idx int64 0 41.2k | question stringlengths 83 4.15k | target stringlengths 5 715 |
|---|---|---|
29,700 | public void setLockCount ( int valueNumber , int lockCount ) { int index = findIndex ( valueNumber ) ; if ( index < 0 ) { addEntry ( index , valueNumber , lockCount ) ; } else { array [ index + 1 ] = lockCount ; } } | Set the lock count for a lock object . |
29,701 | public int getNumLockedObjects ( ) { int result = 0 ; for ( int i = 0 ; i + 1 < array . length ; i += 2 ) { if ( array [ i ] == INVALID ) { break ; } if ( array [ i + 1 ] > 0 ) { ++ result ; } } return result ; } | Get the number of distinct lock values with positive lock counts . |
29,702 | public void copyFrom ( LockSet other ) { if ( other . array . length != array . length ) { array = new int [ other . array . length ] ; } System . arraycopy ( other . array , 0 , array , 0 , array . length ) ; this . defaultLockCount = other . defaultLockCount ; } | Make this LockSet the same as the given one . |
29,703 | public void meetWith ( LockSet other ) { for ( int i = 0 ; i + 1 < array . length ; i += 2 ) { int valueNumber = array [ i ] ; if ( valueNumber < 0 ) { break ; } int mine = array [ i + 1 ] ; int his = other . getLockCount ( valueNumber ) ; array [ i + 1 ] = mergeValues ( mine , his ) ; } for ( int i = 0 ; i + 1 < other . array . length ; i += 2 ) { int valueNumber = other . array [ i ] ; if ( valueNumber < 0 ) { break ; } int mine = getLockCount ( valueNumber ) ; int his = other . array [ i + 1 ] ; setLockCount ( valueNumber , mergeValues ( mine , his ) ) ; } setDefaultLockCount ( 0 ) ; } | Meet this LockSet with another LockSet storing the result in this object . |
29,704 | public boolean containsReturnValue ( ValueNumberFactory factory ) { for ( int i = 0 ; i + 1 < array . length ; i += 2 ) { int valueNumber = array [ i ] ; if ( valueNumber < 0 ) { break ; } int lockCount = array [ i + 1 ] ; if ( lockCount > 0 && factory . forNumber ( valueNumber ) . hasFlag ( ValueNumber . RETURN_VALUE ) ) { return true ; } } return false ; } | Determine whether or not this lock set contains any locked values which are method return values . |
29,705 | public boolean isEmpty ( ) { for ( int i = 0 ; i + 1 < array . length ; i += 2 ) { int valueNumber = array [ i ] ; if ( valueNumber < 0 ) { return true ; } int myLockCount = array [ i + 1 ] ; if ( myLockCount > 0 ) { return false ; } } return true ; } | Return whether or not this lock set is empty meaning that no locks have a positive lock count . |
29,706 | public SimplePathEnumerator enumerate ( ) { Iterator < Edge > entryOut = cfg . outgoingEdgeIterator ( cfg . getEntry ( ) ) ; if ( ! entryOut . hasNext ( ) ) { throw new IllegalStateException ( ) ; } Edge entryEdge = entryOut . next ( ) ; LinkedList < Edge > init = new LinkedList < > ( ) ; init . add ( entryEdge ) ; work ( init ) ; if ( DEBUG && work == maxWork ) { System . out . println ( "**** Reached max work! ****" ) ; } return this ; } | Enumerate the simple paths . |
29,707 | public void visitClassContext ( ClassContext classContext ) { int majorVersion = classContext . getJavaClass ( ) . getMajor ( ) ; if ( majorVersion >= Const . MAJOR_1_5 && hasInterestingMethod ( classContext . getJavaClass ( ) . getConstantPool ( ) , methods ) ) { super . visitClassContext ( classContext ) ; } } | The detector is only meaningful for Java5 class libraries . |
29,708 | public static Collection < AnnotationValue > resolveTypeQualifiers ( AnnotationValue value ) { LinkedList < AnnotationValue > result = new LinkedList < > ( ) ; resolveTypeQualifierNicknames ( value , result , new LinkedList < ClassDescriptor > ( ) ) ; return result ; } | Resolve an AnnotationValue into a list of AnnotationValues representing type qualifier annotations . |
29,709 | public void mergeVertices ( Set < VertexType > vertexSet , GraphType g , VertexCombinator < VertexType > combinator , GraphToolkit < GraphType , EdgeType , VertexType > toolkit ) { if ( vertexSet . size ( ) <= 1 ) { return ; } TreeSet < EdgeType > edgeSet = new TreeSet < > ( ) ; for ( Iterator < EdgeType > i = g . edgeIterator ( ) ; i . hasNext ( ) ; ) { EdgeType e = i . next ( ) ; if ( vertexSet . contains ( e . getSource ( ) ) || vertexSet . contains ( e . getTarget ( ) ) ) { edgeSet . add ( e ) ; } } VertexType compositeVertex = combinator . combineVertices ( vertexSet ) ; for ( EdgeType e : edgeSet ) { VertexType source = vertexSet . contains ( e . getSource ( ) ) ? compositeVertex : e . getSource ( ) ; VertexType target = vertexSet . contains ( e . getTarget ( ) ) ? compositeVertex : e . getTarget ( ) ; if ( source == compositeVertex && target == compositeVertex && e . getSource ( ) != e . getTarget ( ) ) { continue ; } if ( g . lookupEdge ( source , target ) != null ) { continue ; } EdgeType compositeEdge = g . createEdge ( source , target ) ; toolkit . copyEdge ( e , compositeEdge ) ; } for ( VertexType aVertexSet : vertexSet ) { g . removeVertex ( aVertexSet ) ; } } | Merge the specified set of vertices into a single vertex . |
29,710 | public String getLabel ( ) { ASTVisitor labelFixingVisitor = getCustomLabelVisitor ( ) ; if ( labelFixingVisitor instanceof CustomLabelVisitor ) { if ( customizedLabel == null ) { String labelReplacement = findLabelReplacement ( labelFixingVisitor ) ; customizedLabel = label . replace ( BugResolution . PLACEHOLDER_STRING , labelReplacement ) ; } return customizedLabel ; } return label ; } | Returns the short label that briefly describes the change that will be made . |
29,711 | private void runInternal ( IMarker marker ) throws CoreException { Assert . isNotNull ( marker ) ; PendingRewrite pending = resolveWithoutWriting ( marker ) ; if ( pending == null ) { return ; } try { IRegion region = completeRewrite ( pending ) ; if ( region == null ) { return ; } IEditorPart part = EditorUtility . isOpenInEditor ( pending . originalUnit ) ; if ( part instanceof ITextEditor ) { ( ( ITextEditor ) part ) . selectAndReveal ( region . getOffset ( ) , region . getLength ( ) ) ; } } finally { pending . originalUnit . discardWorkingCopy ( ) ; } } | This method is used by the test - framework to catch the thrown exceptions and report it to the user . |
29,712 | protected ICompilationUnit getCompilationUnit ( IMarker marker ) { IResource res = marker . getResource ( ) ; if ( res instanceof IFile && res . isAccessible ( ) ) { IJavaElement element = JavaCore . create ( ( IFile ) res ) ; if ( element instanceof ICompilationUnit ) { return ( ICompilationUnit ) element ; } } return null ; } | Get the compilation unit for the marker . |
29,713 | protected void reportException ( Exception e ) { Assert . isNotNull ( e ) ; FindbugsPlugin . getDefault ( ) . logException ( e , e . getLocalizedMessage ( ) ) ; MessageDialog . openError ( FindbugsPlugin . getShell ( ) , "BugResolution failed." , e . getLocalizedMessage ( ) ) ; } | Reports an exception to the user . This method could be overwritten by a subclass to handle some exceptions individual . |
29,714 | public int getSizeOfSurroundingTryBlock ( String vmNameOfExceptionClass , int pc ) { if ( code == null ) { throw new IllegalStateException ( "Not visiting Code" ) ; } return Util . getSizeOfSurroundingTryBlock ( constantPool , code , vmNameOfExceptionClass , pc ) ; } | Get lines of code in try block that surround pc |
29,715 | public String getFullyQualifiedMethodName ( ) { if ( ! visitingMethod ) { throw new IllegalStateException ( "getFullyQualifiedMethodName called while not visiting method" ) ; } if ( fullyQualifiedMethodName == null ) { getMethodName ( ) ; getDottedMethodSig ( ) ; StringBuilder ref = new StringBuilder ( 5 + dottedClassName . length ( ) + methodName . length ( ) + dottedMethodSig . length ( ) ) ; ref . append ( dottedClassName ) . append ( "." ) . append ( methodName ) . append ( " : " ) . append ( dottedMethodSig ) ; fullyQualifiedMethodName = ref . toString ( ) ; } return fullyQualifiedMethodName ; } | If currently visiting a method get the method s fully qualified name |
29,716 | public String getMethodName ( ) { if ( ! visitingMethod ) { throw new IllegalStateException ( "getMethodName called while not visiting method" ) ; } if ( methodName == null ) { methodName = getStringFromIndex ( method . getNameIndex ( ) ) ; } return methodName ; } | If currently visiting a method get the method s name |
29,717 | public static boolean hasInterestingMethod ( ConstantPool cp , Collection < MethodDescriptor > methods ) { for ( Constant c : cp . getConstantPool ( ) ) { if ( c instanceof ConstantMethodref || c instanceof ConstantInterfaceMethodref ) { ConstantCP desc = ( ConstantCP ) c ; ConstantNameAndType nameAndType = ( ConstantNameAndType ) cp . getConstant ( desc . getNameAndTypeIndex ( ) ) ; String className = cp . getConstantString ( desc . getClassIndex ( ) , Const . CONSTANT_Class ) ; String name = ( ( ConstantUtf8 ) cp . getConstant ( nameAndType . getNameIndex ( ) ) ) . getBytes ( ) ; String signature = ( ( ConstantUtf8 ) cp . getConstant ( nameAndType . getSignatureIndex ( ) ) ) . getBytes ( ) ; int hash = FieldOrMethodDescriptor . getNameSigHashCode ( name , signature ) ; for ( MethodDescriptor method : methods ) { if ( method . getNameSigHashCode ( ) == hash && ( method . getSlashedClassName ( ) . isEmpty ( ) || method . getSlashedClassName ( ) . equals ( className ) ) && method . getName ( ) . equals ( name ) && method . getSignature ( ) . equals ( signature ) ) { return true ; } } } } return false ; } | Returns true if given constant pool probably has a reference to any of supplied methods Useful to exclude from analysis uninteresting classes |
29,718 | public String getMethodSig ( ) { if ( ! visitingMethod ) { throw new IllegalStateException ( "getMethodSig called while not visiting method" ) ; } if ( methodSig == null ) { methodSig = getStringFromIndex ( method . getSignatureIndex ( ) ) ; } return methodSig ; } | If currently visiting a method get the method s slash - formatted signature |
29,719 | public String getDottedMethodSig ( ) { if ( ! visitingMethod ) { throw new IllegalStateException ( "getDottedMethodSig called while not visiting method" ) ; } if ( dottedMethodSig == null ) { dottedMethodSig = getMethodSig ( ) . replace ( '/' , '.' ) ; } return dottedMethodSig ; } | If currently visiting a method get the method s dotted method signature |
29,720 | public String getFieldName ( ) { if ( ! visitingField ) { throw new IllegalStateException ( "getFieldName called while not visiting field" ) ; } if ( fieldName == null ) { fieldName = getStringFromIndex ( field . getNameIndex ( ) ) ; } return fieldName ; } | If currently visiting a field get the field s name |
29,721 | public String getFieldSig ( ) { if ( ! visitingField ) { throw new IllegalStateException ( "getFieldSig called while not visiting field" ) ; } if ( fieldSig == null ) { fieldSig = getStringFromIndex ( field . getSignatureIndex ( ) ) ; } return fieldSig ; } | If currently visiting a field get the field s slash - formatted signature |
29,722 | public String getFullyQualifiedFieldName ( ) { if ( ! visitingField ) { throw new IllegalStateException ( "getFullyQualifiedFieldName called while not visiting field" ) ; } if ( fullyQualifiedFieldName == null ) { fullyQualifiedFieldName = getDottedClassName ( ) + "." + getFieldName ( ) + " : " + getFieldSig ( ) ; } return fullyQualifiedFieldName ; } | If currently visiting a field get the field s fully qualified name |
29,723 | public String getDottedFieldSig ( ) { if ( ! visitingField ) { throw new IllegalStateException ( "getDottedFieldSig called while not visiting field" ) ; } if ( dottedFieldSig == null ) { dottedFieldSig = fieldSig . replace ( '/' , '.' ) ; } return dottedFieldSig ; } | If currently visiting a field get the field s dot - formatted signature |
29,724 | public ClassNotFoundException toClassNotFoundException ( ) { ClassDescriptor classDescriptor = DescriptorFactory . createClassDescriptorFromResourceName ( resourceName ) ; return new ClassNotFoundException ( "ResourceNotFoundException while looking for class " + classDescriptor . toDottedClassName ( ) + ": " + getMessage ( ) ) ; } | Convert this exception to a ClassNotFoundException . This method should only be called if the ResourceNotFoundException occurs while looking for a class . The message format is parseable by ClassNotFoundExceptionParser . |
29,725 | private ICodeBaseEntry search ( List < ? extends ICodeBase > codeBaseList , String resourceName ) { for ( ICodeBase codeBase : codeBaseList ) { ICodeBaseEntry resource = codeBase . lookupResource ( resourceName ) ; if ( resource != null ) { return resource ; } } return null ; } | Search list of codebases for named resource . |
29,726 | public void copyFrom ( StateSet other ) { this . isTop = other . isTop ; this . isBottom = other . isBottom ; this . onExceptionPath = other . onExceptionPath ; this . stateMap . clear ( ) ; for ( State state : other . stateMap . values ( ) ) { State dup = state . duplicate ( ) ; this . stateMap . put ( dup . getObligationSet ( ) , dup ) ; } } | Make this StateSet an exact copy of the given StateSet . |
29,727 | public void addObligation ( final Obligation obligation , int basicBlockId ) throws ObligationAcquiredOrReleasedInLoopException { Map < ObligationSet , State > updatedStateMap = new HashMap < > ( ) ; if ( stateMap . isEmpty ( ) ) { State s = new State ( factory ) ; s . getObligationSet ( ) . add ( obligation ) ; updatedStateMap . put ( s . getObligationSet ( ) , s ) ; } else { for ( State state : stateMap . values ( ) ) { checkCircularity ( state , obligation , basicBlockId ) ; state . getObligationSet ( ) . add ( obligation ) ; updatedStateMap . put ( state . getObligationSet ( ) , state ) ; } } replaceMap ( updatedStateMap ) ; } | Add an obligation to every State in the StateSet . |
29,728 | public void deleteObligation ( final Obligation obligation , int basicBlockId ) throws ObligationAcquiredOrReleasedInLoopException { Map < ObligationSet , State > updatedStateMap = new HashMap < > ( ) ; for ( Iterator < State > i = stateIterator ( ) ; i . hasNext ( ) ; ) { State state = i . next ( ) ; checkCircularity ( state , obligation , basicBlockId ) ; ObligationSet obligationSet = state . getObligationSet ( ) ; obligationSet . remove ( obligation ) ; if ( ! obligationSet . isEmpty ( ) ) { updatedStateMap . put ( obligationSet , state ) ; } } replaceMap ( updatedStateMap ) ; } | Remove an Obligation from every State in the StateSet . |
29,729 | private void checkCircularity ( State state , Obligation obligation , int basicBlockId ) throws ObligationAcquiredOrReleasedInLoopException { if ( state . getPath ( ) . hasComponent ( basicBlockId ) ) { throw new ObligationAcquiredOrReleasedInLoopException ( obligation ) ; } } | Bail out of the analysis is an obligation is acquired or released in a loop . |
29,730 | public List < State > getPrefixStates ( Path path ) { List < State > result = new LinkedList < > ( ) ; for ( State state : stateMap . values ( ) ) { if ( state . getPath ( ) . isPrefixOf ( path ) ) { result . add ( state ) ; } } return result ; } | Get all States that have Paths which are prefixes of the given Path . |
29,731 | private static boolean acquireAnalysisPermitUnlessCancelled ( IProgressMonitor monitor ) throws InterruptedException { do { if ( analysisSem . tryAcquire ( 1 , TimeUnit . SECONDS ) ) { return true ; } } while ( ! monitor . isCanceled ( ) ) ; return false ; } | Acquires an analysis permit unless first cancelled . |
29,732 | public void setTimestamp ( String timestamp ) throws ParseException { this . analysisTimestamp = new SimpleDateFormat ( TIMESTAMP_FORMAT , Locale . ENGLISH ) . parse ( timestamp ) ; } | Set the timestamp for this analysis run . |
29,733 | public void addBug ( BugInstance bug ) { SourceLineAnnotation source = bug . getPrimarySourceLineAnnotation ( ) ; PackageStats stat = getPackageStats ( source . getPackageName ( ) ) ; stat . addError ( bug ) ; ++ totalErrors [ 0 ] ; int priority = bug . getPriority ( ) ; if ( priority >= 1 ) { ++ totalErrors [ Math . min ( priority , totalErrors . length - 1 ) ] ; } } | Called when a bug is reported . |
29,734 | public void clearBugCounts ( ) { for ( int i = 0 ; i < totalErrors . length ; i ++ ) { totalErrors [ i ] = 0 ; } for ( PackageStats stats : packageStatsMap . values ( ) ) { stats . clearBugCounts ( ) ; } } | Clear bug counts |
29,735 | public void transformSummaryToHTML ( Writer htmlWriter ) throws IOException , TransformerException { ByteArrayOutputStream summaryOut = new ByteArrayOutputStream ( 8096 ) ; reportSummary ( summaryOut ) ; StreamSource in = new StreamSource ( new ByteArrayInputStream ( summaryOut . toByteArray ( ) ) ) ; StreamResult out = new StreamResult ( htmlWriter ) ; InputStream xslInputStream = this . getClass ( ) . getClassLoader ( ) . getResourceAsStream ( "summary.xsl" ) ; if ( xslInputStream == null ) { throw new IOException ( "Could not load summary stylesheet" ) ; } StreamSource xsl = new StreamSource ( xslInputStream ) ; TransformerFactory tf = TransformerFactory . newInstance ( ) ; Transformer transformer = tf . newTransformer ( xsl ) ; transformer . transform ( in , out ) ; Reader rdr = in . getReader ( ) ; if ( rdr != null ) { rdr . close ( ) ; } htmlWriter . close ( ) ; InputStream is = xsl . getInputStream ( ) ; if ( is != null ) { is . close ( ) ; } } | Transform summary information to HTML . |
29,736 | JPopupMenu createBugPopupMenu ( ) { JPopupMenu popupMenu = new JPopupMenu ( ) ; JMenuItem filterMenuItem = MainFrameHelper . newJMenuItem ( "menu.filterBugsLikeThis" , "Filter bugs like this" ) ; filterMenuItem . addActionListener ( evt -> { new NewFilterFromBug ( new FilterFromBugPicker ( currentSelectedBugLeaf . getBug ( ) , Arrays . asList ( mainFrame . getAvailableSortables ( ) ) ) , new ApplyNewFilter ( mainFrame . getProject ( ) . getSuppressionFilter ( ) , PreferencesFrame . getInstance ( ) , new FilterActivityNotifier ( ) ) ) ; mainFrame . setProjectChanged ( true ) ; mainFrame . getTree ( ) . setSelectionRow ( 0 ) ; } ) ; popupMenu . add ( filterMenuItem ) ; return popupMenu ; } | Creates popup menu for bugs on tree . |
29,737 | JPopupMenu createBranchPopUpMenu ( ) { JPopupMenu popupMenu = new JPopupMenu ( ) ; JMenuItem filterMenuItem = MainFrameHelper . newJMenuItem ( "menu.filterTheseBugs" , "Filter these bugs" ) ; filterMenuItem . addActionListener ( evt -> { try { int startCount ; TreePath path = MainFrame . getInstance ( ) . getTree ( ) . getSelectionPath ( ) ; TreePath deletePath = path ; startCount = ( ( BugAspects ) ( path . getLastPathComponent ( ) ) ) . getCount ( ) ; int count = ( ( BugAspects ) ( path . getParentPath ( ) . getLastPathComponent ( ) ) ) . getCount ( ) ; while ( count == startCount ) { deletePath = deletePath . getParentPath ( ) ; if ( deletePath . getParentPath ( ) == null ) { Matcher m1 = mainFrame . getCurrentSelectedBugAspects ( ) . getMatcher ( ) ; Filter suppressionFilter1 = MainFrame . getInstance ( ) . getProject ( ) . getSuppressionFilter ( ) ; suppressionFilter1 . addChild ( m1 ) ; PreferencesFrame . getInstance ( ) . updateFilterPanel ( ) ; FilterActivity . notifyListeners ( FilterListener . Action . FILTERING , null ) ; return ; } count = ( ( BugAspects ) ( deletePath . getParentPath ( ) . getLastPathComponent ( ) ) ) . getCount ( ) ; } BugTreeModel model = MainFrame . getInstance ( ) . getBugTreeModel ( ) ; TreeModelEvent event = new TreeModelEvent ( mainFrame , deletePath . getParentPath ( ) , new int [ ] { model . getIndexOfChild ( deletePath . getParentPath ( ) . getLastPathComponent ( ) , deletePath . getLastPathComponent ( ) ) } , new Object [ ] { deletePath . getLastPathComponent ( ) } ) ; Matcher m2 = mainFrame . getCurrentSelectedBugAspects ( ) . getMatcher ( ) ; Filter suppressionFilter2 = MainFrame . getInstance ( ) . getProject ( ) . getSuppressionFilter ( ) ; suppressionFilter2 . addChild ( m2 ) ; PreferencesFrame . getInstance ( ) . updateFilterPanel ( ) ; model . sendEvent ( event , BugTreeModel . TreeModification . REMOVE ) ; mainFrame . setProjectChanged ( true ) ; MainFrame . getInstance ( ) . getTree ( ) . setSelectionRow ( 0 ) ; } catch ( RuntimeException e ) { MainFrame . getInstance ( ) . showMessageDialog ( "Unable to create filter: " + e . getMessage ( ) ) ; } } ) ; popupMenu . add ( filterMenuItem ) ; return popupMenu ; } | Creates the branch pop up menu that ask if the user wants to hide all the bugs in that branch . |
29,738 | public void accumulateBug ( BugInstance bug , SourceLineAnnotation sourceLine ) { if ( sourceLine == null ) { throw new NullPointerException ( "Missing source line" ) ; } int priority = bug . getPriority ( ) ; if ( ! performAccumulation ) { bug . addSourceLine ( sourceLine ) ; } else { bug . setPriority ( Priorities . NORMAL_PRIORITY ) ; } lastBug = bug ; lastSourceLine = sourceLine ; Data d = map . get ( bug ) ; if ( d == null ) { String hash = bug . getInstanceHash ( ) ; BugInstance conflictingBug = hashes . get ( hash ) ; if ( conflictingBug != null ) { if ( conflictingBug . getPriority ( ) <= priority ) { return ; } map . remove ( conflictingBug ) ; } d = new Data ( priority , sourceLine ) ; map . put ( bug , d ) ; hashes . put ( hash , bug ) ; } else if ( d . priority > priority ) { if ( d . priority >= Priorities . LOW_PRIORITY ) { reportBug ( bug , d ) ; d . allSource . clear ( ) ; } d . priority = priority ; d . primarySource = sourceLine ; } else if ( priority >= Priorities . LOW_PRIORITY && priority > d . priority ) { bug . setPriority ( priority ) ; reporter . reportBug ( bug ) ; return ; } d . allSource . add ( sourceLine ) ; } | Accumulate a warning at given source location . |
29,739 | public void accumulateBug ( BugInstance bug , BytecodeScanningDetector visitor ) { SourceLineAnnotation source = SourceLineAnnotation . fromVisitedInstruction ( visitor ) ; accumulateBug ( bug , source ) ; } | Accumulate a warning at source location currently being visited by given BytecodeScanningDetector . |
29,740 | public void reportAccumulatedBugs ( ) { for ( Map . Entry < BugInstance , Data > e : map . entrySet ( ) ) { BugInstance bug = e . getKey ( ) ; Data d = e . getValue ( ) ; reportBug ( bug , d ) ; } clearBugs ( ) ; } | Report accumulated warnings to the BugReporter . Clears all accumulated warnings as a side - effect . |
29,741 | public void rebuild ( ) { if ( TRACE ) { System . out . println ( "rebuilding bug tree model" ) ; } NewFilterFromBug . closeAll ( ) ; if ( rebuildingThread == null ) { setOldSelectedBugs ( ) ; } Debug . println ( "Please Wait called right before starting rebuild thread" ) ; mainFrame . acquireDisplayWait ( ) ; rebuildingThread = edu . umd . cs . findbugs . util . Util . runInDameonThread ( new Runnable ( ) { BugTreeModel newModel ; public void run ( ) { try { newModel = new BugTreeModel ( BugTreeModel . this ) ; newModel . listeners = listeners ; newModel . resetData ( ) ; newModel . bugSet . sortList ( ) ; } finally { rebuildingThread = null ; SwingUtilities . invokeLater ( ( ) -> { if ( newModel != null ) { JTree newTree = new JTree ( newModel ) ; newModel . tree = newTree ; mainFrame . mainFrameTree . newTree ( newTree , newModel ) ; mainFrame . releaseDisplayWait ( ) ; } getOffListenerList ( ) ; } ) ; } } } , "Rebuilding thread" ) ; } | Swaps in a new BugTreeModel and a new JTree |
29,742 | public static Collection < TypeQualifierValue < ? > > getComplementaryExclusiveTypeQualifierValue ( TypeQualifierValue < ? > tqv ) { assert tqv . isExclusiveQualifier ( ) ; LinkedList < TypeQualifierValue < ? > > result = new LinkedList < > ( ) ; for ( TypeQualifierValue < ? > t : instance . get ( ) . allKnownTypeQualifiers ) { if ( t . typeQualifier . equals ( tqv . typeQualifier ) && ! Objects . equals ( t . value , tqv . value ) ) { result . add ( t ) ; } } return result ; } | Get the complementary TypeQualifierValues for given exclusive type qualifier . |
29,743 | private int getIntValue ( int stackDepth , int defaultValue ) { if ( stack . getStackDepth ( ) < stackDepth ) { return defaultValue ; } OpcodeStack . Item it = stack . getStackItem ( stackDepth ) ; Object value = it . getConstant ( ) ; if ( ! ( value instanceof Integer ) ) { return defaultValue ; } return ( ( Number ) value ) . intValue ( ) ; } | return an int on the stack or defaultValue if can t determine |
29,744 | public static synchronized SortedMap < String , String > getContributedDetectors ( ) { if ( contributedDetectors != null ) { return new TreeMap < > ( contributedDetectors ) ; } TreeMap < String , String > set = new TreeMap < > ( ) ; IExtensionRegistry registry = Platform . getExtensionRegistry ( ) ; for ( IConfigurationElement configElt : registry . getConfigurationElementsFor ( EXTENSION_POINT_ID ) ) { addContribution ( set , configElt ) ; } contributedDetectors = set ; return new TreeMap < > ( contributedDetectors ) ; } | key is the plugin id value is the plugin library path |
29,745 | private static String resolvePluginClassesDir ( String bundleName , File sourceDir ) { if ( sourceDir . listFiles ( ) == null ) { FindbugsPlugin . getDefault ( ) . logException ( new IllegalStateException ( "No files in the bundle!" ) , "Failed to create temporary detector package for bundle " + sourceDir ) ; return null ; } String outputDir = getBuildDirectory ( bundleName , sourceDir ) ; if ( outputDir . length ( ) == 0 ) { FindbugsPlugin . getDefault ( ) . logException ( new IllegalStateException ( "No output directory in build.properties" ) , "No output directory in build.properties " + sourceDir ) ; return null ; } File classDir = new File ( sourceDir , outputDir ) ; if ( classDir . listFiles ( ) == null ) { FindbugsPlugin . getDefault ( ) . logException ( new IllegalStateException ( "No files in the bundle output dir!" ) , "Failed to create temporary detector package for bundle " + sourceDir ) ; return null ; } File etcDir = new File ( sourceDir , "etc" ) ; if ( etcDir . listFiles ( ) == null ) { FindbugsPlugin . getDefault ( ) . logException ( new IllegalStateException ( "No files in the bundle etc dir!" ) , "Failed to create temporary detector package for bundle " + sourceDir ) ; return null ; } return classDir . getAbsolutePath ( ) ; } | Used for Eclipse instances running inside debugger . During development Eclipse plugins are just directories . The code below tries to locate plugin s bin directory . It doesn t work if the plugin build . properties are not existing or contain invalid content |
29,746 | public static LocalVariableAnnotation getParameterLocalVariableAnnotation ( Method method , int local ) { LocalVariableAnnotation lva = getLocalVariableAnnotation ( method , local , 0 , 0 ) ; if ( lva . isNamed ( ) ) { lva . setDescription ( LocalVariableAnnotation . PARAMETER_NAMED_ROLE ) ; } else { lva . setDescription ( LocalVariableAnnotation . PARAMETER_ROLE ) ; } return lva ; } | Get a local variable annotation describing a parameter . |
29,747 | public char next ( ) { ++ docPos ; if ( docPos < segmentEnd || segmentEnd >= doc . getLength ( ) ) { return text . next ( ) ; } try { doc . getText ( segmentEnd , doc . getLength ( ) - segmentEnd , text ) ; } catch ( BadLocationException e ) { throw new RuntimeException ( e ) ; } segmentEnd += text . count ; return text . current ( ) ; } | Increments the iterator s index by one and returns the character at the new index . |
29,748 | public static String rewriteMethodSignature ( ClassNameRewriter classNameRewriter , String methodSignature ) { if ( classNameRewriter != IdentityClassNameRewriter . instance ( ) ) { SignatureParser parser = new SignatureParser ( methodSignature ) ; StringBuilder buf = new StringBuilder ( ) ; buf . append ( '(' ) ; for ( Iterator < String > i = parser . parameterSignatureIterator ( ) ; i . hasNext ( ) ; ) { buf . append ( rewriteSignature ( classNameRewriter , i . next ( ) ) ) ; } buf . append ( ')' ) ; buf . append ( rewriteSignature ( classNameRewriter , parser . getReturnTypeSignature ( ) ) ) ; methodSignature = buf . toString ( ) ; } return methodSignature ; } | Rewrite a method signature . |
29,749 | public static String rewriteSignature ( ClassNameRewriter classNameRewriter , String signature ) { if ( classNameRewriter != IdentityClassNameRewriter . instance ( ) && signature . startsWith ( "L" ) ) { String className = signature . substring ( 1 , signature . length ( ) - 1 ) . replace ( '/' , '.' ) ; className = classNameRewriter . rewriteClassName ( className ) ; signature = "L" + className . replace ( '.' , '/' ) + ";" ; } return signature ; } | Rewrite a signature . |
29,750 | public static MethodAnnotation convertMethodAnnotation ( ClassNameRewriter classNameRewriter , MethodAnnotation annotation ) { if ( classNameRewriter != IdentityClassNameRewriter . instance ( ) ) { annotation = new MethodAnnotation ( classNameRewriter . rewriteClassName ( annotation . getClassName ( ) ) , annotation . getMethodName ( ) , rewriteMethodSignature ( classNameRewriter , annotation . getMethodSignature ( ) ) , annotation . isStatic ( ) ) ; } return annotation ; } | Rewrite a MethodAnnotation to update the class name and any class names mentioned in the method signature . |
29,751 | public static FieldAnnotation convertFieldAnnotation ( ClassNameRewriter classNameRewriter , FieldAnnotation annotation ) { if ( classNameRewriter != IdentityClassNameRewriter . instance ( ) ) { annotation = new FieldAnnotation ( classNameRewriter . rewriteClassName ( annotation . getClassName ( ) ) , annotation . getFieldName ( ) , rewriteSignature ( classNameRewriter , annotation . getFieldSignature ( ) ) , annotation . isStatic ( ) ) ; } return annotation ; } | Rewrite a FieldAnnotation to update the class name and field signature if needed . |
29,752 | private InterproceduralCallGraphVertex findVertex ( XMethod xmethod ) { InterproceduralCallGraphVertex vertex ; vertex = callGraph . lookupVertex ( xmethod . getMethodDescriptor ( ) ) ; if ( vertex == null ) { vertex = new InterproceduralCallGraphVertex ( ) ; vertex . setXmethod ( xmethod ) ; callGraph . addVertex ( vertex ) ; } return vertex ; } | Find the InterproceduralCallGraphVertex for given XMethod . |
29,753 | public boolean hasComponent ( int blockId ) { for ( int i = 0 ; i < length ; i ++ ) { if ( blockIdList [ i ] == blockId ) { return true ; } } return false ; } | Determine whether or not the id of the given BasicBlock appears anywhere in the path . |
29,754 | public void copyFrom ( Path other ) { grow ( other . length - 1 ) ; System . arraycopy ( other . blockIdList , 0 , this . blockIdList , 0 , other . length ) ; this . length = other . length ; this . cachedHashCode = other . cachedHashCode ; } | Make this Path identical to the given one . |
29,755 | public void acceptVisitor ( CFG cfg , PathVisitor visitor ) { if ( getLength ( ) > 0 ) { BasicBlock startBlock = cfg . lookupBlockByLabel ( getBlockIdAt ( 0 ) ) ; acceptVisitorStartingFromLocation ( cfg , visitor , startBlock , startBlock . getFirstInstruction ( ) ) ; } } | Accept a PathVisitor . |
29,756 | public void acceptVisitorStartingFromLocation ( CFG cfg , PathVisitor visitor , BasicBlock startBlock , InstructionHandle startHandle ) { int index ; for ( index = 0 ; index < getLength ( ) ; index ++ ) { if ( getBlockIdAt ( index ) == startBlock . getLabel ( ) ) { break ; } } assert index < getLength ( ) ; Iterator < InstructionHandle > i = startBlock . instructionIterator ( ) ; if ( startHandle != startBlock . getFirstInstruction ( ) ) { while ( i . hasNext ( ) ) { InstructionHandle handle = i . next ( ) ; if ( handle . getNext ( ) == startHandle ) { break ; } } } BasicBlock basicBlock = startBlock ; while ( true ) { visitor . visitBasicBlock ( basicBlock ) ; while ( i . hasNext ( ) ) { visitor . visitInstructionHandle ( i . next ( ) ) ; } index ++ ; if ( index >= getLength ( ) ) { break ; } BasicBlock next = cfg . lookupBlockByLabel ( getBlockIdAt ( index ) ) ; Edge edge = cfg . lookupEdge ( basicBlock , next ) ; assert edge != null ; visitor . visitEdge ( edge ) ; basicBlock = next ; i = basicBlock . instructionIterator ( ) ; } } | Accept a PathVisitor starting from a given BasicBlock and InstructionHandle . |
29,757 | public boolean isPrefixOf ( Path path ) { if ( this . getLength ( ) > path . getLength ( ) ) { return false ; } for ( int i = 0 ; i < getLength ( ) ; i ++ ) { if ( this . getBlockIdAt ( i ) != path . getBlockIdAt ( i ) ) { return false ; } } return true ; } | Determine whether or not given Path is a prefix of this one . |
29,758 | private void produce ( IsNullValue value ) { IsNullValueFrame frame = getFrame ( ) ; frame . pushValue ( value ) ; newValueOnTOS ( ) ; } | to produce different values in each of the control successors . |
29,759 | private void handleInvoke ( InvokeInstruction obj ) { if ( obj instanceof INVOKEDYNAMIC ) { return ; } Type returnType = obj . getReturnType ( getCPG ( ) ) ; Location location = getLocation ( ) ; if ( trackValueNumbers ) { try { ValueNumberFrame vnaFrame = vnaDataflow . getFactAtLocation ( location ) ; Set < ValueNumber > nonnullParameters = UnconditionalValueDerefAnalysis . checkAllNonNullParams ( location , vnaFrame , cpg , null , null , typeDataflow ) ; if ( ! nonnullParameters . isEmpty ( ) ) { IsNullValue kaboom = IsNullValue . noKaboomNonNullValue ( location ) ; IsNullValueFrame frame = getFrame ( ) ; for ( ValueNumber vn : nonnullParameters ) { IsNullValue knownValue = frame . getKnownValue ( vn ) ; if ( knownValue != null && ! knownValue . isDefinitelyNotNull ( ) ) { if ( knownValue . isDefinitelyNull ( ) ) { frame . setTop ( ) ; return ; } frame . setKnownValue ( vn , kaboom ) ; } for ( int i = 0 ; i < vnaFrame . getNumSlots ( ) ; i ++ ) { IsNullValue value = frame . getValue ( i ) ; if ( vnaFrame . getValue ( i ) . equals ( vn ) && ! value . isDefinitelyNotNull ( ) ) { frame . setValue ( i , kaboom ) ; if ( value . isDefinitelyNull ( ) ) { frame . setTop ( ) ; return ; } } } } } } catch ( DataflowAnalysisException e ) { AnalysisContext . logError ( "Error looking up nonnull parameters for invoked method" , e ) ; } } boolean modelCallReturnValue = MODEL_NONNULL_RETURN && returnType instanceof ReferenceType ; if ( ! modelCallReturnValue ) { handleNormalInstruction ( obj ) ; } else { IsNullValue result = null ; TypeFrame typeFrame ; try { typeFrame = typeDataflow . getFactAtLocation ( location ) ; Set < XMethod > targetSet = Hierarchy2 . resolveMethodCallTargets ( obj , typeFrame , cpg ) ; if ( targetSet . isEmpty ( ) ) { XMethod calledMethod = XFactory . createXMethod ( obj , getCPG ( ) ) ; result = getReturnValueNullness ( calledMethod ) ; } else { for ( XMethod calledMethod : targetSet ) { IsNullValue pushValue = getReturnValueNullness ( calledMethod ) ; if ( result == null ) { result = pushValue ; } else { result = IsNullValue . merge ( result , pushValue ) ; } } } } catch ( DataflowAnalysisException e ) { result = IsNullValue . nonReportingNotNullValue ( ) ; } catch ( ClassNotFoundException e ) { result = IsNullValue . nonReportingNotNullValue ( ) ; } modelInstruction ( obj , getNumWordsConsumed ( obj ) , getNumWordsProduced ( obj ) , result ) ; newValueOnTOS ( ) ; } } | Handle method invocations . Generally we want to get rid of null information following a call to a likely exception thrower or assertion . |
29,760 | private boolean checkForKnownValue ( Instruction obj ) { if ( trackValueNumbers ) { try { ValueNumberFrame vnaFrameAfter = vnaDataflow . getFactAfterLocation ( getLocation ( ) ) ; if ( vnaFrameAfter . isValid ( ) ) { ValueNumber tosVN = vnaFrameAfter . getTopValue ( ) ; IsNullValue knownValue = getFrame ( ) . getKnownValue ( tosVN ) ; if ( knownValue != null ) { modelNormalInstruction ( obj , getNumWordsConsumed ( obj ) , 0 ) ; produce ( knownValue ) ; return true ; } } } catch ( DataflowAnalysisException e ) { } } return false ; } | Check given Instruction to see if it produces a known value . If so model the instruction and return true . Otherwise do nothing and return false . Should only be used for instructions that produce a single value on the top of the stack . |
29,761 | public static String trimComma ( String s ) { if ( s . endsWith ( "," ) ) { s = s . substring ( 0 , s . length ( ) - 1 ) ; } return s ; } | Trim trailing comma from given string . |
29,762 | public static boolean initializeUnescapePattern ( ) { if ( paternIsInitialized == true ) { return true ; } synchronized ( unescapeInitLockObject ) { if ( paternIsInitialized == true ) { return true ; } try { unescapePattern = Pattern . compile ( unicodeUnescapeMatchExpression ) ; } catch ( PatternSyntaxException pse ) { System . err . println ( "Imposible error: " + "static final regular expression pattern " + "failed to compile. Exception: " + pse . toString ( ) ) ; return false ; } paternIsInitialized = true ; } return true ; } | Initialize regular expressions used in unescaping . This method will be invoked automatically the first time a string is unescaped . |
29,763 | public String getReturnTypeSignature ( ) { int endOfParams = signature . lastIndexOf ( ')' ) ; if ( endOfParams < 0 ) { throw new IllegalArgumentException ( "Bad method signature: " + signature ) ; } return signature . substring ( endOfParams + 1 ) ; } | Get the method return type signature . |
29,764 | public int getNumParameters ( ) { int count = 0 ; for ( Iterator < String > i = parameterSignatureIterator ( ) ; i . hasNext ( ) ; ) { i . next ( ) ; ++ count ; } return count ; } | Get the number of parameters in the signature . |
29,765 | public static boolean compareSignatures ( String plainSignature , String genericSignature ) { GenericSignatureParser plainParser = new GenericSignatureParser ( plainSignature ) ; GenericSignatureParser genericParser = new GenericSignatureParser ( genericSignature ) ; return plainParser . getNumParameters ( ) == genericParser . getNumParameters ( ) ; } | Compare a plain method signature to the a generic method Signature and return true if they match |
29,766 | public static String findCodeBaseInClassPath ( Pattern codeBaseNamePattern , String classPath ) { if ( classPath == null ) { return null ; } StringTokenizer tok = new StringTokenizer ( classPath , File . pathSeparator ) ; while ( tok . hasMoreTokens ( ) ) { String t = tok . nextToken ( ) ; File f = new File ( t ) ; Matcher m = codeBaseNamePattern . matcher ( f . getName ( ) ) ; if ( m . matches ( ) ) { return t ; } } return null ; } | Try to find a codebase matching the given pattern in the given class path string . |
29,767 | public static void skipFully ( InputStream in , long bytes ) throws IOException { if ( bytes < 0 ) { throw new IllegalArgumentException ( "Can't skip " + bytes + " bytes" ) ; } long remaining = bytes ; while ( remaining > 0 ) { long skipped = in . skip ( remaining ) ; if ( skipped <= 0 ) { throw new EOFException ( "Reached EOF while trying to skip a total of " + bytes ) ; } remaining -= skipped ; } } | Provide a skip fully method . Either skips the requested number of bytes or throws an IOException ; |
29,768 | public static Type fromExceptionSet ( ExceptionSet exceptionSet ) throws ClassNotFoundException { Type commonSupertype = exceptionSet . getCommonSupertype ( ) ; if ( commonSupertype . getType ( ) != Const . T_OBJECT ) { return commonSupertype ; } ObjectType exceptionSupertype = ( ObjectType ) commonSupertype ; String className = exceptionSupertype . getClassName ( ) ; if ( "java.lang.Throwable" . equals ( className ) ) { return exceptionSupertype ; } return new ExceptionObjectType ( className , exceptionSet ) ; } | Initialize object from an exception set . |
29,769 | public String parseNext ( ) { StringBuilder result = new StringBuilder ( ) ; if ( signature . startsWith ( "[" ) ) { int dimensions = 0 ; do { ++ dimensions ; signature = signature . substring ( 1 ) ; } while ( signature . charAt ( 0 ) == '[' ) ; result . append ( parseNext ( ) ) ; while ( dimensions -- > 0 ) { result . append ( "[]" ) ; } } else if ( signature . startsWith ( "L" ) ) { int semi = signature . indexOf ( ';' ) ; if ( semi < 0 ) { throw new IllegalStateException ( "missing semicolon in signature " + signature ) ; } result . append ( signature . substring ( 1 , semi ) . replace ( '/' , '.' ) ) ; signature = signature . substring ( semi + 1 ) ; } else { switch ( signature . charAt ( 0 ) ) { case 'B' : result . append ( "byte" ) ; break ; case 'C' : result . append ( "char" ) ; break ; case 'D' : result . append ( "double" ) ; break ; case 'F' : result . append ( "float" ) ; break ; case 'I' : result . append ( "int" ) ; break ; case 'J' : result . append ( "long" ) ; break ; case 'S' : result . append ( "short" ) ; break ; case 'Z' : result . append ( "boolean" ) ; break ; case 'V' : result . append ( "void" ) ; break ; default : throw new IllegalArgumentException ( "bad signature " + signature ) ; } skip ( ) ; } return result . toString ( ) ; } | Parse a single type out of the signature starting at the beginning of the remaining part of the signature . For example if the first character of the remaining part is I then this method will return int and the I will be consumed . Arrays reference types and basic types are all handled . |
29,770 | static public void reportMissingClass ( ClassNotFoundException e ) { requireNonNull ( e , "argument is null" ) ; String missing = AbstractBugReporter . getMissingClassName ( e ) ; if ( skipReportingMissingClass ( missing ) ) { return ; } if ( ! analyzingApplicationClass ( ) ) { return ; } RepositoryLookupFailureCallback lookupFailureCallback = getCurrentLookupFailureCallback ( ) ; if ( lookupFailureCallback != null ) { lookupFailureCallback . reportMissingClass ( e ) ; } } | file a ClassNotFoundException with the lookupFailureCallback |
29,771 | public final void loadInterproceduralDatabases ( ) { loadPropertyDatabase ( getFieldStoreTypeDatabase ( ) , FieldStoreTypeDatabase . DEFAULT_FILENAME , "field store type database" ) ; loadPropertyDatabase ( getUnconditionalDerefParamDatabase ( ) , UNCONDITIONAL_DEREF_DB_FILENAME , "unconditional param deref database" ) ; loadPropertyDatabase ( getReturnValueNullnessPropertyDatabase ( ) , NONNULL_RETURN_DB_FILENAME , "nonnull return db database" ) ; } | If possible load interprocedural property databases . |
29,772 | public final void setDatabaseInputDir ( String databaseInputDir ) { if ( DEBUG ) { System . out . println ( "Setting database input directory: " + databaseInputDir ) ; } this . databaseInputDir = databaseInputDir ; } | Set the interprocedural database input directory . |
29,773 | public final void setDatabaseOutputDir ( String databaseOutputDir ) { if ( DEBUG ) { System . out . println ( "Setting database output directory: " + databaseOutputDir ) ; } this . databaseOutputDir = databaseOutputDir ; } | Set the interprocedural database output directory . |
29,774 | public < DatabaseType extends PropertyDatabase < KeyType , Property > , KeyType extends FieldOrMethodDescriptor , Property > void storePropertyDatabase ( DatabaseType database , String fileName , String description ) { try { File dbFile = new File ( getDatabaseOutputDir ( ) , fileName ) ; if ( DEBUG ) { System . out . println ( "Writing " + description + " to " + dbFile . getPath ( ) + "..." ) ; } database . writeToFile ( dbFile . getPath ( ) ) ; } catch ( IOException e ) { getLookupFailureCallback ( ) . logError ( "Error writing " + description , e ) ; } } | Write an interprocedural property database . |
29,775 | public static void setCurrentAnalysisContext ( AnalysisContext analysisContext ) { currentAnalysisContext . set ( analysisContext ) ; if ( Global . getAnalysisCache ( ) != null ) { currentXFactory . set ( new XFactory ( ) ) ; } } | Set the current analysis context for this thread . |
29,776 | public ClassContext getClassContext ( JavaClass javaClass ) { ClassDescriptor classDescriptor = DescriptorFactory . instance ( ) . getClassDescriptor ( ClassName . toSlashedClassName ( javaClass . getClassName ( ) ) ) ; try { return Global . getAnalysisCache ( ) . getClassAnalysis ( ClassContext . class , classDescriptor ) ; } catch ( CheckedAnalysisException e ) { IllegalStateException ise = new IllegalStateException ( "Could not get ClassContext for JavaClass" ) ; ise . initCause ( e ) ; throw ise ; } } | Get the ClassContext for a class . |
29,777 | public void copyFrom ( BlockType other ) { this . isValid = other . isValid ; this . isTop = other . isTop ; if ( isValid ) { this . depth = other . depth ; this . clear ( ) ; this . or ( other ) ; } } | Make this object an exact duplicate of given object . |
29,778 | public boolean sameAs ( BlockType other ) { if ( ! this . isValid ) { return ! other . isValid && ( this . isTop == other . isTop ) ; } else { if ( ! other . isValid ) { return false ; } else { if ( this . depth != other . depth ) { return false ; } for ( int i = 0 ; i < this . depth ; ++ i ) { if ( this . get ( i ) != other . get ( i ) ) { return false ; } } return true ; } } } | Return whether or not this object is identical to the one given . |
29,779 | public void mergeWith ( BlockType other ) { if ( this . isTop ( ) || other . isBottom ( ) ) { copyFrom ( other ) ; } else if ( isValid ( ) ) { int pfxLen = Math . min ( this . depth , other . depth ) ; int commonLen ; for ( commonLen = 0 ; commonLen < pfxLen ; ++ commonLen ) { if ( this . get ( commonLen ) != other . get ( commonLen ) ) { break ; } } this . depth = commonLen ; } } | Merge other dataflow value into this value . |
29,780 | public static synchronized Map < String , List < QuickFixContribution > > getContributedQuickFixes ( ) { if ( contributedQuickFixes != null ) { return contributedQuickFixes ; } HashMap < String , List < QuickFixContribution > > set = new HashMap < > ( ) ; IExtensionRegistry registry = Platform . getExtensionRegistry ( ) ; for ( IConfigurationElement configElt : registry . getConfigurationElementsFor ( EXTENSION_POINT_ID ) ) { addContribution ( set , configElt ) ; } Set < Entry < String , List < QuickFixContribution > > > entrySet = set . entrySet ( ) ; for ( Entry < String , List < QuickFixContribution > > entry : entrySet ) { entry . setValue ( Collections . unmodifiableList ( entry . getValue ( ) ) ) ; } contributedQuickFixes = Collections . unmodifiableMap ( set ) ; return contributedQuickFixes ; } | key is the pattern id the value is the corresponding contribution |
29,781 | public static void getDirectApplications ( Set < TypeQualifierAnnotation > result , XMethod o , int parameter ) { Collection < AnnotationValue > values = getDirectAnnotation ( o , parameter ) ; for ( AnnotationValue v : values ) { constructTypeQualifierAnnotation ( result , v ) ; } } | Populate a Set of TypeQualifierAnnotations representing directly - applied type qualifier annotations on given method parameter . |
29,782 | public static void getDirectApplications ( Set < TypeQualifierAnnotation > result , AnnotatedObject o , ElementType e ) { if ( ! o . getElementType ( ) . equals ( e ) ) { return ; } Collection < AnnotationValue > values = getDirectAnnotation ( o ) ; for ( AnnotationValue v : values ) { constructTypeQualifierAnnotation ( result , v ) ; } } | Populate a Set of TypeQualifierAnnotations representing directly - applied type qualifier annotations on given AnnotatedObject . |
29,783 | public static TypeQualifierAnnotation constructTypeQualifierAnnotation ( AnnotationValue v ) { assert v != null ; EnumValue whenValue = ( EnumValue ) v . getValue ( "when" ) ; When when = whenValue == null ? When . ALWAYS : When . valueOf ( whenValue . value ) ; ClassDescriptor annotationClass = v . getAnnotationClass ( ) ; TypeQualifierValue < ? > tqv = TypeQualifierValue . getValue ( annotationClass , v . getValue ( "value" ) ) ; TypeQualifierAnnotation tqa = TypeQualifierAnnotation . getValue ( tqv , when ) ; return tqa ; } | Resolve a raw AnnotationValue into a TypeQualifierAnnotation . |
29,784 | public static void constructTypeQualifierAnnotation ( Set < TypeQualifierAnnotation > set , AnnotationValue v ) { assert set != null ; TypeQualifierAnnotation tqa = constructTypeQualifierAnnotation ( v ) ; set . add ( tqa ) ; } | Resolve a raw AnnotationValue into a TypeQualifierAnnotation storing result in given Set . |
29,785 | private static TypeQualifierAnnotation findMatchingTypeQualifierAnnotation ( Collection < TypeQualifierAnnotation > typeQualifierAnnotations , TypeQualifierValue < ? > typeQualifierValue ) { for ( TypeQualifierAnnotation typeQualifierAnnotation : typeQualifierAnnotations ) { if ( typeQualifierAnnotation . typeQualifier . equals ( typeQualifierValue ) ) { return typeQualifierAnnotation ; } } return null ; } | Look up a TypeQualifierAnnotation matching given TypeQualifierValue . |
29,786 | private static TypeQualifierAnnotation getDefaultAnnotation ( AnnotatedObject o , TypeQualifierValue < ? > typeQualifierValue , ElementType elementType ) { TypeQualifierAnnotation result ; Collection < AnnotationValue > values = TypeQualifierResolver . resolveTypeQualifierDefaults ( o . getAnnotations ( ) , elementType ) ; TypeQualifierAnnotation tqa = extractAnnotation ( values , typeQualifierValue ) ; if ( tqa != null ) { return tqa ; } if ( ( result = checkFindBugsDefaultAnnotation ( FindBugsDefaultAnnotations . DEFAULT_ANNOTATION , o , typeQualifierValue ) ) != null ) { return result ; } switch ( elementType ) { case FIELD : result = checkFindBugsDefaultAnnotation ( FindBugsDefaultAnnotations . DEFAULT_ANNOTATION_FOR_FIELDS , o , typeQualifierValue ) ; break ; case METHOD : result = checkFindBugsDefaultAnnotation ( FindBugsDefaultAnnotations . DEFAULT_ANNOTATION_FOR_METHODS , o , typeQualifierValue ) ; break ; case PARAMETER : result = checkFindBugsDefaultAnnotation ( FindBugsDefaultAnnotations . DEFAULT_ANNOTATION_FOR_PARAMETERS , o , typeQualifierValue ) ; break ; default : break ; } if ( result == null ) { AnnotationValue annotationValue = o . getAnnotation ( TypeQualifierResolver . eclipseNonNullByDefault ) ; if ( annotationValue != null ) { Collection < AnnotationValue > resolvedTypeQualifiers = TypeQualifierResolver . resolveTypeQualifiers ( annotationValue ) ; tqa = extractAnnotation ( resolvedTypeQualifiers , typeQualifierValue ) ; if ( tqa != null ) { return tqa ; } } } return result ; } | Look for a default type qualifier annotation . |
29,787 | private static TypeQualifierAnnotation getDirectTypeQualifierAnnotation ( AnnotatedObject o , TypeQualifierValue < ? > typeQualifierValue ) { TypeQualifierAnnotation result ; Set < TypeQualifierAnnotation > applications = new HashSet < > ( ) ; getDirectApplications ( applications , o , o . getElementType ( ) ) ; result = findMatchingTypeQualifierAnnotation ( applications , typeQualifierValue ) ; return result ; } | Get a directly - applied TypeQualifierAnnotation on given AnnotatedObject . |
29,788 | public static TypeQualifierAnnotation getInheritedTypeQualifierAnnotation ( XMethod o , TypeQualifierValue < ? > typeQualifierValue ) { assert ! o . isStatic ( ) ; ReturnTypeAnnotationAccumulator accumulator = new ReturnTypeAnnotationAccumulator ( typeQualifierValue , o ) ; try { AnalysisContext . currentAnalysisContext ( ) . getSubtypes2 ( ) . traverseSupertypesDepthFirst ( o . getClassDescriptor ( ) , accumulator ) ; TypeQualifierAnnotation result = accumulator . getResult ( ) . getEffectiveTypeQualifierAnnotation ( ) ; if ( result == null && accumulator . overrides ( ) ) { return TypeQualifierAnnotation . OVERRIDES_BUT_NO_ANNOTATION ; } return result ; } catch ( ClassNotFoundException e ) { AnalysisContext . currentAnalysisContext ( ) . getLookupFailureCallback ( ) . reportMissingClass ( e ) ; return null ; } } | Get the effective inherited TypeQualifierAnnotation on given instance method . |
29,789 | public static TypeQualifierAnnotation getDirectTypeQualifierAnnotation ( XMethod xmethod , int parameter , TypeQualifierValue < ? > typeQualifierValue ) { XMethod bridge = xmethod . bridgeTo ( ) ; if ( bridge != null ) { xmethod = bridge ; } Set < TypeQualifierAnnotation > applications = new HashSet < > ( ) ; getDirectApplications ( applications , xmethod , parameter ) ; if ( DEBUG_METHOD != null && DEBUG_METHOD . equals ( xmethod . getName ( ) ) ) { System . out . println ( " Direct applications are: " + applications ) ; } return findMatchingTypeQualifierAnnotation ( applications , typeQualifierValue ) ; } | Get the TypeQualifierAnnotation directly applied to given method parameter . |
29,790 | public static TypeQualifierAnnotation getInheritedTypeQualifierAnnotation ( XMethod xmethod , int parameter , TypeQualifierValue < ? > typeQualifierValue ) { assert ! xmethod . isStatic ( ) ; ParameterAnnotationAccumulator accumulator = new ParameterAnnotationAccumulator ( typeQualifierValue , xmethod , parameter ) ; try { AnalysisContext . currentAnalysisContext ( ) . getSubtypes2 ( ) . traverseSupertypesDepthFirst ( xmethod . getClassDescriptor ( ) , accumulator ) ; TypeQualifierAnnotation result = accumulator . getResult ( ) . getEffectiveTypeQualifierAnnotation ( ) ; if ( result == null && accumulator . overrides ( ) ) { return TypeQualifierAnnotation . OVERRIDES_BUT_NO_ANNOTATION ; } return result ; } catch ( ClassNotFoundException e ) { AnalysisContext . currentAnalysisContext ( ) . getLookupFailureCallback ( ) . reportMissingClass ( e ) ; return null ; } } | Get the effective inherited TypeQualifierAnnotation on the given instance method parameter . |
29,791 | private void setSorterCheckBoxes ( ) { SorterTableColumnModel sorter = MainFrame . getInstance ( ) . getSorter ( ) ; for ( SortableCheckBox c : checkBoxSortList ) { c . setSelected ( sorter . isShown ( c . sortable ) ) ; } } | Sets the checkboxes in the sorter panel to what is shown in the MainFrame . This assumes that sorterTableColumnModel will return the list of which box is checked in the same order as the order that sorter panel has . |
29,792 | public static MethodAnnotation fromVisitedMethod ( PreorderVisitor visitor ) { String className = visitor . getDottedClassName ( ) ; MethodAnnotation result = new MethodAnnotation ( className , visitor . getMethodName ( ) , visitor . getMethodSig ( ) , visitor . getMethod ( ) . isStatic ( ) ) ; SourceLineAnnotation srcLines = SourceLineAnnotation . fromVisitedMethod ( visitor ) ; result . setSourceLines ( srcLines ) ; return result ; } | Factory method to create a MethodAnnotation from the method the given visitor is currently visiting . |
29,793 | public static MethodAnnotation fromCalledMethod ( DismantleBytecode visitor ) { String className = visitor . getDottedClassConstantOperand ( ) ; String methodName = visitor . getNameConstantOperand ( ) ; String methodSig = visitor . getSigConstantOperand ( ) ; if ( visitor instanceof OpcodeStackDetector && visitor . getOpcode ( ) != Const . INVOKESTATIC ) { int params = PreorderVisitor . getNumberArguments ( methodSig ) ; OpcodeStackDetector oVisitor = ( OpcodeStackDetector ) visitor ; if ( ! oVisitor . getStack ( ) . isTop ( ) && oVisitor . getStack ( ) . getStackDepth ( ) > params ) { OpcodeStack . Item item = oVisitor . getStack ( ) . getStackItem ( params ) ; String cName = ClassName . fromFieldSignature ( item . getSignature ( ) ) ; if ( cName != null ) { className = cName ; } } } return fromCalledMethod ( className , methodName , methodSig , visitor . getOpcode ( ) == Const . INVOKESTATIC ) ; } | Factory method to create a MethodAnnotation from a method called by the instruction the given visitor is currently visiting . |
29,794 | public static MethodAnnotation fromCalledMethod ( String className , String methodName , String methodSig , boolean isStatic ) { MethodAnnotation methodAnnotation = fromForeignMethod ( className , methodName , methodSig , isStatic ) ; methodAnnotation . setDescription ( METHOD_CALLED ) ; return methodAnnotation ; } | Create a MethodAnnotation from a method that is not directly accessible . We will use the repository to try to find its class in order to populate the information as fully as possible . |
29,795 | public static MethodAnnotation fromXMethod ( XMethod xmethod ) { return fromForeignMethod ( xmethod . getClassName ( ) , xmethod . getName ( ) , xmethod . getSignature ( ) , xmethod . isStatic ( ) ) ; } | Create a MethodAnnotation from an XMethod . |
29,796 | public static MethodAnnotation fromMethodDescriptor ( MethodDescriptor methodDescriptor ) { return fromForeignMethod ( methodDescriptor . getSlashedClassName ( ) , methodDescriptor . getName ( ) , methodDescriptor . getSignature ( ) , methodDescriptor . isStatic ( ) ) ; } | Create a MethodAnnotation from a MethodDescriptor . |
29,797 | public void execute ( ) throws CheckedAnalysisException , IOException , InterruptedException { File dir = new File ( rootSourceDirectory ) ; if ( ! dir . isDirectory ( ) ) { throw new IOException ( "Path " + rootSourceDirectory + " is not a directory" ) ; } progress . startRecursiveDirectorySearch ( ) ; RecursiveFileSearch rfs = new RecursiveFileSearch ( rootSourceDirectory , pathname -> pathname . isDirectory ( ) ) ; rfs . search ( ) ; progress . doneRecursiveDirectorySearch ( ) ; List < String > candidateSourceDirList = rfs . getDirectoriesScanned ( ) ; IClassFactory factory = ClassFactory . instance ( ) ; IClassPathBuilder builder = factory . createClassPathBuilder ( errorLogger ) ; try ( IClassPath classPath = buildClassPath ( builder , factory ) ) { List < String > fullyQualifiedSourceFileNameList = findFullyQualifiedSourceFileNames ( builder , classPath ) ; if ( DEBUG ) { System . out . println ( "looking for " + fullyQualifiedSourceFileNameList . size ( ) + " files" ) ; } findSourceDirectoriesForAllSourceFiles ( fullyQualifiedSourceFileNameList , candidateSourceDirList ) ; } } | Execute the search for source directories . |
29,798 | public static void addFiles ( final Project findBugsProject , File clzDir , final Pattern pat ) { if ( clzDir . isDirectory ( ) ) { clzDir . listFiles ( new FileCollector ( pat , findBugsProject ) ) ; } } | recurse add all the files matching given name pattern inside the given directory and all subdirectories |
29,799 | private static void mapResource ( WorkItem resource , Map < IProject , List < WorkItem > > projectsMap , boolean checkJavaProject ) { IProject project = resource . getProject ( ) ; if ( checkJavaProject && ! ProjectUtilities . isJavaProject ( project ) ) { return ; } List < WorkItem > resources = projectsMap . get ( project ) ; if ( resources == null ) { resources = new ArrayList < > ( ) ; projectsMap . put ( project , resources ) ; } if ( ! containsParents ( resources , resource ) ) { resources . add ( resource ) ; } } | Maps the resource into its project |
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