/*
* Licensed to the Apache Software Foundation (ASF) under one
* or more contributor license agreements. See the NOTICE file
* distributed with this work for additional information
* regarding copyright ownership. The ASF licenses this file
* to you under the Apache License, Version 2.0 (the
* "License"); you may not use this file except in compliance
* with the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing,
* software distributed under the License is distributed on an
* "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
* KIND, either express or implied. See the License for the
* specific language governing permissions and limitations
* under the License.
*/
package gls.ch06.s05;
import gls.ch06.s05.testClasses.Tt1cgi;
import gls.ch06.s05.testClasses.Tt1cgo;
import gls.ch06.s05.testClasses.Tt1gi;
import gls.ch06.s05.testClasses.Tt1go;
import groovy.lang.Closure;
import junit.framework.TestCase;
/**
* @author John Wilson
*/
public class JName1Test extends TestCase {
public void testObjectSupportNameHandling() {
final Tt1go obj = new Tt1go(); // Test subclass of GroovyObjectSupport
final String newX = "new x";
final String newX1 = "new x1";
final String newX2 = "new x2";
final String newX3 = "new x3";
assertTrue(obj.getProperty("x") == obj.getX());
assertTrue(obj.getMetaClass().getAttribute(obj, "x") == obj.x);
assertTrue(obj.invokeMethod("x", new Object[]{}) == obj.x());
obj.setProperty("x", newX);
obj.getMetaClass().setAttribute(obj, "x", newX1);
assertTrue(obj.getProperty("x") == newX);
assertTrue(obj.getMetaClass().getAttribute(obj, "x") == newX1);
obj.setX(newX2);
obj.x = newX3;
assertTrue(obj.getProperty("x") == newX2);
assertTrue(obj.getMetaClass().getAttribute(obj, "x") == newX3);
}
public void testObjectSupportNameHandling1() {
final Tt1go obj = new Tt1go() {
}; // repeat test with subclass
final String newX = "new x";
final String newX1 = "new x1";
final String newX2 = "new x2";
final String newX3 = "new x3";
assertTrue(obj.getProperty("x") == obj.getX());
assertTrue(obj.getMetaClass().getAttribute(obj, "x") == obj.x);
assertTrue(obj.invokeMethod("x", new Object[]{}) == obj.x());
obj.setProperty("x", newX);
obj.getMetaClass().setAttribute(obj, "x", newX1);
assertTrue(obj.getProperty("x") == newX);
assertTrue(obj.getMetaClass().getAttribute(obj, "x") == newX1);
obj.setX(newX2);
obj.x = newX3;
assertTrue(obj.getProperty("x") == newX2);
assertTrue(obj.getMetaClass().getAttribute(obj, "x") == newX3);
}
public void testObjectSupportNameHandlingWitnClosureValues() {
final Tt1cgo obj = new Tt1cgo(); // Test subclass of GroovyObjectSupport
final Closure newX = new Closure(null) {
public Object doCall(final Object params) {
return "new x";
}
};
final Closure newX1 = new Closure(null) {
public Object doCall(final Object params) {
return "new x1";
}
};
final Closure newX2 = new Closure(null) {
public Object doCall(final Object params) {
return "new x2";
}
};
final Closure newX3 = new Closure(null) {
public Object doCall(final Object params) {
return "new x3";
}
};
assertTrue(((Closure) obj.getProperty("x")).call() == obj.getX().call());
assertTrue(((Closure) obj.getMetaClass().getAttribute(obj, "x")).call() == obj.x.call());
assertTrue(obj.invokeMethod("x", new Object[]{}) == obj.x());
obj.setProperty("x", newX);
obj.getMetaClass().setAttribute(obj, "x", newX1);
assertTrue(((Closure) obj.getProperty("x")).call() == newX.call());
assertTrue(((Closure) obj.getMetaClass().getAttribute(obj, "x")).call() == newX1.call());
obj.setX(newX2);
obj.x = newX3;
assertTrue(((Closure) obj.getProperty("x")).call() == newX2.call());
assertTrue(((Closure) obj.getMetaClass().getAttribute(obj, "x")).call() == newX3.call());
}
public void testObjectSupportNameHandlingWitnClosureValuesi() {
final Tt1cgo obj = new Tt1cgo() {
}; // repeat test with subclass
final Closure newX = new Closure(null) {
public Object doCall(final Object params) {
return "new x";
}
};
final Closure newX1 = new Closure(null) {
public Object doCall(final Object params) {
return "new x1";
}
};
final Closure newX2 = new Closure(null) {
public Object doCall(final Object params) {
return "new x2";
}
};
final Closure newX3 = new Closure(null) {
public Object doCall(final Object params) {
return "new x3";
}
};
assertTrue(((Closure) obj.getProperty("x")).call() == obj.getX().call());
assertTrue(((Closure) obj.getMetaClass().getAttribute(obj, "x")).call() == obj.x.call());
assertTrue(obj.invokeMethod("x", new Object[]{}) == obj.x());
obj.setProperty("x", newX);
obj.getMetaClass().setAttribute(obj, "x", newX1);
assertTrue(((Closure) obj.getProperty("x")).call() == newX.call());
assertTrue(((Closure) obj.getMetaClass().getAttribute(obj, "x")).call() == newX1.call());
obj.setX(newX2);
obj.x = newX3;
assertTrue(((Closure) obj.getProperty("x")).call() == newX2.call());
assertTrue(((Closure) obj.getMetaClass().getAttribute(obj, "x")).call() == newX3.call());
}
public void testMetaClassNameHandling() {
final Tt1gi obj = new Tt1gi(); // Test class implementing GroovyObject
final String newX = "new x";
final String newX1 = "new x1";
final String newX2 = "new x2";
final String newX3 = "new x3";
assertTrue("dynamic property".equals(obj.getProperty("x")));
assertTrue(obj.getMetaClass().getAttribute(obj, "x") == obj.x);
assertTrue("dynamic method".equals(obj.invokeMethod("x", new Object[]{})));
obj.setProperty("x", newX);
obj.getMetaClass().setAttribute(obj, "x", newX1);
assertTrue("dynamic property".equals(obj.getProperty("x")));
assertTrue(obj.getMetaClass().getAttribute(obj, "x") == newX1);
obj.setX(newX2);
obj.x = newX3;
assertTrue("dynamic property".equals(obj.getProperty("x")));
assertTrue(obj.getMetaClass().getAttribute(obj, "x") == newX3);
}
public void testMetaClassNameHandling1() {
final Tt1gi obj = new Tt1gi() {
}; // repeat test with subclass
final String newX = "new x";
final String newX1 = "new x1";
final String newX2 = "new x2";
final String newX3 = "new x3";
assertTrue("dynamic property".equals(obj.getProperty("x")));
assertTrue(obj.getMetaClass().getAttribute(obj, "x") == obj.x);
assertTrue("dynamic method".equals(obj.invokeMethod("x", new Object[]{})));
obj.setProperty("x", newX);
obj.getMetaClass().setAttribute(obj, "x", newX1);
assertTrue("dynamic property".equals(obj.getProperty("x")));
assertTrue(obj.getMetaClass().getAttribute(obj, "x") == newX1);
obj.setX(newX2);
obj.x = newX3;
assertTrue("dynamic property".equals(obj.getProperty("x")));
assertTrue(obj.getMetaClass().getAttribute(obj, "x") == newX3);
}
public void testMetaClassNameHandlingWithClosures() {
final Tt1cgi obj = new Tt1cgi(); // Test class implementing GroovyObject
final Closure newX = new Closure(null) {
public Object doCall(final Object params) {
return "new x";
}
};
final Closure newX1 = new Closure(null) {
public Object doCall(final Object params) {
return "new x1";
}
};
final Closure newX2 = new Closure(null) {
public Object doCall(final Object params) {
return "new x2";
}
};
final Closure newX3 = new Closure(null) {
public Object doCall(final Object params) {
return "new x3";
}
};
assertTrue(((Closure) obj.getProperty("x")).call() == obj.getX().call());
assertTrue(((Closure) obj.getMetaClass().getAttribute(obj, "x")).call() == obj.x.call());
assertTrue(obj.invokeMethod("x", new Object[]{}) == obj.x());
obj.setProperty("x", newX);
obj.getMetaClass().setAttribute(obj, "x", newX1);
assertTrue(((Closure) obj.getProperty("x")).call() == newX.call());
assertTrue(((Closure) obj.getMetaClass().getAttribute(obj, "x")).call() == newX1.call());
obj.setX(newX2);
obj.x = newX3;
assertTrue(((Closure) obj.getProperty("x")).call() == newX2.call());
assertTrue(((Closure) obj.getMetaClass().getAttribute(obj, "x")).call() == newX3.call());
}
public void testMetaClassNameHandlingWithClosures1() {
final Tt1cgi obj = new Tt1cgi() {
}; // repeat test with subclass
final Closure newX = new Closure(null) {
public Object doCall(final Object params) {
return "new x";
}
};
final Closure newX1 = new Closure(null) {
public Object doCall(final Object params) {
return "new x1";
}
};
final Closure newX2 = new Closure(null) {
public Object doCall(final Object params) {
return "new x2";
}
};
final Closure newX3 = new Closure(null) {
public Object doCall(final Object params) {
return "new x3";
}
};
assertTrue(((Closure) obj.getProperty("x")).call() == obj.getX().call());
assertTrue(((Closure) obj.getMetaClass().getAttribute(obj, "x")).call() == obj.x.call());
assertTrue(obj.invokeMethod("x", new Object[]{}) == obj.x());
obj.setProperty("x", newX);
obj.getMetaClass().setAttribute(obj, "x", newX1);
assertTrue(((Closure) obj.getProperty("x")).call() == newX.call());
assertTrue(((Closure) obj.getMetaClass().getAttribute(obj, "x")).call() == newX1.call());
obj.setX(newX2);
obj.x = newX3;
assertTrue(((Closure) obj.getProperty("x")).call() == newX2.call());
assertTrue(((Closure) obj.getMetaClass().getAttribute(obj, "x")).call() == newX3.call());
}
}