/*
* TestComplexQueries.java
*
* Created on October 17, 2006, 2:59 PM
*
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* and open the template in the editor.
*/
/*
* 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
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package org.apache.openjpa.persistence.query;
import java.util.List;
import org.apache.openjpa.persistence.query.common.apps.ComplexA;
import org.apache.openjpa.persistence.query.common.apps.ComplexB;
import org.apache.openjpa.persistence.query.common.apps.ComplexC;
import org.apache.openjpa.persistence.query.common.apps.ComplexD;
import org.apache.openjpa.persistence.query.common.apps.ComplexE;
import org.apache.openjpa.persistence.query.common.apps.ComplexF;
import org.apache.openjpa.persistence.query.common.apps.ComplexG;
import org.apache.openjpa.kernel.Broker;
import org.apache.openjpa.kernel.jpql.JPQLParser;
public class TestComplexQueries extends BaseQueryTest {
/**
* Creates a new instance of TestComplexQueries
*/
public TestComplexQueries(String test) {
super(test);
}
public void setUp() {
clear();
}
public void clear() {
deleteAll(ComplexA.class);
deleteAll(ComplexB.class);
deleteAll(ComplexC.class);
deleteAll(ComplexD.class);
deleteAll(ComplexE.class);
deleteAll(ComplexF.class);
deleteAll(ComplexG.class);
}
public void complexQuery(int size, Object ob, String filter, Class c) {
// PersistenceManager pm = getPM();
Broker broker = getBrokerFactory().newBroker();
broker.setIgnoreChanges(false);
broker.begin();
broker.persist(ob, null);
// test in-memory
// assertSize (size, pm.newQuery (c, filter));
broker.commit();
broker.begin();
// test against database
//OpenJPAQuery q = pm.createQuery("SELECT o FROM " +
//c.getSimpleName() + "o WHERE o." + filter);
String qstrng =
"SELECT o FROM " + c.getSimpleName() + " o WHERE o." + filter;
assertSize(size,
(List) broker.newQuery(JPQLParser.LANG_JPQL, c, qstrng).execute());
broker.commit();
broker.close();
broker = getBrokerFactory().newBroker();
broker.begin();
// test again against a new PM, for good measure
assertSize(size,
(List) broker.newQuery(JPQLParser.LANG_JPQL, c, qstrng).execute());
broker.rollback();
broker.close();
}
public void testComplex1() {
complexQuery(1,
new ComplexA("test", 0, null, null),
"stringA = \'test\'",
ComplexA.class);
}
public void testComplex2() {
complexQuery(1,
new ComplexG("testg", 0, null,
new ComplexF("testf", 0, null, null,
new ComplexE("teste", 0, null, null,
new ComplexD("testd", 0, null, null,
new ComplexC("testc", 0, null, null,
new ComplexB("testb", 0, null, null,
new ComplexA("testa", 0, null, null))))))),
"stringG = \'testg\'",
ComplexG.class);
}
public void testComplex3() {
complexQuery(1,
new ComplexG("testg", 0, null,
new ComplexF("testf", 0, null, null,
new ComplexE("teste", 0, null, null,
new ComplexD("testd", 0, null, null,
new ComplexC("testc", 0, null, null,
new ComplexB("testb", 0, null, null,
new ComplexA("testa", 0, null, null))))))),
"f.e.d.c.b.a.stringA = \'testa\'",
ComplexG.class);
}
public void testComplex4() {
complexQuery(1,
new ComplexG("testg", 0, null,
new ComplexF("testf", 0, null, null,
new ComplexE("teste", 0, null, null,
new ComplexD("testd", 0, null, null,
new ComplexC("testc", 0, null, null,
new ComplexB("testb", 0, null, null,
new ComplexA("testa", 0, null, null))))))),
"f.e.d.c.b.a.stringA = \'testa\'"
+ " AND o.f.e.d.c.b.stringB = \'testb\'",
ComplexG.class);
}
public void testComplex5() {
complexQuery(1,
new ComplexG("testg", 0, null,
new ComplexF("testf", 0, null, null,
new ComplexE("teste", 0, null, null,
new ComplexD("testd", 0, null, null,
new ComplexC("testc", 0, null, null,
new ComplexB("testb", 0, null, null,
new ComplexA("testa", 0, null, null))))))),
"f.e.d.c.b.a.stringA = \'testa\'"
+ " AND o.f.e.d.c.b.stringB = \'testb\'"
+ " AND o.f.e.d.c.stringC = \'testc\'",
ComplexG.class);
}
public void testComplex6() {
complexQuery(1,
new ComplexG("testg", 0, null,
new ComplexF("testf", 0, null, null,
new ComplexE("teste", 0, null, null,
new ComplexD("testd", 0, null, null,
new ComplexC("testc", 0, null, null,
new ComplexB("testb", 0, null, null,
new ComplexA("testa", 0, null, null))))))),
"f.e.d.c.b.a.stringA = \'testa\'"
+ " AND o.f.e.d.c.b.stringB = \'testb\'"
+ " AND o.f.e.d.c.stringC = \'testc\'"
+ " AND o.f.e.d.stringD = \'testd\'",
ComplexG.class);
}
public void testComplex7() {
complexQuery(1,
new ComplexG("testg", 0, null,
new ComplexF("testf", 0, null, null,
new ComplexE("teste", 0, null, null,
new ComplexD("testd", 0, null, null,
new ComplexC("testc", 0, null, null,
new ComplexB("testb", 0, null, null,
new ComplexA("testa", 0, null, null))))))),
"f.e.d.c.b.a.stringA = \'testa\'"
+ " AND o.f.e.d.c.b.stringB = \'testb\'"
+ " AND o.f.e.d.c.stringC = \'testc\'"
+ " AND o.f.e.d.stringD = \'testd\'"
+ " AND o.f.e.stringE = \'teste\'",
ComplexG.class);
}
public void testComplex8() {
complexQuery(1,
new ComplexG("testg", 0, null,
new ComplexF("testf", 0, null, null,
new ComplexE("teste", 0, null, null,
new ComplexD("testd", 0, null, null,
new ComplexC("testc", 0, null, null,
new ComplexB("testb", 0, null, null,
new ComplexA("testa", 0, null, null))))))),
"f.e.d.c.b.a.stringA = \'testa\'"
+ " AND o.f.e.d.c.b.stringB = \'testb\'"
+ " AND o.f.e.d.c.stringC = \'testc\'"
+ " AND o.f.e.d.stringD = \'testd\'"
+ " AND o.f.e.stringE = \'teste\'"
+ " AND o.f.stringF = \'testf\'",
ComplexG.class);
}
public void testComplex9() {
complexQuery(1,
new ComplexG("testg", 0, null,
new ComplexF("testf", 0, null, null,
new ComplexE("teste", 0, null, null,
new ComplexD("testd", 0, null, null,
new ComplexC("testc", 0, null, null,
new ComplexB("testb", 0, null, null,
new ComplexA("testa", 0, null, null))))))),
"f.e.d.c.b.a.stringA = \'testa\'"
+ " AND o.f.e.d.c.b.stringB = \'testb\'"
+ " AND o.f.e.d.c.stringC = \'testc\'"
+ " AND o.f.e.d.stringD = \'testd\'"
+ " AND o.f.e.stringE = \'teste\'"
+ " AND o.f.stringF = \'testf\'"
+ " AND o.f.e.d.intD < 1"
+ " AND o.f.e.d.intD > -1",
ComplexG.class);
}
public void testComplex10() {
complexQuery(1,
new ComplexG("testg", 0, null,
new ComplexF("testf", 0, null, null,
new ComplexE("teste", 0, null, null,
new ComplexD("testd", 0, null, null,
new ComplexC("testc", 0, null, null,
new ComplexB("testb", 0, null, null,
new ComplexA("testa", 0, null, null))))))),
"f.stringF = \'testf\'",
ComplexG.class);
}
public void testComplex11() {
complexQuery(1,
new ComplexG("testg", 0, null,
new ComplexF("testf", 0, null, null,
new ComplexE("teste", 0, null, null,
new ComplexD("testd", 0, null, null,
new ComplexC("testc", 0, null, null,
new ComplexB("testb", 0, null, null,
new ComplexA("testa", 0, null, null))))))),
"f.stringF = \'testf\' AND o.stringG = \'testg\'",
ComplexG.class);
}
public void testComplex12() {
try {
complexQuery(1,
new ComplexG("testg", 0, null,
new ComplexF("testf", 0, null, null,
new ComplexE("teste", 0, null, null,
new ComplexD("testd", 0, null, null,
new ComplexC("testc", 0, null, null,
new ComplexB("testb", 0, null, null,
new ComplexA("testa", 0, null,
null))))))),
"f.stringF = \'testf\'OR o.stringG = \'testg\'",
ComplexG.class);
} catch (junit.framework.AssertionFailedError afe) {
bug(449, afe, "ORs and relational queries");
}
}
public void testComplex13() {
complexQuery(0,
new ComplexG("testg", 0, null,
new ComplexF("testf", 0, null, null,
new ComplexE("teste", 0, null, null,
new ComplexD("testd", 0, null, null,
new ComplexC("testc", 0, null, null,
new ComplexB("testb", 0, null, null,
new ComplexA("testa", 0, null, null))))))),
"f.stringF = \'testfXXX\'",
ComplexG.class);
}
}