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* 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
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*
* 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,
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* See the License for the specific language governing permissions and
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package org.apache.ivy.plugins.conflict;
import java.io.IOException;
import java.text.ParseException;
import junit.framework.TestCase;
import org.apache.ivy.Ivy;
import org.apache.ivy.TestFixture;
import org.apache.ivy.TestHelper;
import org.apache.ivy.core.report.ConfigurationResolveReport;
import org.apache.ivy.core.report.ResolveReport;
public class LatestCompatibleConflictManagerTest extends TestCase {
private TestFixture fixture;
protected void setUp() throws Exception {
fixture = new TestFixture();
LatestCompatibleConflictManager cm = new LatestCompatibleConflictManager();
fixture.getSettings().addConfigured(cm);
fixture.getSettings().setDefaultConflictManager(cm);
}
protected void tearDown() throws Exception {
fixture.clean();
}
public void testInitFromSettings() throws Exception {
Ivy ivy = new Ivy();
ivy.configure(LatestCompatibleConflictManagerTest.class
.getResource("ivysettings-latest-compatible.xml"));
ConflictManager cm = ivy.getSettings().getDefaultConflictManager();
assertTrue(cm instanceof LatestCompatibleConflictManager);
}
public void testCompatibilityResolve1() throws Exception {
fixture.addMD("#A;1-> { #B;1.4 #C;[2.0,2.5] }").addMD("#B;1.4->#D;1.5")
.addMD("#C;2.5->#D;[1.0,1.6]").addMD("#D;1.5").addMD("#D;1.6").init();
resolveAndAssert("#A;1", "#B;1.4, #C;2.5, #D;1.5");
}
public void testCompatibilityResolve2() throws Exception {
fixture.addMD("#A;2-> { #B;[1.0,1.5] #C;[2.0,2.5] }").addMD("#B;1.4->#D;1.5")
.addMD("#B;1.5->#D;2.0").addMD("#C;2.5->#D;[1.0,1.6]").addMD("#D;1.5")
.addMD("#D;1.6").addMD("#D;2.0").init();
resolveAndAssert("#A;2", "#B;1.4, #C;2.5, #D;1.5");
}
public void testCompatibilityResolve3() throws Exception {
fixture.addMD("#A;3-> { #B;[2.0,2.5] #C;[3.0,3.5] }").addMD("#B;2.3-> { #D;1.5 #E;1.0 }")
.addMD("#B;2.4-> { #D;1.5 #E;2.0 }").addMD("#B;2.5-> { #D;2.0 }")
.addMD("#C;3.4-> { #D;[1.0,1.6] #E;1.0 }")
.addMD("#C;3.5-> { #D;[1.0,1.6] #E;1.9 }").addMD("#D;1.5").addMD("#D;1.6")
.addMD("#D;2.0").addMD("#E;1.0").addMD("#E;1.9").addMD("#E;2.0").init();
resolveAndAssert("#A;3", "#B;2.3, #C;3.4, #D;1.5, #E;1.0");
}
public void testCompatibilityResolve4() throws Exception {
fixture.addMD("#A;4-> { #B;[1.0,1.5] #C;[2.0,2.5] #F;[1.0,1.1] }").addMD("#B;1.4->#D;1.5")
.addMD("#B;1.5->#D;2.0").addMD("#C;2.5->#D;[1.0,1.6]").addMD("#F;1.0->#D;1.5")
.addMD("#F;1.1->#D;1.6").addMD("#D;1.5").addMD("#D;1.6").addMD("#D;2.0").init();
resolveAndAssert("#A;4", "#B;1.4, #C;2.5, #D;1.5, #F;1.0");
}
public void testCompatibilityResolve5() throws Exception {
fixture.addMD("#A;5->{ #B;[1.0,1.5] #C;2.6 }").addMD("#B;1.3->{ }").addMD("#B;1.4->#D;1.5")
.addMD("#B;1.5->#D;2.0").addMD("#C;2.6->#D;1.6").addMD("#D;1.5").addMD("#D;1.6")
.addMD("#D;2.0").init();
resolveAndAssert("#A;5", "#B;1.3, #C;2.6, #D;1.6");
}
public void testCompatibilityResolve6() throws Exception {
fixture.addMD("#A;1-> { #C;[2.0,2.5] #B;1.4 }").addMD("#B;1.4->#D;1.5")
.addMD("#C;2.5->#D;[1.0,1.6]").addMD("#D;1.5").addMD("#D;1.6").init();
resolveAndAssert("#A;1", "#B;1.4, #C;2.5, #D;1.5");
}
public void testCompatibilityResolveCircularDependency1() throws Exception {
fixture.addMD("#A;6->{ #B;[3.0,3.5] #C;4.6 }").addMD("#B;3.4->#D;2.5")
.addMD("#B;3.5->#D;3.0").addMD("#C;4.6->#D;2.5").addMD("#D;3.0->#B;3.5") // circular
// dependency
.addMD("#D;2.5->#B;3.4") // circular dependency
.init();
resolveAndAssert("#A;6", "#B;3.4, #C;4.6, #D;2.5");
}
public void testCompatibilityResolveCircularDependency2() throws Exception {
fixture.addMD("#A;1->#C;2").addMD("#C;1->#B;1").addMD("#C;2->#B;2").addMD("#C;3->#B;3")
.addMD("#B;1->#C;latest.integration") // circular dependency
.addMD("#B;2->#C;latest.integration") // circular dependency
.addMD("#B;3->#C;latest.integration") // circular dependency
.init();
resolveAndAssert("#A;1", "#B;2, #C;2");
}
public void testCompatibilityResolveCircularDependency3() throws Exception {
// same as 2, but A depends on B
fixture.addMD("#A;1->#B;2").addMD("#C;1->#B;1").addMD("#C;2->#B;2").addMD("#C;3->#B;3")
.addMD("#B;1->#C;latest.integration") // circular dependency
.addMD("#B;2->#C;latest.integration") // circular dependency
.addMD("#B;3->#C;latest.integration") // circular dependency
.init();
resolveAndAssert("#A;1", "#B;2, #C;2");
}
public void testConflict() throws Exception {
try {
fixture.addMD("#A;conflict-> { #B;[1.5,1.6] #C;2.5 }").addMD("#B;1.5->#D;2.0")
.addMD("#B;1.6->#D;2.0").addMD("#C;2.5->#D;[1.0,1.6]").addMD("#D;1.5")
.addMD("#D;1.6").addMD("#D;2.0").init();
fixture.resolve("#A;conflict");
fail("Resolve should have failed with a conflict");
} catch (StrictConflictException e) {
// this is expected
}
}
public void testDynamicRootConflict() throws Exception {
try {
fixture.addMD("#A;conflict-> {#B;[1.2,2.0[ #C;pCC.main.+ #D;[1.5,1.7[ }")
.addMD("#B;1.0.0->#D;[1.6.1,2.0[").addMD("#B;1.1.0->#D;[1.6.1,2.0[")
.addMD("#B;pCC.main.0.0->#D;[1.6.1,2.0[")
.addMD("#C;1.0.0-> {#B;[1.0,2.0[ #D;[1.6.0,1.7[ }")
.addMD("#C;1.1.0-> {#B;[1.1,2.0[ #D;[1.6.0,1.7[ }")
.addMD("#C;pCC.main.1.9-> {#B;pCC.main.+ #D;[1.6.0,1.7[ }").addMD("#D;1.6.1")
.init();
fixture.resolve("#A;conflict");
fail("Resolve should have failed with a conflict");
} catch (StrictConflictException e) {
// this is expected }
}
}
private void resolveAndAssert(String mrid, String expectedModuleSet) throws ParseException,
IOException {
ResolveReport report = fixture.resolve(mrid);
assertFalse(report.hasError());
ConfigurationResolveReport defaultReport = report.getConfigurationReport("default");
TestHelper.assertModuleRevisionIds(expectedModuleSet, defaultReport.getModuleRevisionIds());
}
}