@Override public OMethodCall getMethod() { if (methodWrapper == null) { synchronized (this) { if (methodWrapper == null) { methodWrapper = new OMethodCall(-1); methodWrapper.params = function.params; methodWrapper.methodName = function.name; } } } return methodWrapper; } }
public OMethodCall copy() { OMethodCall result = new OMethodCall(-1); result.methodName = methodName.copy(); result.params = params.stream().map(x -> x.copy()).collect(Collectors.toList()); return result; }
public OMethodCall toMethod() { OMethodCall result = new OMethodCall(-1); result.methodName = name.copy(); result.params = params.stream().map(x -> x.copy()).collect(Collectors.toList()); return result; }
final public OMethodCall MethodCall() throws ParseException { OMethodCall jjtn000 = new OMethodCall(JJTMETHODCALL); boolean jjtc000 = true; jjtree.openNodeScope(jjtn000);
edgeName.value = "E"; jjtn000.method = new OMethodCall(-1); jjtn000.method.methodName = new OIdentifier(-1); jjtn000.method.methodName.value = "both";
edgeName.value = "E"; jjtn000.method = new OMethodCall(-1); jjtn000.method.methodName = new OIdentifier(-1); jjtn000.method.methodName.value = "out";
edgeName.value = "E"; jjtn000.method = new OMethodCall(-1); jjtn000.method.methodName = new OIdentifier(-1); jjtn000.method.methodName.value = "both";
methodCall = new OMethodCall(-1); methodCall.deserialize(fromResult.getProperty("methodCall"));
edgeName.value = "E"; jjtn000.method = new OMethodCall(-1); jjtn000.method.methodName = new OIdentifier(-1); jjtn000.method.methodName.value = "in";
edgeName.value = "E"; jjtn000.method = new OMethodCall(-1); jjtn000.method.methodName = new OIdentifier(-1); jjtn000.method.methodName.value = "out";
edgeName.value = "E"; jjtn000.method = new OMethodCall(-1); jjtn000.method.methodName = new OIdentifier(-1); jjtn000.method.methodName.value = "in";