@Override public IBinaryAnnotation[] getAnnotationsAtCursor(int currentTypeId) { int length = this.typeAnnotations.length; IBinaryAnnotation[] filtered = new IBinaryAnnotation[length]; long ptr = 1; int count = 0; for (int i = 0; i < length; i++, ptr<<=1) { if ((this.matches & ptr) == 0) continue; IBinaryTypeAnnotation candidate = this.typeAnnotations[i]; if (candidate.getTypePath().length > this.pathPtr) continue; filtered[count++] = candidate.getAnnotation(); } if (count == 0) return NO_ANNOTATIONS; if (count < length) System.arraycopy(filtered, 0, filtered = new IBinaryAnnotation[count], 0, count); return filtered; } }
@Override public IBinaryAnnotation[] getAnnotationsAtCursor(int currentTypeId) { int length = this.typeAnnotations.length; IBinaryAnnotation[] filtered = new IBinaryAnnotation[length]; long ptr = 1; int count = 0; for (int i = 0; i < length; i++, ptr<<=1) { if ((this.matches & ptr) == 0) continue; IBinaryTypeAnnotation candidate = this.typeAnnotations[i]; if (candidate.getTypePath().length > this.pathPtr) continue; filtered[count++] = candidate.getAnnotation(); } if (count == 0) return NO_ANNOTATIONS; if (count < length) System.arraycopy(filtered, 0, filtered = new IBinaryAnnotation[count], 0, count); return filtered; } }
@Override public IBinaryAnnotation[] getAnnotationsAtCursor(int currentTypeId, boolean mayApplyArrayContentsDefaultNullness) { int length = this.typeAnnotations.length; IBinaryAnnotation[] filtered = new IBinaryAnnotation[length]; long ptr = 1; int count = 0; for (int i = 0; i < length; i++, ptr<<=1) { if ((this.matches & ptr) == 0) continue; IBinaryTypeAnnotation candidate = this.typeAnnotations[i]; if (candidate.getTypePath().length > this.pathPtr) continue; filtered[count++] = candidate.getAnnotation(); } if (count == 0) return NO_ANNOTATIONS; if (count < length) System.arraycopy(filtered, 0, filtered = new IBinaryAnnotation[count], 0, count); return filtered; } }
@Override public IBinaryAnnotation[] getAnnotationsAtCursor(int currentTypeId) { int length = this.typeAnnotations.length; IBinaryAnnotation[] filtered = new IBinaryAnnotation[length]; long ptr = 1; int count = 0; for (int i = 0; i < length; i++, ptr<<=1) { if ((this.matches & ptr) == 0) continue; IBinaryTypeAnnotation candidate = this.typeAnnotations[i]; if (candidate.getTypePath().length > this.pathPtr) continue; filtered[count++] = candidate.getAnnotation(); } if (count == 0) return NO_ANNOTATIONS; if (count < length) System.arraycopy(filtered, 0, filtered = new IBinaryAnnotation[count], 0, count); return filtered; } }
@Override public IBinaryAnnotation[] getAnnotationsAtCursor(int currentTypeId, boolean mayApplyArrayContentsDefaultNullness) { int length = this.typeAnnotations.length; IBinaryAnnotation[] filtered = new IBinaryAnnotation[length]; long ptr = 1; int count = 0; for (int i = 0; i < length; i++, ptr<<=1) { if ((this.matches & ptr) == 0) continue; IBinaryTypeAnnotation candidate = this.typeAnnotations[i]; if (candidate.getTypePath().length > this.pathPtr) continue; filtered[count++] = candidate.getAnnotation(); } if (count == 0) return NO_ANNOTATIONS; if (count < length) System.arraycopy(filtered, 0, filtered = new IBinaryAnnotation[count], 0, count); return filtered; } }
/** * Retrieve the type annotations at the current position * reached by invocations of toXYZ() methods. */ public IBinaryAnnotation[] getAnnotationsAtCursor() { int length = this.typeAnnotations.length; IBinaryAnnotation[] filtered = new IBinaryAnnotation[length]; long ptr = 1; int count = 0; for (int i = 0; i < length; i++, ptr<<=1) { if ((this.matches & ptr) == 0) continue; IBinaryTypeAnnotation candidate = this.typeAnnotations[i]; if (candidate.getTypePath().length > this.pathPtr) continue; filtered[count++] = candidate.getAnnotation(); } if (count == 0) return NO_ANNOTATIONS; if (count < length) System.arraycopy(filtered, 0, filtered = new IBinaryAnnotation[count], 0, count); return filtered; } }
/** * Retrieve the type annotations at the current position * reached by invocations of toXYZ() methods. */ public IBinaryAnnotation[] getAnnotationsAtCursor() { int length = this.typeAnnotations.length; IBinaryAnnotation[] filtered = new IBinaryAnnotation[length]; long ptr = 1; int count = 0; for (int i = 0; i < length; i++, ptr<<=1) { if ((this.matches & ptr) == 0) continue; IBinaryTypeAnnotation candidate = this.typeAnnotations[i]; if (candidate.getTypePath().length > this.pathPtr) continue; filtered[count++] = candidate.getAnnotation(); } if (count == 0) return NO_ANNOTATIONS; if (count < length) System.arraycopy(filtered, 0, filtered = new IBinaryAnnotation[count], 0, count); return filtered; } }
/** * Retrieve the type annotations at the current position * reached by invocations of toXYZ() methods. */ public IBinaryAnnotation[] getAnnotationsAtCursor() { int length = this.typeAnnotations.length; IBinaryAnnotation[] filtered = new IBinaryAnnotation[length]; long ptr = 1; int count = 0; for (int i = 0; i < length; i++, ptr<<=1) { if ((this.matches & ptr) == 0) continue; IBinaryTypeAnnotation candidate = this.typeAnnotations[i]; if (candidate.getTypePath().length > this.pathPtr) continue; filtered[count++] = candidate.getAnnotation(); } if (count == 0) return NO_ANNOTATIONS; if (count < length) System.arraycopy(filtered, 0, filtered = new IBinaryAnnotation[count], 0, count); return filtered; } }
private void updateTypeAnnotations(IBinaryTypeAnnotation[] typeAnnotations) { if (typeAnnotations != null) { for (IBinaryTypeAnnotation typeAnnotation : typeAnnotations) { if (!affectsSignature(typeAnnotation)) { continue; } updateAnnotation(typeAnnotation.getAnnotation()); } } }
private void updateTypeAnnotations(IBinaryTypeAnnotation[] typeAnnotations) { if (typeAnnotations != null) { for (IBinaryTypeAnnotation typeAnnotation : typeAnnotations) { if (!affectsSignature(typeAnnotation)) { continue; } updateAnnotation(typeAnnotation.getAnnotation()); } } }
for (int i = 0; i < otherTypeAnnotations.length; i++) { IBinaryTypeAnnotation otherAnnotation = otherTypeAnnotations[i]; if (otherAnnotation != null && matchAnnotations(currentAnnotation.getAnnotation(), otherAnnotation.getAnnotation()) == Boolean.TRUE) {
for (int i = 0; i < otherTypeAnnotations.length; i++) { IBinaryTypeAnnotation otherAnnotation = otherTypeAnnotations[i]; if (otherAnnotation != null && matchAnnotations(currentAnnotation.getAnnotation(), otherAnnotation.getAnnotation()) == Boolean.TRUE) {
public static String annotationToString(IBinaryTypeAnnotation typeAnnotation) { StringBuffer buffer = new StringBuffer(); buffer.append(typeAnnotation.getAnnotation()); buffer.append(' ');
for (int i = 0; i < otherTypeAnnotations.length; i++) { IBinaryTypeAnnotation otherAnnotation = otherTypeAnnotations[i]; if (otherAnnotation != null && matchAnnotations(currentAnnotation.getAnnotation(), otherAnnotation.getAnnotation()) == Boolean.TRUE) {
for (int i = 0; i < otherTypeAnnotations.length; i++) { IBinaryTypeAnnotation otherAnnotation = otherTypeAnnotations[i]; if (otherAnnotation != null && matchAnnotations(currentAnnotation.getAnnotation(), otherAnnotation.getAnnotation()) == Boolean.TRUE) {
for (int i = 0; i < otherTypeAnnotations.length; i++) { IBinaryTypeAnnotation otherAnnotation = otherTypeAnnotations[i]; if (otherAnnotation != null && matchAnnotations(currentAnnotation.getAnnotation(), otherAnnotation.getAnnotation()) == Boolean.TRUE) {
return IndexTester.isEqual(this.annotation.getAnnotation(), otherAnnotation.getAnnotation());
return IndexTester.isEqual(this.annotation.getAnnotation(), otherAnnotation.getAnnotation());
throw new IllegalStateException("Target type not handled " + targetType); //$NON-NLS-1$ initAnnotation(annotation, next.getAnnotation());
throw new IllegalStateException("Target type not handled " + targetType); //$NON-NLS-1$ initAnnotation(annotation, next.getAnnotation());