public Method lookupMethod(CtClass clazz, CtClass currentClass, MethodInfo current, String methodName, int[] argTypes, int[] argDims, String[] argClassNames) throws CompileError { Method maybe = null; // to enable the creation of a recursively called method if (current != null && clazz == currentClass) if (current.getName().equals(methodName)) { int res = compareSignature(current.getDescriptor(), argTypes, argDims, argClassNames); if (res != NO) { Method r = new Method(clazz, current, res); if (res == YES) return r; else maybe = r; } } Method m = lookupMethod(clazz, methodName, argTypes, argDims, argClassNames, maybe != null); if (m != null) return m; else return maybe; }
public Method lookupMethod(CtClass clazz, CtClass currentClass, MethodInfo current, String methodName, int[] argTypes, int[] argDims, String[] argClassNames) throws CompileError { Method maybe = null; // to enable the creation of a recursively called method if (current != null && clazz == currentClass) if (current.getName().equals(methodName)) { int res = compareSignature(current.getDescriptor(), argTypes, argDims, argClassNames); if (res != NO) { Method r = new Method(clazz, current, res); if (res == YES) return r; maybe = r; } } Method m = lookupMethod(clazz, methodName, argTypes, argDims, argClassNames, maybe != null); if (m != null) return m; return maybe; }
argTypes, argDims, argClassNames); if (res != NO) { Method r = new Method(clazz, minfo, res); if (res == YES) return r;
argTypes, argDims, argClassNames); if (res != NO) { Method r = new Method(clazz, minfo, res); if (res == YES) return r;
argTypes, argDims, argClassNames); if (res != NO) { Method r = new Method(clazz, minfo, res); if (res == YES) return r;
argTypes, argDims, argClassNames); if (res != NO) { Method r = new Method(clazz, minfo, res); if (res == YES) return r;
argTypes, argDims, argClassNames); if (res != NO) { Method r = new Method(clazz, minfo, res); if (res == YES) return r;
argTypes, argDims, argClassNames); if (res != NO) { Method r = new Method(clazz, minfo, res); if (res == YES) return r;
public Method lookupMethod(CtClass clazz, CtClass currentClass, MethodInfo current, String methodName, int[] argTypes, int[] argDims, String[] argClassNames) throws CompileError { Method maybe = null; // to enable the creation of a recursively called method if (current != null && clazz == currentClass) if (current.getName().equals(methodName)) { int res = compareSignature(current.getDescriptor(), argTypes, argDims, argClassNames); if (res != NO) { Method r = new Method(clazz, current, res); if (res == YES) return r; else maybe = r; } } Method m = lookupMethod(clazz, methodName, argTypes, argDims, argClassNames, maybe != null); if (m != null) return m; else return maybe; }
public Method lookupMethod(CtClass clazz, CtClass currentClass, MethodInfo current, String methodName, int[] argTypes, int[] argDims, String[] argClassNames) throws CompileError { Method maybe = null; // to enable the creation of a recursively called method if (current != null && clazz == currentClass) if (current.getName().equals(methodName)) { int res = compareSignature(current.getDescriptor(), argTypes, argDims, argClassNames); if (res != NO) { Method r = new Method(clazz, current, res); if (res == YES) return r; else maybe = r; } } Method m = lookupMethod(clazz, methodName, argTypes, argDims, argClassNames, maybe != null); if (m != null) return m; else return maybe; }
public Method lookupMethod(CtClass clazz, CtClass currentClass, MethodInfo current, String methodName, int[] argTypes, int[] argDims, String[] argClassNames) throws CompileError { Method maybe = null; // to enable the creation of a recursively called method if (current != null && clazz == currentClass) if (current.getName().equals(methodName)) { int res = compareSignature(current.getDescriptor(), argTypes, argDims, argClassNames); if (res != NO) { Method r = new Method(clazz, current, res); if (res == YES) return r; else maybe = r; } } Method m = lookupMethod(clazz, methodName, argTypes, argDims, argClassNames, maybe != null); if (m != null) return m; else return maybe; }
public Method lookupMethod(CtClass clazz, CtClass currentClass, MethodInfo current, String methodName, int[] argTypes, int[] argDims, String[] argClassNames) throws CompileError { Method maybe = null; // to enable the creation of a recursively called method if (current != null && clazz == currentClass) if (current.getName().equals(methodName)) { int res = compareSignature(current.getDescriptor(), argTypes, argDims, argClassNames); if (res != NO) { Method r = new Method(clazz, current, res); if (res == YES) return r; else maybe = r; } } Method m = lookupMethod(clazz, methodName, argTypes, argDims, argClassNames, maybe != null); if (m != null) return m; else return maybe; }
public Method lookupMethod(CtClass clazz, CtClass currentClass, MethodInfo current, String methodName, int[] argTypes, int[] argDims, String[] argClassNames) throws CompileError { Method maybe = null; // to enable the creation of a recursively called method if (current != null && clazz == currentClass) if (current.getName().equals(methodName)) { int res = compareSignature(current.getDescriptor(), argTypes, argDims, argClassNames); if (res != NO) { Method r = new Method(clazz, current, res); if (res == YES) return r; else maybe = r; } } Method m = lookupMethod(clazz, methodName, argTypes, argDims, argClassNames, maybe != null); if (m != null) return m; else return maybe; }
argTypes, argDims, argClassNames); if (res != NO) { Method r = new Method(clazz, minfo, res); if (res == YES) return r;