/*
* Copyright 2010 Red Hat, Inc. and/or its affiliates.
*
* Licensed 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 org.drools.workbench.models.testscenarios.backend;
import static org.junit.Assert.assertEquals;
import static org.junit.Assert.assertFalse;
import static org.junit.Assert.assertTrue;
import java.util.ArrayList;
import java.util.List;
import java.util.Map;
import org.drools.workbench.models.testscenarios.shared.ExecutionTrace;
import org.drools.workbench.models.testscenarios.shared.FactData;
import org.drools.workbench.models.testscenarios.shared.RetractFact;
import org.drools.workbench.models.testscenarios.shared.Scenario;
import org.drools.workbench.models.testscenarios.shared.VerifyField;
import org.drools.workbench.models.testscenarios.shared.VerifyRuleFired;
import org.junit.Test;
import org.drools.workbench.models.testscenarios.shared.VerifyFact;
public class ScenarioTest {
@Test
public void testInsertBetween() {
Scenario sc = new Scenario();
VerifyRuleFired vf = new VerifyRuleFired();
sc.insertBetween( null,
vf );
assertEquals( 1,
sc.getFixtures().size() );
assertEquals( vf,
sc.getFixtures().get( 0 ) );
VerifyRuleFired vf2 = new VerifyRuleFired();
sc.getFixtures().add( vf2 );
VerifyRuleFired vf3 = new VerifyRuleFired();
sc.insertBetween( vf,
vf3 );
assertEquals( 3,
sc.getFixtures().size() );
assertEquals( vf,
sc.getFixtures().get( 0 ) );
assertEquals( vf2,
sc.getFixtures().get( 1 ) );
assertEquals( vf3,
sc.getFixtures().get( 2 ) );
VerifyRuleFired vf4 = new VerifyRuleFired();
sc.insertBetween( vf2,
vf4 );
assertEquals( 4,
sc.getFixtures().size() );
assertEquals( 3,
sc.getFixtures().indexOf( vf4 ) );
assertEquals( 2,
sc.getFixtures().indexOf( vf3 ) );
//assertEquals(vf4, sc.fixtures.get(3));
assertEquals( 1,
sc.getFixtures().indexOf( vf2 ) );
//assertEquals(vf2, sc.fixtures.get(2));
assertEquals( 0,
sc.getFixtures().indexOf( vf ) );
VerifyRuleFired vf5 = new VerifyRuleFired();
sc.insertBetween( null,
vf5 );
assertEquals( 5,
sc.getFixtures().size() );
assertEquals( 4,
sc.getFixtures().indexOf( vf5 ) );
sc = new Scenario();
sc.getFixtures().add( vf );
ExecutionTrace ex = new ExecutionTrace();
sc.getFixtures().add( ex );
sc.insertBetween( null,
vf2 );
assertEquals( 0,
sc.getFixtures().indexOf( vf ) );
assertEquals( 1,
sc.getFixtures().indexOf( vf2 ) );
assertEquals( 2,
sc.getFixtures().indexOf( ex ) );
assertEquals( 3,
sc.getFixtures().size() );
sc.insertBetween( ex,
vf3 );
assertEquals( 4,
sc.getFixtures().size() );
assertEquals( 0,
sc.getFixtures().indexOf( vf ) );
assertEquals( 1,
sc.getFixtures().indexOf( vf2 ) );
assertEquals( 2,
sc.getFixtures().indexOf( ex ) );
assertEquals( 3,
sc.getFixtures().indexOf( vf3 ) );
ExecutionTrace ex2 = new ExecutionTrace();
sc.getFixtures().add( ex2 );
sc.insertBetween( ex,
vf4 );
assertEquals( 6,
sc.getFixtures().size() );
assertEquals( 0,
sc.getFixtures().indexOf( vf ) );
assertEquals( 1,
sc.getFixtures().indexOf( vf2 ) );
assertEquals( 2,
sc.getFixtures().indexOf( ex ) );
assertEquals( 3,
sc.getFixtures().indexOf( vf3 ) );
assertEquals( 4,
sc.getFixtures().indexOf( vf4 ) );
assertEquals( 5,
sc.getFixtures().indexOf( ex2 ) );
sc.insertBetween( ex2,
vf5 );
assertEquals( 7,
sc.getFixtures().size() );
assertEquals( 0,
sc.getFixtures().indexOf( vf ) );
assertEquals( 1,
sc.getFixtures().indexOf( vf2 ) );
assertEquals( 2,
sc.getFixtures().indexOf( ex ) );
assertEquals( 3,
sc.getFixtures().indexOf( vf3 ) );
assertEquals( 4,
sc.getFixtures().indexOf( vf4 ) );
assertEquals( 5,
sc.getFixtures().indexOf( ex2 ) );
assertEquals( 6,
sc.getFixtures().indexOf( vf5 ) );
sc = new Scenario();
sc.getFixtures().add( ex );
sc.insertBetween( null,
vf );
assertEquals( 2,
sc.getFixtures().size() );
assertEquals( 0,
sc.getFixtures().indexOf( vf ) );
assertEquals( 1,
sc.getFixtures().indexOf( ex ) );
}
@Test
public void testExecutionTrace() {
Scenario sc = new Scenario();
sc.getGlobals().add( new FactData( "A",
"A",
new ArrayList(),
false ) );
sc.getFixtures().add( new FactData( "B",
"B",
new ArrayList(),
true ) );
sc.getFixtures().add( new FactData( "C",
"C",
new ArrayList(),
true ) );
ExecutionTrace ex1 = new ExecutionTrace();
sc.getFixtures().add( ex1 );
sc.getFixtures().add( new VerifyFact() );
sc.getFixtures().add( new RetractFact() );
sc.getFixtures().add( new FactData( "D",
"D",
new ArrayList(),
false ) );
sc.getFixtures().add( new FactData( "E",
"E",
new ArrayList(),
false ) );
ExecutionTrace ex2 = new ExecutionTrace();
sc.getFixtures().add( ex2 );
sc.getFixtures().add( new VerifyFact() );
sc.getFixtures().add( new FactData( "F",
"F",
new ArrayList(),
false ) );
ExecutionTrace ex3 = new ExecutionTrace();
sc.getFixtures().add( ex3 );
assertEquals( 11,
sc.getFixtures().size() );
sc.removeExecutionTrace( ex2 );
assertEquals( 6,
sc.getFixtures().size() );
assertTrue( sc.isFactNameReserved( "A" ) );
assertTrue( sc.isFactNameReserved( "B" ) );
assertTrue( sc.isFactNameReserved( "C" ) );
assertFalse( sc.isFactNameReserved( "D" ) );
assertFalse( sc.isFactNameReserved( "E" ) );
assertTrue( sc.isFactNameReserved( "F" ) );
}
@Test
public void testRemoveFixture() {
Scenario sc = new Scenario();
VerifyRuleFired vf1 = new VerifyRuleFired();
VerifyRuleFired vf2 = new VerifyRuleFired();
VerifyRuleFired vf3 = new VerifyRuleFired();
FactData fd = new FactData();
sc.getFixtures().add( vf1 );
sc.getFixtures().add( vf2 );
sc.getFixtures().add( vf3 );
sc.getGlobals().add( fd );
sc.removeFixture( vf2 );
assertEquals( 2,
sc.getFixtures().size() );
assertEquals( vf1,
sc.getFixtures().get( 0 ) );
assertEquals( vf3,
sc.getFixtures().get( 1 ) );
assertEquals( 1,
sc.getGlobals().size() );
sc.removeFixture( fd );
assertEquals( 0,
sc.getGlobals().size() );
assertEquals( 2,
sc.getFixtures().size() );
}
@Test
public void testMapFactTypes() {
Scenario sc = new Scenario();
sc.getFixtures().add( new FactData( "X",
"q",
null,
false ) );
sc.getGlobals().add( new FactData( "Q",
"x",
null,
false ) );
Map r = sc.getVariableTypes();
assertEquals( 2,
r.size() );
assertEquals( "X",
r.get( "q" ) );
assertEquals( "Q",
r.get( "x" ) );
}
@Test
public void testVariablesInScope() {
Scenario sc = new Scenario();
sc.getGlobals().add( new FactData( "X",
"x",
new ArrayList(),
false ) );
sc.getFixtures().add( new FactData( "Q",
"q",
new ArrayList(),
true ) );
sc.getFixtures().add( new FactData( "Z",
"z",
new ArrayList(),
false ) );
ExecutionTrace ex1 = new ExecutionTrace();
sc.getFixtures().add( ex1 );
sc.getFixtures().add( new RetractFact( "z" ) );
sc.getFixtures().add( new FactData( "Y",
"y",
new ArrayList(),
false ) );
ExecutionTrace ex2 = new ExecutionTrace();
sc.getFixtures().add( ex2 );
List l = sc.getFactNamesInScope( ex1,
true );
assertEquals( 3,
l.size() );
assertEquals( "q",
l.get( 0 ) );
assertEquals( "z",
l.get( 1 ) );
assertEquals( "x",
l.get( 2 ) );
l = sc.getFactNamesInScope( ex1,
false );
assertEquals( 2,
l.size() );
assertFalse( l.contains( sc.getGlobals().get( 0 ) ) );
l = sc.getFactNamesInScope( ex2,
true );
assertEquals( 3,
l.size() );
assertEquals( "q",
l.get( 0 ) );
assertEquals( "y",
l.get( 1 ) );
assertEquals( "x",
l.get( 2 ) );
l = sc.getFactNamesInScope( null,
true );
assertEquals( 0,
l.size() );
}
@Test
public void testAllowRemoveFact() {
Scenario sc = new Scenario();
FactData fd1 = new FactData( "X",
"x",
new ArrayList(),
false );
sc.getFixtures().add( fd1 );
FactData fd2 = new FactData( "Q",
"q",
new ArrayList(),
false );
sc.getFixtures().add( fd2 );
FactData fd3 = new FactData( "Z",
"z",
new ArrayList(),
false );
sc.getFixtures().add( fd3 );
ExecutionTrace ex1 = new ExecutionTrace();
FactData fd4 = new FactData( "I",
"i",
new ArrayList(),
false );
sc.getGlobals().add( fd4 );
sc.getFixtures().add( ex1 );
sc.getFixtures().add( new RetractFact( "z" ) );
sc.getFixtures().add( new FactData( "Z",
"z",
new ArrayList(),
true ) );
sc.getFixtures().add( new VerifyFact( "q",
new ArrayList() ) );
assertFalse( sc.isFactDataReferenced( fd1 ) );
assertTrue( sc.isFactDataReferenced( fd2 ) );
assertTrue( sc.isFactDataReferenced( fd3 ) );
assertFalse( sc.isFactDataReferenced( fd4 ) );
}
@Test
public void testIsFactNameUsed() {
Scenario sc = new Scenario();
sc.getGlobals().add( new FactData( "X",
"x",
null,
false ) );
sc.getFixtures().add( new FactData( "Q",
"q",
null,
false ) );
sc.getFixtures().add( new ExecutionTrace() );
assertTrue( sc.isFactNameReserved( "x" ) );
assertTrue( sc.isFactNameReserved( "q" ) );
assertFalse( sc.isFactNameReserved( "w" ) );
sc = new Scenario();
assertFalse( sc.isFactNameReserved( "w" ) );
}
@Test
public void testCountSuccessFailures() {
Scenario sc = new Scenario();
sc.getFixtures().add( new FactData() );
sc.getFixtures().add( new ExecutionTrace() );
VerifyRuleFired vr = new VerifyRuleFired();
vr.setSuccessResult( false );
sc.getFixtures().add( vr );
VerifyField vf = new VerifyField();
vf.setSuccessResult( true );
VerifyField vf2 = new VerifyField();
vf2.setSuccessResult( false );
VerifyFact vfact = new VerifyFact();
vfact.getFieldValues().add( vf );
vfact.getFieldValues().add( vf2 );
sc.getFixtures().add( vfact );
int[] totals = sc.countFailuresTotal();
assertEquals( 2,
totals[0] );
assertEquals( 3,
totals[1] );
}
}