@Test public final void execute() { Assert.assertNotNull(testedObject2.getOutput()); Assert.assertNotNull(testedObject2.getOutput()); testedObject2.addSource(testedObject); testedObject2.addSink(testedObject); Assert.assertNotNull(testedObject2.getOutput()); testedObject2.dispose(true); }
protected abstract GridCoverage execute();
BaseCoverageProcessingNode implements
		CoverageProcessingNode { protected abstract GridCoverage execute(); }
BaseCoverageProcessingNode implements
		CoverageProcessingNode { protected abstract GridCoverage execute(); BaseCoverageProcessingNode(InternationalString name,
			InternationalString description);  BaseCoverageProcessingNode(int maxSources, InternationalString name,
			InternationalString description);  BaseCoverageProcessingNode(int maxSources, Hints hints,
			InternationalString name, InternationalString description); }
BaseCoverageProcessingNode implements
		CoverageProcessingNode { protected abstract GridCoverage execute(); BaseCoverageProcessingNode(InternationalString name,
			InternationalString description);  BaseCoverageProcessingNode(int maxSources, InternationalString name,
			InternationalString description);  BaseCoverageProcessingNode(int maxSources, Hints hints,
			InternationalString name, InternationalString description); synchronized void dispose(boolean force); synchronized GridCoverage2D getOutput(); synchronized void addSink(CoverageProcessingNode sink); synchronized boolean addSource(CoverageProcessingNode source); synchronized CoverageProcessingNode getSink(int index); synchronized List<CoverageProcessingNode> getSinks(); synchronized CoverageProcessingNode getSource(int index); synchronized List<CoverageProcessingNode> getSources(); synchronized boolean removeSink(CoverageProcessingNode sink); synchronized CoverageProcessingNode removeSink(int index); synchronized boolean removeSource(CoverageProcessingNode source); synchronized Hints getHints(); int getMaximumNumberOfSources(); GridCoverageFactory getCoverageFactory(); synchronized int getNumberOfSinks(); synchronized int getNumberOfSources(); InternationalString getDescription(); InternationalString getName(); synchronized CoverageProcessingNode removeSource(int index); String toString(); synchronized boolean isDisposed(); synchronized boolean isExecuted(); }
BaseCoverageProcessingNode implements
		CoverageProcessingNode { protected abstract GridCoverage execute(); BaseCoverageProcessingNode(InternationalString name,
			InternationalString description);  BaseCoverageProcessingNode(int maxSources, InternationalString name,
			InternationalString description);  BaseCoverageProcessingNode(int maxSources, Hints hints,
			InternationalString name, InternationalString description); synchronized void dispose(boolean force); synchronized GridCoverage2D getOutput(); synchronized void addSink(CoverageProcessingNode sink); synchronized boolean addSource(CoverageProcessingNode source); synchronized CoverageProcessingNode getSink(int index); synchronized List<CoverageProcessingNode> getSinks(); synchronized CoverageProcessingNode getSource(int index); synchronized List<CoverageProcessingNode> getSources(); synchronized boolean removeSink(CoverageProcessingNode sink); synchronized CoverageProcessingNode removeSink(int index); synchronized boolean removeSource(CoverageProcessingNode source); synchronized Hints getHints(); int getMaximumNumberOfSources(); GridCoverageFactory getCoverageFactory(); synchronized int getNumberOfSinks(); synchronized int getNumberOfSources(); InternationalString getDescription(); InternationalString getName(); synchronized CoverageProcessingNode removeSource(int index); String toString(); synchronized boolean isDisposed(); synchronized boolean isExecuted();  }