Package edu.umd.cs.findbugs.classfile
Interface IAnalysisCache
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- All Known Implementing Classes:
AnalysisCache
public interface IAnalysisCacheThe analysis cache performs analyses on classes and methods and caches the results.- Author:
- David Hovemeyer
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Method Summary
All Methods Instance Methods Abstract Methods Modifier and Type Method Description <E> voideagerlyPutDatabase(java.lang.Class<E> databaseClass, E database)Eagerly install a database.<E> voideagerlyPutMethodAnalysis(java.lang.Class<E> analysisClass, MethodDescriptor methodDescriptor, E analysisObject)Eagerly put a method analysis object in the cache.java.util.Map<?,?>getAnalysisLocals()Get map of analysis-local objects.<E> EgetClassAnalysis(java.lang.Class<E> analysisClass, ClassDescriptor classDescriptor)Get an analysis of the given class.IClassPathgetClassPath()Get the classpath from which classes are loaded.<E> EgetDatabase(java.lang.Class<E> databaseClass)Get a database.IErrorLoggergetErrorLogger()Get the error logger.<E> EgetMethodAnalysis(java.lang.Class<E> analysisClass, MethodDescriptor methodDescriptor)Get an analysis of the given method.<E> EgetOptionalDatabase(java.lang.Class<E> databaseClass)ProfilergetProfiler()Get the analysis profiler instance, never null<E> EprobeClassAnalysis(java.lang.Class<E> analysisClass, ClassDescriptor classDescriptor)See if the cache contains a cached class analysis result for given class descriptor.voidpurgeAllMethodAnalysis()Purge all method analysis results for all methods.voidpurgeClassAnalysis(java.lang.Class<?> analysisClass)Purge all class analysis results of a particular kindvoidpurgeMethodAnalyses(MethodDescriptor methodDescriptor)Purge all analysis results for given method.<E> voidregisterClassAnalysisEngine(java.lang.Class<E> analysisResultType, IClassAnalysisEngine<E> classAnalysisEngine)Register the given class analysis engine as producing the analysis result type whose Class is given.<E> voidregisterDatabaseFactory(java.lang.Class<E> databaseClass, IDatabaseFactory<E> databaseFactory)Register a database factory.<E> voidregisterMethodAnalysisEngine(java.lang.Class<E> analysisResultType, IMethodAnalysisEngine<E> methodAnalysisEngine)Register the given method analysis engine as producing the analysis result type whose Class is given.
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Method Detail
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registerClassAnalysisEngine
<E> void registerClassAnalysisEngine(java.lang.Class<E> analysisResultType, IClassAnalysisEngine<E> classAnalysisEngine)Register the given class analysis engine as producing the analysis result type whose Class is given.- Type Parameters:
E- analysis result type- Parameters:
analysisResultType- analysis result type Class objectclassAnalysisEngine- the class analysis engine to register
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registerMethodAnalysisEngine
<E> void registerMethodAnalysisEngine(java.lang.Class<E> analysisResultType, IMethodAnalysisEngine<E> methodAnalysisEngine)Register the given method analysis engine as producing the analysis result type whose Class is given.- Type Parameters:
E- analysis result type- Parameters:
analysisResultType- analysis result type Class objectmethodAnalysisEngine- the method analysis engine to register
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getClassAnalysis
<E> E getClassAnalysis(java.lang.Class<E> analysisClass, @Nonnull ClassDescriptor classDescriptor) throws CheckedAnalysisExceptionGet an analysis of the given class.- Type Parameters:
E- the type of the analysis (e.g., FoobarAnalysis)- Parameters:
analysisClass- the analysis class object (e.g., FoobarAnalysis.class)classDescriptor- the descriptor of the class to analyze- Returns:
- the analysis object (e.g., instance of FoobarAnalysis for the class)
- Throws:
CheckedAnalysisException- if an error occurs performing the analysis
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probeClassAnalysis
<E> E probeClassAnalysis(java.lang.Class<E> analysisClass, @Nonnull ClassDescriptor classDescriptor)See if the cache contains a cached class analysis result for given class descriptor.- Parameters:
analysisClass- analysis result classclassDescriptor- the class descriptor- Returns:
- a cached analysis result, or null if there is no cached analysis result
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getMethodAnalysis
<E> E getMethodAnalysis(java.lang.Class<E> analysisClass, @Nonnull MethodDescriptor methodDescriptor) throws CheckedAnalysisExceptionGet an analysis of the given method.- Type Parameters:
E- the type of the analysis (e.g., FoobarAnalysis)- Parameters:
analysisClass- the analysis class object (e.g., FoobarAnalysis.class)methodDescriptor- the descriptor of the method to analyze- Returns:
- the analysis object (e.g., instance of FoobarAnalysis for the method)
- Throws:
CheckedAnalysisException- if an error occurs performing the analysis
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eagerlyPutMethodAnalysis
<E> void eagerlyPutMethodAnalysis(java.lang.Class<E> analysisClass, @Nonnull MethodDescriptor methodDescriptor, E analysisObject)Eagerly put a method analysis object in the cache. This can be necessary if an method analysis engine invokes other analysis engines that might recursively require the analysis being produced.- Type Parameters:
E- the type of the analysis (e.g., FoobarAnalysis)- Parameters:
analysisClass- the analysis class object (e.g., FoobarAnalysis.class)methodDescriptor- the descriptor of the method to analyzeanalysisObject-
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purgeMethodAnalyses
void purgeMethodAnalyses(@Nonnull MethodDescriptor methodDescriptor)Purge all analysis results for given method. This can be called when a CFG is pruned and we want to compute more accurate analysis results on the new CFG.- Parameters:
methodDescriptor- method whose analysis results should be purged
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purgeAllMethodAnalysis
void purgeAllMethodAnalysis()
Purge all method analysis results for all methods.
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purgeClassAnalysis
void purgeClassAnalysis(java.lang.Class<?> analysisClass)
Purge all class analysis results of a particular kind
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registerDatabaseFactory
<E> void registerDatabaseFactory(java.lang.Class<E> databaseClass, IDatabaseFactory<E> databaseFactory)Register a database factory.- Type Parameters:
E- type of database- Parameters:
databaseClass- Class of databasedatabaseFactory- the database factory
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getDatabase
<E> E getDatabase(java.lang.Class<E> databaseClass)
Get a database. Note: an unchecked analysis exception will be thrown if the database cannot be instantiated. Since instantiation of most kinds of databases simply involves creating an object (and not opening a file or other failure-prone operation), throwing a CheckedAnalysisException creates too great of an exception-handling burden on analyses and detectors which use databases.- Type Parameters:
E- type of database- Parameters:
databaseClass- Class of database- Returns:
- the database (which is created by a database factory if required)
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getOptionalDatabase
@CheckForNull <E> E getOptionalDatabase(java.lang.Class<E> databaseClass)
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eagerlyPutDatabase
<E> void eagerlyPutDatabase(java.lang.Class<E> databaseClass, E database)Eagerly install a database. This avoids the need to register a database factory.- Type Parameters:
E- type of database- Parameters:
databaseClass- Class of databasedatabase- database object
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getClassPath
IClassPath getClassPath()
Get the classpath from which classes are loaded.- Returns:
- the classpath
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getErrorLogger
IErrorLogger getErrorLogger()
Get the error logger.- Returns:
- the error logger
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getAnalysisLocals
java.util.Map<?,?> getAnalysisLocals()
Get map of analysis-local objects.
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getProfiler
Profiler getProfiler()
Get the analysis profiler instance, never null
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