterface(), is(allOf( name( is(equalTo("OneTwoUnion")) ), methods(contains( allOf(methodName(equalTo("getUnionType")), returnType(equalTo(ClassName.get("bar.pack", "Foo.OneTwoUnion.UnionType")))), allOf(methodName(equalTo("isOne")), returnType(equalTo(ClassName.get(Boolean.class).unbox()))), allOf(methodName(equalTo("getOne")), returnType(equalTo(ClassName.get("pojo.pack", "One")))), allOf(methodName(equalTo("isTwo")), returnType(equalTo(ClassName.get(Boolean.class).unbox()))), allOf(methodName(equalTo("getTwo")), returnType(equalTo(ClassName.get("pojo.pack", "Two")))) )) ))); System.err.println(r.internalType("unionOfOthers").getInterface()); }
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@Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); }
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ObjectTypeHandler implements TypeHandler { @Override public Optional<CreationResult> create(GenerationContext generationContext, CreationResult result) { ObjectPluginContext context = new ObjectPluginContextImpl(generationContext, result); TypeSpec interfaceSpec = createInterface(context, result, generationContext); TypeSpec implementationSpec = createImplementation(context, result, generationContext); if ( interfaceSpec == null ) { return Optional.absent(); } else { return Optional.of(result.withInterface(interfaceSpec).withImplementation(implementationSpec)); } } ObjectTypeHandler(String name, ObjectTypeDeclaration objectTypeDeclaration); @Override ClassName javaClassName(GenerationContext generationContext, EventType type); @Override TypeName javaClassReference(GenerationContext generationContext, EventType type); @Override // TODO deal with null interface spec. Optional<CreationResult> create(GenerationContext generationContext, CreationResult result); static final String DISCRIMINATOR_TYPE_NAME; }
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@Test public void createType() throws Exception { CreationResult result = new CreationResult("pack.me", ClassName.get("", "foo"), ClassName.get("", "foo")) { TypeSpec[] specs = {interf, cls}; int c = 0; @Override protected void createJavaFile(String pack, TypeSpec spec, String root, boolean b) { assertEquals("pack.me", pack); assertEquals("/tmp/foo", root); assertSame(spec, specs[c ++]); } }; result.withInterface(interf).withImplementation(cls); result.createType("/tmp/foo"); }
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public void createType(String rootDirectory) throws IOException { if ( interf.typeSpecs.size() == 0 ) { createInlineType(this); } createJavaFile(packageName, interf, rootDirectory, true); if ( implementationName != null ) { createJavaFile(packageName, impl, rootDirectory, false); } }
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CreationResult { public void createType(String rootDirectory) throws IOException { if ( interf.typeSpecs.size() == 0 ) { createInlineType(this); } createJavaFile(packageName, interf, rootDirectory, true); if ( implementationName != null ) { createJavaFile(packageName, impl, rootDirectory, false); } } }
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CreationResult { public void createType(String rootDirectory) throws IOException { if ( interf.typeSpecs.size() == 0 ) { createInlineType(this); } createJavaFile(packageName, interf, rootDirectory, true); if ( implementationName != null ) { createJavaFile(packageName, impl, rootDirectory, false); } } CreationResult(String packageName, ClassName interfaceName, ClassName implementationName); }
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CreationResult { public void createType(String rootDirectory) throws IOException { if ( interf.typeSpecs.size() == 0 ) { createInlineType(this); } createJavaFile(packageName, interf, rootDirectory, true); if ( implementationName != null ) { createJavaFile(packageName, impl, rootDirectory, false); } } CreationResult(String packageName, ClassName interfaceName, ClassName implementationName); CreationResult withInterface(TypeSpec spec); CreationResult withImplementation(TypeSpec spec); TypeSpec getInterface(); Optional<TypeSpec> getImplementation(); void createType(String rootDirectory); CreationResult getInternalTypeForProperty(String inside); ClassName getJavaName(EventType eventType); CreationResult withInternalType(String name, CreationResult internal); CreationResult internalType(String name); }
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CreationResult { public void createType(String rootDirectory) throws IOException { if ( interf.typeSpecs.size() == 0 ) { createInlineType(this); } createJavaFile(packageName, interf, rootDirectory, true); if ( implementationName != null ) { createJavaFile(packageName, impl, rootDirectory, false); } } CreationResult(String packageName, ClassName interfaceName, ClassName implementationName); CreationResult withInterface(TypeSpec spec); CreationResult withImplementation(TypeSpec spec); TypeSpec getInterface(); Optional<TypeSpec> getImplementation(); void createType(String rootDirectory); CreationResult getInternalTypeForProperty(String inside); ClassName getJavaName(EventType eventType); CreationResult withInternalType(String name, CreationResult internal); CreationResult internalType(String name); }
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@Test public void buildTypeName() throws Exception { assertEquals("Fun", Names.typeName("/fun")); assertEquals("Fun", Names.typeName("/fun")); assertEquals("CodeBytes", Names.typeName(" assertEquals("Root", Names.typeName("")); assertEquals("FunAllo", Names.typeName("fun_allo")); assertEquals("FunAllo", Names.typeName("fun allo")); assertEquals("FunAllo", Names.typeName("funAllo")); assertEquals("FunAllo", Names.typeName("FunAllo")); assertEquals("FunAllo", Names.typeName("/FunAllo")); assertEquals("FunAllo", Names.typeName("Fun", "allo")); assertEquals("FunAllo", Names.typeName("fun", "_allo")); assertEquals("FunAllo", Names.typeName("fun", "allo")); }
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public static String typeName(String... name) { if (name.length == 1 && isBlank(name[0])) { return "Root"; } List<String> values = new ArrayList<>(); int i = 0; for (String s : name) { String value = buildPart(i, s, NameFixer.CAMEL_UPPER); values.add(value); i++; } return Joiner.on("").join(values); }
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Names { public static String typeName(String... name) { if (name.length == 1 && isBlank(name[0])) { return "Root"; } List<String> values = new ArrayList<>(); int i = 0; for (String s : name) { String value = buildPart(i, s, NameFixer.CAMEL_UPPER); values.add(value); i++; } return Joiner.on("").join(values); } }
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Names { public static String typeName(String... name) { if (name.length == 1 && isBlank(name[0])) { return "Root"; } List<String> values = new ArrayList<>(); int i = 0; for (String s : name) { String value = buildPart(i, s, NameFixer.CAMEL_UPPER); values.add(value); i++; } return Joiner.on("").join(values); } private Names(); }
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Names { public static String typeName(String... name) { if (name.length == 1 && isBlank(name[0])) { return "Root"; } List<String> values = new ArrayList<>(); int i = 0; for (String s : name) { String value = buildPart(i, s, NameFixer.CAMEL_UPPER); values.add(value); i++; } return Joiner.on("").join(values); } private Names(); static String typeName(String... name); static String methodName(String... name); static String variableName(String... name); static String constantName(String value); static String enumName(String value); static String javaTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); }
|
Names { public static String typeName(String... name) { if (name.length == 1 && isBlank(name[0])) { return "Root"; } List<String> values = new ArrayList<>(); int i = 0; for (String s : name) { String value = buildPart(i, s, NameFixer.CAMEL_UPPER); values.add(value); i++; } return Joiner.on("").join(values); } private Names(); static String typeName(String... name); static String methodName(String... name); static String variableName(String... name); static String constantName(String value); static String enumName(String value); static String javaTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); }
|
@Test public void buildMethod() { assertEquals("getSomething", Names.methodName("get", "something")); assertEquals("getClazz", Names.methodName("get", "class")); }
|
public static String methodName(String... name) { return checkMethodName(smallCamel(name)); }
|
Names { public static String methodName(String... name) { return checkMethodName(smallCamel(name)); } }
|
Names { public static String methodName(String... name) { return checkMethodName(smallCamel(name)); } private Names(); }
|
Names { public static String methodName(String... name) { return checkMethodName(smallCamel(name)); } private Names(); static String typeName(String... name); static String methodName(String... name); static String variableName(String... name); static String constantName(String value); static String enumName(String value); static String javaTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); }
|
Names { public static String methodName(String... name) { return checkMethodName(smallCamel(name)); } private Names(); static String typeName(String... name); static String methodName(String... name); static String variableName(String... name); static String constantName(String value); static String enumName(String value); static String javaTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); }
|
@Test public void buildVariableName() throws Exception { assertEquals("funAllo", Names.variableName("funAllo")); assertEquals("funAllo", Names.variableName("FunAllo")); assertEquals("funAllo", Names.variableName("Fun", "allo")); assertEquals("funAllo", Names.variableName("fun", "_allo")); assertEquals("funAllo", Names.variableName("fun", "allo")); assertEquals("root", Names.variableName("")); assertEquals("fun", Names.variableName("/fun")); assertEquals("fun", Names.variableName("/fun")); assertEquals("funAllo", Names.variableName(" assertEquals("funAllo", Names.variableName("fun allo")); assertEquals("funAllo", Names.variableName("fun_allo")); }
|
public static String variableName(String... name) { Matcher m = LEADING_UNDERSCORES.matcher(name[0]); if (m.find()) { return m.group() + smallCamel(name); } else { return checkForReservedWord(smallCamel(name)); } }
|
Names { public static String variableName(String... name) { Matcher m = LEADING_UNDERSCORES.matcher(name[0]); if (m.find()) { return m.group() + smallCamel(name); } else { return checkForReservedWord(smallCamel(name)); } } }
|
Names { public static String variableName(String... name) { Matcher m = LEADING_UNDERSCORES.matcher(name[0]); if (m.find()) { return m.group() + smallCamel(name); } else { return checkForReservedWord(smallCamel(name)); } } private Names(); }
|
Names { public static String variableName(String... name) { Matcher m = LEADING_UNDERSCORES.matcher(name[0]); if (m.find()) { return m.group() + smallCamel(name); } else { return checkForReservedWord(smallCamel(name)); } } private Names(); static String typeName(String... name); static String methodName(String... name); static String variableName(String... name); static String constantName(String value); static String enumName(String value); static String javaTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); }
|
Names { public static String variableName(String... name) { Matcher m = LEADING_UNDERSCORES.matcher(name[0]); if (m.find()) { return m.group() + smallCamel(name); } else { return checkForReservedWord(smallCamel(name)); } } private Names(); static String typeName(String... name); static String methodName(String... name); static String variableName(String... name); static String constantName(String value); static String enumName(String value); static String javaTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); }
|
@Test public void buildVariableReservedWord() throws Exception { assertEquals("ifVariable", Names.variableName("if")); assertEquals("classVariable", Names.variableName("class")); }
|
public static String variableName(String... name) { Matcher m = LEADING_UNDERSCORES.matcher(name[0]); if (m.find()) { return m.group() + smallCamel(name); } else { return checkForReservedWord(smallCamel(name)); } }
|
Names { public static String variableName(String... name) { Matcher m = LEADING_UNDERSCORES.matcher(name[0]); if (m.find()) { return m.group() + smallCamel(name); } else { return checkForReservedWord(smallCamel(name)); } } }
|
Names { public static String variableName(String... name) { Matcher m = LEADING_UNDERSCORES.matcher(name[0]); if (m.find()) { return m.group() + smallCamel(name); } else { return checkForReservedWord(smallCamel(name)); } } private Names(); }
|
Names { public static String variableName(String... name) { Matcher m = LEADING_UNDERSCORES.matcher(name[0]); if (m.find()) { return m.group() + smallCamel(name); } else { return checkForReservedWord(smallCamel(name)); } } private Names(); static String typeName(String... name); static String methodName(String... name); static String variableName(String... name); static String constantName(String value); static String enumName(String value); static String javaTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); }
|
Names { public static String variableName(String... name) { Matcher m = LEADING_UNDERSCORES.matcher(name[0]); if (m.find()) { return m.group() + smallCamel(name); } else { return checkForReservedWord(smallCamel(name)); } } private Names(); static String typeName(String... name); static String methodName(String... name); static String variableName(String... name); static String constantName(String value); static String enumName(String value); static String javaTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); }
|
@Test public void buildVariableWithUnderscore() throws Exception { assertEquals("_funAllo", Names.variableName("_funAllo")); assertEquals("_funAllo", Names.variableName("_FunAllo")); assertEquals("_funAllo", Names.variableName("_Fun", "allo")); assertEquals("_funAllo", Names.variableName("_fun", "_allo")); }
|
public static String variableName(String... name) { Matcher m = LEADING_UNDERSCORES.matcher(name[0]); if (m.find()) { return m.group() + smallCamel(name); } else { return checkForReservedWord(smallCamel(name)); } }
|
Names { public static String variableName(String... name) { Matcher m = LEADING_UNDERSCORES.matcher(name[0]); if (m.find()) { return m.group() + smallCamel(name); } else { return checkForReservedWord(smallCamel(name)); } } }
|
Names { public static String variableName(String... name) { Matcher m = LEADING_UNDERSCORES.matcher(name[0]); if (m.find()) { return m.group() + smallCamel(name); } else { return checkForReservedWord(smallCamel(name)); } } private Names(); }
|
Names { public static String variableName(String... name) { Matcher m = LEADING_UNDERSCORES.matcher(name[0]); if (m.find()) { return m.group() + smallCamel(name); } else { return checkForReservedWord(smallCamel(name)); } } private Names(); static String typeName(String... name); static String methodName(String... name); static String variableName(String... name); static String constantName(String value); static String enumName(String value); static String javaTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); }
|
Names { public static String variableName(String... name) { Matcher m = LEADING_UNDERSCORES.matcher(name[0]); if (m.find()) { return m.group() + smallCamel(name); } else { return checkForReservedWord(smallCamel(name)); } } private Names(); static String typeName(String... name); static String methodName(String... name); static String variableName(String... name); static String constantName(String value); static String enumName(String value); static String javaTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, TypeDeclaration declaration); static String ramlTypeName(Resource resource, TypeDeclaration declaration); static String javaTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(Resource resource, Method method, Response response,
TypeDeclaration declaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String ramlTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method, BodyLike typeDeclaration); static String javaTypeName(org.raml.v2.api.model.v08.resources.Resource resource,
org.raml.v2.api.model.v08.methods.Method method,
org.raml.v2.api.model.v08.bodies.Response response, BodyLike typeDeclaration); }
|
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