@Override public AnnotationMap asAnnotationMap() { AnnotationMap result = new AnnotationMap(); for (Annotation ann : _annotations.values()) { result.add(ann); } return result; }
/** * Method called to override a method parameter annotation, * usually due to a mix-in * annotation masking or overriding an annotation 'real' method * has. */ public final void addOrOverrideParam(int paramIndex, Annotation a) { AnnotationMap old = _paramAnnotations[paramIndex]; if (old == null) { old = new AnnotationMap(); _paramAnnotations[paramIndex] = old; } old.add(a); }
protected AnnotationMap annotations() { AnnotationMap am = _annotations; if (am == null) { Annotation[] raw = _rawAnnotations; if (raw == null || raw.length == 0) { am = NO_ANNOTATIONS; } else { am = new AnnotationMap(); for (Annotation a : raw) { am.add(a); } } _annotations = am; } return am; } }
protected AnnotationMap annotations() { AnnotationMap am = _annotations; if (am == null) { Annotation[] raw = _rawAnnotations; if (raw == null || raw.length == 0) { am = NO_ANNOTATIONS; } else { am = new AnnotationMap(); for (Annotation a : raw) { am.add(a); } } _annotations = am; } return am; } }
/** * Method called to override an annotation, usually due to a mix-in * annotation masking or overriding an annotation 'real' constructor * has. */ public final void addOrOverride(Annotation a) { _annotations.add(a); }
/** * Method called to override an annotation, usually due to a mix-in * annotation masking or overriding an annotation 'real' constructor * has. */ public final void addOrOverride(Annotation a) { _annotations.add(a); }
/** * Method called to override an annotation, usually due to a mix-in * annotation masking or overriding an annotation 'real' constructor * has. */ public final boolean addOrOverride(Annotation a) { return _annotations.add(a); }
/** * Method called to override an annotation, usually due to a mix-in * annotation masking or overriding an annotation 'real' constructor * has. */ public final boolean addOrOverride(Annotation a) { return _annotations.add(a); }
/** * Method called to override an annotation, usually due to a mix-in * annotation masking or overriding an annotation 'real' constructor * has. */ public final boolean addOrOverride(Annotation a) { return _annotations.add(a); }
private static AnnotationMap annotationMap(Annotation [] annotations){ AnnotationMap annotationMap = new AnnotationMap(); if(annotations == null){ return annotationMap; } for(Annotation annotation:annotations){ annotationMap.add(annotation); } return annotationMap; }
@Override public AnnotationMap asAnnotationMap() { AnnotationMap result = new AnnotationMap(); for (Annotation ann : _annotations.values()) { result.add(ann); } return result; }
private static AnnotationMap buildAnnotationMap(Annotation[] declaredAnnotations) { AnnotationMap annotationMap = new AnnotationMap(); for (Annotation annotation : declaredAnnotations) { annotationMap.add(annotation); } return annotationMap; }
/** * Method called to override a method parameter annotation, * usually due to a mix-in * annotation masking or overriding an annotation 'real' method * has. */ public final void addOrOverrideParam(int paramIndex, Annotation a) { AnnotationMap old = _paramAnnotations[paramIndex]; if (old == null) { old = new AnnotationMap(); _paramAnnotations[paramIndex] = old; } old.add(a); }
/** * Method called to override a method parameter annotation, * usually due to a mix-in * annotation masking or overriding an annotation 'real' method * has. */ public final void addOrOverrideParam(int paramIndex, Annotation a) { AnnotationMap old = _paramAnnotations[paramIndex]; if (old == null) { old = new AnnotationMap(); _paramAnnotations[paramIndex] = old; } old.add(a); }
protected AnnotationMap annotations() { AnnotationMap am = _annotations; if (am == null) { Annotation[] raw = _rawAnnotations; if (raw == null || raw.length == 0) { am = NO_ANNOTATIONS; } else { am = new AnnotationMap(); for (Annotation a : raw) { am.add(a); } } _annotations = am; } return am; } }
/** * Method called to override a method parameter annotation, * usually due to a mix-in * annotation masking or overriding an annotation 'real' method * has. */ public final void addOrOverrideParam(int paramIndex, Annotation a) { AnnotationMap old = _paramAnnotations[paramIndex]; if (old == null) { old = new AnnotationMap(); _paramAnnotations[paramIndex] = old; } old.add(a); }
/** * Method called to override a method parameter annotation, * usually due to a mix-in * annotation masking or overriding an annotation 'real' method * has. */ public final void addOrOverrideParam(int paramIndex, Annotation a) { AnnotationMap old = _paramAnnotations[paramIndex]; if (old == null) { old = new AnnotationMap(); _paramAnnotations[paramIndex] = old; } old.add(a); }
/** * Method called to override a method parameter annotation, * usually due to a mix-in * annotation masking or overriding an annotation 'real' method * has. */ public final void addOrOverrideParam(int paramIndex, Annotation a) { AnnotationMap old = _paramAnnotations[paramIndex]; if (old == null) { old = new AnnotationMap(); _paramAnnotations[paramIndex] = old; } old.add(a); }
/** * Method called to override a method parameter annotation, * usually due to a mix-in * annotation masking or overriding an annotation 'real' method * has. */ public final void addOrOverrideParam(int paramIndex, Annotation a) { AnnotationMap old = _paramAnnotations[paramIndex]; if (old == null) { old = new AnnotationMap(); _paramAnnotations[paramIndex] = old; } old.add(a); }
public EndpointAsBeanProperty(JavaType type, Annotation[] annotations) { // TODO: find and pass wrapper; isRequired marker? super(ENDPOINT_NAME, type, /*PropertyName wrapperName*/ null, null, null, PropertyMetadata.STD_OPTIONAL); boolean hasAnn = (annotations != null && annotations.length > 0); if (hasAnn) { _annotations = new AnnotationMap(); for (Annotation a : annotations) { _annotations.add(a); } } else { _annotations = NO_ANNOTATIONS; } } }