Package org.eclipse.jdt.internal.core

Examples of org.eclipse.jdt.internal.core.ClassFile.resource()

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          // find the type declaration that corresponds to the original source type
          typeDeclaration = new ASTNodeFinder(parsedUnit).findType(context);
        }
      } else { // binary type
        ClassFile classFile = (ClassFile) context.getClassFile();
        ClassFileReader reader = (ClassFileReader) classFile.getBinaryTypeInfo((IFile) classFile.resource(), false/*don't fully initialize so as to keep constant pool (used below)*/);
        CompilationResult result = new CompilationResult(reader.getFileName(), 1, 1, this.compilerOptions.maxProblemsPerUnit);
        parsedUnit = new CompilationUnitDeclaration(this.parser.problemReporter(), result, 0);
        HashSetOfCharArrayArray typeNames = new HashSetOfCharArrayArray();

        BinaryTypeConverter converter = new BinaryTypeConverter(this.parser.problemReporter(), result, typeNames);
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  if (enclosingType != null)
    cacheBinaryType(enclosingType, null); // cache enclosing types first, so that binary type can be found in lookup enviroment
  if (binaryType == null) {
    ClassFile classFile = (ClassFile) type.getClassFile();
    try {
      binaryType = getBinaryInfo(classFile, classFile.resource());
    } catch (CoreException e) {
      if (e instanceof JavaModelException) {
        throw (JavaModelException) e;
      } else {
        throw new JavaModelException(e);
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    if (unit.isEmpty()) {
      if (this.currentPossibleMatch.openable instanceof ClassFile) {
        ClassFile classFile = (ClassFile) this.currentPossibleMatch.openable;
        IBinaryType info = null;
        try {
          info = getBinaryInfo(classFile, classFile.resource());
        }
        catch (CoreException ce) {
          // Do nothing
        }
        if (info != null) {
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          // find the type declaration that corresponds to the original source type
          typeDeclaration = new ASTNodeFinder(parsedUnit).findType(context);
        }
      } else { // binary type
        ClassFile classFile = (ClassFile) context.getClassFile();
        ClassFileReader reader = (ClassFileReader) classFile.getBinaryTypeInfo((IFile) classFile.resource(), false/*don't fully initialize so as to keep constant pool (used below)*/);
        CompilationResult result = new CompilationResult(reader.getFileName(), 1, 1, this.compilerOptions.maxProblemsPerUnit);
        parsedUnit = new CompilationUnitDeclaration(this.parser.problemReporter(), result, 0);
        HashSetOfCharArrayArray typeNames = new HashSetOfCharArrayArray();

        BinaryTypeConverter converter = new BinaryTypeConverter(this.parser.problemReporter(), result, typeNames);
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  if (enclosingType != null)
    cacheBinaryType(enclosingType, null); // cache enclosing types first, so that binary type can be found in lookup enviroment
  if (binaryType == null) {
    ClassFile classFile = (ClassFile) type.getClassFile();
    try {
      binaryType = getBinaryInfo(classFile, classFile.resource());
    } catch (CoreException e) {
      if (e instanceof JavaModelException) {
        throw (JavaModelException) e;
      } else {
        throw new JavaModelException(e);
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    if (unit.isEmpty()) {
      if (this.currentPossibleMatch.openable instanceof ClassFile) {
        ClassFile classFile = (ClassFile) this.currentPossibleMatch.openable;
        IBinaryType info = null;
        try {
          info = getBinaryInfo(classFile, classFile.resource());
        }
        catch (CoreException ce) {
          // Do nothing
        }
        if (info != null) {
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  if (enclosingType != null)
    cacheBinaryType(enclosingType, null); // cache enclosing types first, so that binary type can be found in lookup enviroment
  if (binaryType == null) {
    ClassFile classFile = (ClassFile) type.getClassFile();
    try {
      binaryType = getBinaryInfo(classFile, classFile.resource());
    } catch (CoreException e) {
      if (e instanceof JavaModelException) {
        throw (JavaModelException) e;
      } else {
        throw new JavaModelException(e);
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    if (unit.isEmpty()) {
      if (this.currentPossibleMatch.openable instanceof ClassFile) {
        ClassFile classFile = (ClassFile) this.currentPossibleMatch.openable;
        IBinaryType info = null;
        try {
          info = getBinaryInfo(classFile, classFile.resource());
        }
        catch (CoreException ce) {
          // Do nothing
        }
        if (info != null) {
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          // find the type declaration that corresponds to the original source type
          typeDeclaration = new ASTNodeFinder(parsedUnit).findType(context);
        }
      } else { // binary type
        ClassFile classFile = (ClassFile) context.getClassFile();
        ClassFileReader reader = (ClassFileReader) classFile.getBinaryTypeInfo((IFile) classFile.resource(), false/*don't fully initialize so as to keep constant pool (used below)*/);
        CompilationResult result = new CompilationResult(reader.getFileName(), 1, 1, this.compilerOptions.maxProblemsPerUnit);
        parsedUnit = new CompilationUnitDeclaration(this.parser.problemReporter(), result, 0);
        HashSetOfCharArrayArray typeNames = new HashSetOfCharArrayArray();

        BinaryTypeConverter converter = new BinaryTypeConverter(this.parser.problemReporter(), result, typeNames);
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