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BIG CHANGEMENT, correction de la configuration, nouveau test)

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This commit is contained in:
Rochas
2024-12-19 21:32:03 +01:00
parent 69e9f01cdd
commit 27eedecd8c
9 changed files with 576 additions and 267 deletions
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55
src/fr/impl/ConfigurationImpl.java
View File

@@ -21,32 +21,46 @@ public class ConfigurationImpl implements Configuration {
@Override
public boolean isValid() {
for(Part pt: selectedParts){
boolean test = true;
for(Part pt1: selectedParts){
boolean test_Requirement = true;
boolean test_Incompabilities = true;
System.out.println("name : " + pt1.getType().getName());
//Verifier Requirements
for(PartType require : compatibilityManager.getRequirements(pt.getType())){
for(PartType require : compatibilityManager.getRequirements(pt1.getType())){
test_Requirement = false;
System.out.println("\tRequirement : " + require.getName());
//if(!selectedParts.contains(require)) return false;
//IN V2, instead of verify if it's in selectedParts,
//we will compare its type and selectedParts
//boolean no_error = true;
for(Part selectPart : selectedParts){
if (selectPart.getType().equals(require)){
return false;
for(Part pt2 : selectedParts){
System.out.println("\t\tname : " + pt2.getType().getName());
if (pt2.getType().equals(require)){
test_Requirement = true;
//no_error= true;
//break;
break;
}
}
}
if(test_Requirement) System.out.println("\tok");
else System.out.println("\tnot ok");
//Verifier Incompabilities
for(PartType incompa : compatibilityManager.getIncompatibilities(pt.getType())){
for(PartType incompa : compatibilityManager.getIncompatibilities(pt1.getType())){
System.out.println("\tIncompatibility : " + incompa.getName());
for (Part selectPart : selectedParts){
if(selectPart.getType().equals(incompa)){
return false;
test_Incompabilities = false;
break;
}
}
}
}
if(test_Incompabilities) System.out.println("\tok");
else System.out.println("\tnot ok");
System.out.println(test_Requirement + " " + test_Incompabilities);
test = test && test_Requirement && test_Incompabilities;
}
return true;
return test;
}
public int getPriceTotal(){
@@ -86,11 +100,13 @@ public class ConfigurationImpl implements Configuration {
if(pt.getCategory().equals(category_chosenPart)){
System.out.println("Il y a une pièce dans la même catégorie dans la configuration");
selectedParts.remove(pt);
selectedParts.add(((PartTypeImpl)chosenPart).newInstance());
return;
break;
}
}
selectedParts.add( ((PartTypeImpl)chosenPart).newInstance() );
PartImpl newPart = ((PartTypeImpl)chosenPart).newInstance();
newPart.setType(chosenPart);
selectedParts.add(newPart);
//System.out.println(chosenPart.getName() + " : size = " + selectedParts.size());
}
@Override
@@ -118,4 +134,15 @@ public class ConfigurationImpl implements Configuration {
public void clear() {
this.selectedParts.clear();;
}
public Part getPart(Category part){
Part engine = null;
for( Part pt: selectedParts){
if(pt.getCategory() == part){
engine = pt;
break;
}
}
return engine;
}
}

20
src/fr/impl/PartImpl.java
View File

@@ -18,13 +18,12 @@ public class PartImpl implements Part {
private PartType type;
private int price;
public PartImpl(PartType type, int price){
/*public PartImpl(PartType type){
this.type = type;
this.price = price;
}
}*/
private class Property {
public final Supplier<String> getter;
public final Supplier<String> getter;
public final Consumer<String> setter;
public final Set<String> possibleValues;
@@ -51,7 +50,10 @@ public class PartImpl implements Part {
Objects.requireNonNull(propertyName);
if (properties.containsKey(propertyName)) {
return Optional.of(properties.get(propertyName).getter.get());
String value = properties.get(propertyName).getter.get();
if(value != null){
return Optional.of(value);
}
}
return Optional.empty();
}
@@ -78,11 +80,17 @@ public class PartImpl implements Part {
public Category getCategory(){
return this.type.getCategory();
}
}
public PartType getType(){
return this.type;
}
public void setType(PartType type){
this.type = type;
}
public int getPrice(){
return this.price;
}

5
src/fr/impl/Parts/Engine.java
View File

@@ -5,7 +5,10 @@ import src.fr.impl.PartImpl;
import src.fr.impl.PartTypeImpl;
public class Engine extends PartImpl {
public Engine(String name, CategoryImpl category, int price){
/*public Engine(String name, CategoryImpl category, int price){
super(new PartTypeImpl(name,Engine.class, category),price);
}*/
public Engine(){
}
}

6
src/fr/impl/Parts/Exterior.java
View File

@@ -21,12 +21,16 @@ public class Exterior extends PartImpl {
private String color;
public Exterior(String name, CategoryImpl category, int price){
/*public Exterior(String name, CategoryImpl category, int price){
super(new PartTypeImpl(name,Engine.class, category),price);
Set<String> l = new HashSet<String>();
l.add("red");
this.addProperty("color", () -> getColor(), c -> setColor(c), colorSet);
}*/
public Exterior(){
this.addProperty("color", () -> getColor(), c -> setColor(c), colorSet);
}

5
src/fr/impl/Parts/Interior.java
View File

@@ -23,9 +23,12 @@ public class Interior extends PartImpl {
String color;
String material;
public Interior(String name, CategoryImpl category, int price){
/*public Interior(String name, CategoryImpl category, int price){
super(new PartTypeImpl(name,Engine.class, category), price);
}*/
public Interior(){
}
public String getColor(){

5
src/fr/impl/Parts/Transmission.java
View File

@@ -5,7 +5,10 @@ import src.fr.impl.PartImpl;
import src.fr.impl.PartTypeImpl;
public class Transmission extends PartImpl {
public Transmission(String name, CategoryImpl category, int price){
/*public Transmission(String name, CategoryImpl category, int price){
super(new PartTypeImpl(name,Engine.class, category),price);
}*/
public Transmission(){
}
}

243
src/fr/test/test.java
View File

@@ -1,243 +0,0 @@
package src.fr.test;
import java.util.Set;
import java.util.HashSet;
import static org.junit.Assert.*;
import org.junit.Before;
import org.junit.Test;
import src.fr.impl.*;
import src.fr.impl.Parts.*;
import src.fr.api.*;
public class test {
CategoryImpl engine = new CategoryImpl("Engine");
CategoryImpl transmission = new CategoryImpl("Transmission");
CategoryImpl exterior = new CategoryImpl("Exterior");
CategoryImpl interior = new CategoryImpl("Interior");
PartType EG100PartType = new PartTypeImpl("EG100",Engine.class,engine);
Engine EG100 = new Engine("EG100",engine,19000);
Engine EG133 = new Engine("EG133",engine,2200);
Engine EG210= new Engine("EG210", engine,25000);
Engine ED110= new Engine("ED110", engine,18000);
Engine ED180= new Engine("ED180", engine,20000);
Engine EH120= new Engine("EH120", engine,25000);
Transmission TM5= new Transmission("TM5", transmission,2000);
Transmission TM6= new Transmission("TM6", transmission,4000);
Transmission TA5= new Transmission("TA5", transmission,7000);
Transmission TS6= new Transmission("TS6", transmission,10000);
Transmission TSF7= new Transmission("TSF7", transmission,15000);
Transmission TC120= new Transmission("TC120", transmission,5000);
Exterior XC= new Exterior("XC", exterior,0);
Exterior XM= new Exterior("XM", exterior,1000);
Exterior XS= new Exterior("XS", exterior,10000);
Interior IN= new Interior("IN", interior,0);
Interior IH= new Interior("IH", interior,800);
Interior IS= new Interior("IS", interior,2500);
CompatibilityManager cm = new CompatibilityManagerImpl();
@Before
public void init(){
Set<PartType> EH120Requirement = new HashSet<PartType>();
EH120Requirement.add(TC120.getType());
Set<PartType> TA5Incompatibilities = new HashSet<PartType>();
TA5Incompatibilities.add(EG100.getType());
Set<PartType> TSF7Incompatibilities = new HashSet<PartType>();
TSF7Incompatibilities.add(EG100.getType());
TSF7Incompatibilities.add(EG133.getType());
TSF7Incompatibilities.add(ED110.getType());
Set<PartType> TC120Requirement = new HashSet<PartType>();
TC120Requirement.add(EH120.getType());
Set<PartType> XCIncompatibilities = new HashSet<PartType>();
XCIncompatibilities.add(EG210.getType());
Set<PartType> XMIncompatibilities = new HashSet<PartType>();
XMIncompatibilities.add(EG100.getType());
Set<PartType> XSIncompatibilities = new HashSet<PartType>();
XSIncompatibilities.add(EG100.getType());
Set<PartType> XSRequirement = new HashSet<PartType>();
XSRequirement.add(IS.getType());
Set<PartType> ISIncompatibilities = new HashSet<PartType>();
ISIncompatibilities.add(EG100.getType());
ISIncompatibilities.add(TM5.getType());
Set<PartType> ISRequirement = new HashSet<PartType>();
ISRequirement.add(XS.getType());
cm.addRequirements(EH120.getType(), EH120Requirement);
cm.addIncompatibilities(TA5.getType(), TA5Incompatibilities);
cm.addIncompatibilities(TSF7.getType(), TSF7Incompatibilities);
cm.addRequirements(TC120.getType(), TC120Requirement);
cm.addIncompatibilities(XC.getType(), XCIncompatibilities);
cm.addIncompatibilities(XM.getType(), XMIncompatibilities);
cm.addIncompatibilities(XS.getType(), XSIncompatibilities);
cm.addRequirements(XS.getType(), XSRequirement);
cm.addIncompatibilities(IS.getType(), ISIncompatibilities);
cm.addRequirements(IS.getType(), ISRequirement);
//EG100.setProperty("prix","5€");
}
@Test
public void test_Incompatibilities_Simple_1(){
assertTrue(cm.getIncompatibilities(TA5.getType()).contains(EG100.getType()));
}
@Test
public void test_multiple_Incompatibilities_Simple_2(){
assertTrue(
cm.getIncompatibilities(TSF7.getType()).contains(EG100.getType())&&
cm.getIncompatibilities(TSF7.getType()).contains(EG133.getType())&&
cm.getIncompatibilities(TSF7.getType()).contains(ED110.getType())
);
}
@Test
public void test_Requirements_3(){
assertTrue(cm.getRequirements(EH120.getType()).contains(TC120.getType()));
}
/*
* A <-> B
* if A -> B then B -> A
*/
@Test
public void test_Incompatibilities_Complex_4(){
System.out.println("size EG100 incompatibilities : "+cm.getIncompatibilities(EG100.getType()).size());
assertTrue(cm.getIncompatibilities(EG100.getType()).contains(IS.getType()));
assertTrue(cm.getIncompatibilities(EG100.getType()).contains(XS.getType()));
}
/*
* if A require B
* then A is incompatible with all incompatible of B
*/
@Test
public void test_Require_Incompatibilities_Complex_5(){
assertTrue(cm.getIncompatibilities(XS.getType()).contains(EG100.getType()));
System.out.println("size XS incompatibilities : " + cm.getIncompatibilities(XS.getType()).size());
assertTrue(cm.getIncompatibilities(XS.getType()).contains(TM5.getType()));
}
/*
* Require Require Require
* if A -> B && B -> C then A -> C
*/
@Test
public void test_Incompatibilities_Complex_7(){
cm.addRequirements(TC120.getType(), Set.of(XC.getType()));
assertTrue(cm.getRequirements(TC120.getType()).contains(XC.getType()));
assertTrue(cm.getRequirements(EH120.getType()).contains(XC.getType()));
cm.removeRequirement(TC120.getType(), XC.getType());
}
@Test
public void test_Empty_Requirements_5(){
assertTrue(cm.getRequirements(ED180.getType()).isEmpty());
}
@Test
public void test_Remove_and_restore_Incompatibilities_6(){
assertTrue(cm.getIncompatibilities(XM.getType()).contains(EG100.getType()));
cm.removeIncompatibility(XM.getType(), EG100.getType());
assertFalse(cm.getIncompatibilities(XM.getType()).contains(EG100.getType()));
Set<PartType> setEG100 = new HashSet<PartType>();
setEG100.add(EG100.getType());
cm.addIncompatibilities(XM.getType(), setEG100);
assertTrue(cm.getIncompatibilities(XM.getType()).contains(EG100.getType()));
}
@Test
public void test_Remove_Empty_7(){
assertTrue(cm.getIncompatibilities(EH120.getType()).isEmpty());
cm.removeIncompatibility(EH120.getType(), EG100.getType());
assertTrue(cm.getIncompatibilities(EH120.getType()).isEmpty()); }
@Test
public void test_Remove_and_restore_Requirements_8(){
assertTrue(cm.getRequirements(EH120.getType()).contains(TC120.getType()));
cm.removeRequirement(EH120.getType(), TC120.getType());
assertFalse(cm.getRequirements(EH120.getType()).contains(TC120.getType()));
Set<PartType> setTC120 = new HashSet<PartType>();
setTC120.add(TC120.getType());
cm.addRequirements(EH120.getType(), setTC120);
assertTrue(cm.getRequirements(EH120.getType()).contains(TC120.getType()));
}
@Test
public void test_remove_incompatibilities_but_no_removable(){
assertTrue(cm.getIncompatibilities(EG100.getType()).contains(IS.getType()));
cm.removeIncompatibility(EG100.getType(), IS.getType());
assertTrue(cm.getIncompatibilities(EG100.getType()).contains(IS.getType()));
}
@Test
public void test_Add_and_restore_Incompatibilities_9(){
assertTrue(cm.getIncompatibilities(TSF7.getType()).contains(EG100.getType()));
assertTrue(cm.getIncompatibilities(TSF7.getType()).contains(EG133.getType()));
assertTrue(cm.getIncompatibilities(TSF7.getType()).contains(ED110.getType()));
cm.removeIncompatibility(TSF7.getType(), EG100.getType());
assertFalse(cm.getIncompatibilities(TSF7.getType()).contains(EG100.getType()));
assertTrue(cm.getIncompatibilities(TSF7.getType()).contains(EG133.getType()));
assertTrue(cm.getIncompatibilities(TSF7.getType()).contains(ED110.getType()));
Set<PartType> setEG100 = new HashSet<PartType>();
setEG100.add(EG100.getType());
cm.addIncompatibilities(TSF7.getType(), setEG100);
assertTrue(cm.getIncompatibilities(TSF7.getType()).contains(EG100.getType()));
assertTrue(cm.getIncompatibilities(TSF7.getType()).contains(EG133.getType()));
assertTrue(cm.getIncompatibilities(TSF7.getType()).contains(ED110.getType()));
}
@Test
public void test_PropertyInteriorColor(){
XS.setProperty("color","red");
assertTrue(XS.getProperty("color").get()=="red");
}
@Test
public void test_prixTotal1(){
ConfigurationImpl config1 = new ConfigurationImpl(cm);
//config1.selectPart(EG210.getType());
//config1.selectPart(TSF7.getType());
//config1.selectPart(XS.getType());
//config1.selectPart(IS.getType());
assertTrue(true);
//assertTrue(config1.isComplete());
//assertTrue(config1.isValid());
}
}

286
src/fr/test/testV2_PT.java Normal file
View File

@@ -0,0 +1,286 @@
package src.fr.test;
import java.util.Set;
import java.util.HashSet;
import static org.junit.Assert.*;
import org.junit.Before;
import org.junit.Test;
import src.fr.impl.*;
import src.fr.impl.Parts.*;
import src.fr.api.*;
public class testV2_PT {
// CategoryImpl engine = new CategoryImpl("Engine");
// CategoryImpl transmission = new CategoryImpl("Transmission");
// CategoryImpl exterior = new CategoryImpl("Exterior");
// CategoryImpl interior = new CategoryImpl("Interior");
//
//
//
//
// PartType EG100PartType = new PartTypeImpl("EG100",Engine.class,engine);
//
//
// Engine EG100 = new Engine();
// Engine EG133 = new Engine();
// Engine EG210= new Engine();
// Engine ED110= new Engine();
// Engine ED180= new Engine();
// Engine EH120= new Engine();
//
// Transmission TM5= new Transmission("TM5", transmission,2000);
// Transmission TM6= new Transmission("TM6", transmission,4000);
// Transmission TA5= new Transmission("TA5", transmission,7000);
// Transmission TS6= new Transmission("TS6", transmission,10000);
// Transmission TSF7= new Transmission("TSF7", transmission,15000);
// Transmission TC120= new Transmission("TC120", transmission,5000);
//
// Exterior XC= new Exterior("XC", exterior,0);
// Exterior XM= new Exterior("XM", exterior,1000);
// Exterior XS= new Exterior("XS", exterior,10000);
//
// Interior IN= new Interior("IN", interior,0);
// Interior IH= new Interior("IH", interior,800);
// Interior IS= new Interior("IS", interior,2500);
//
//
//
//
// CompatibilityManager cm = new CompatibilityManagerImpl();
// @Before
// public void init(){
// Set<PartType> EH120Requirement = new HashSet<PartType>();
// EH120Requirement.add(TC120.getType());
//
// Set<PartType> TA5Incompatibilities = new HashSet<PartType>();
// TA5Incompatibilities.add(EG100.getType());
//
// Set<PartType> TSF7Incompatibilities = new HashSet<PartType>();
// TSF7Incompatibilities.add(EG100.getType());
// TSF7Incompatibilities.add(EG133.getType());
// TSF7Incompatibilities.add(ED110.getType());
//
// Set<PartType> TC120Requirement = new HashSet<PartType>();
// TC120Requirement.add(EH120.getType());
//
// Set<PartType> XCIncompatibilities = new HashSet<PartType>();
// XCIncompatibilities.add(EG210.getType());
//
// Set<PartType> XMIncompatibilities = new HashSet<PartType>();
// XMIncompatibilities.add(EG100.getType());
//
// Set<PartType> XSIncompatibilities = new HashSet<PartType>();
// XSIncompatibilities.add(EG100.getType());
// Set<PartType> XSRequirement = new HashSet<PartType>();
// XSRequirement.add(IS.getType());
//
// Set<PartType> ISIncompatibilities = new HashSet<PartType>();
// ISIncompatibilities.add(EG100.getType());
// ISIncompatibilities.add(TM5.getType());
// Set<PartType> ISRequirement = new HashSet<PartType>();
// ISRequirement.add(XS.getType());
//
// cm.addRequirements(EH120.getType(), EH120Requirement);
// cm.addIncompatibilities(TA5.getType(), TA5Incompatibilities);
// cm.addIncompatibilities(TSF7.getType(), TSF7Incompatibilities);
// cm.addRequirements(TC120.getType(), TC120Requirement);
// cm.addIncompatibilities(XC.getType(), XCIncompatibilities);
// cm.addIncompatibilities(XM.getType(), XMIncompatibilities);
// cm.addIncompatibilities(XS.getType(), XSIncompatibilities);
// cm.addRequirements(XS.getType(), XSRequirement);
// cm.addIncompatibilities(IS.getType(), ISIncompatibilities);
// cm.addRequirements(IS.getType(), ISRequirement);
//
//
//
// //EG100.setProperty("prix","5€");
//
//
//
// }
//
//
// @Test
// public void test_Incompatibilities_Simple_1(){
// assertTrue(cm.getIncompatibilities(TA5.getType()).contains(EG100.getType()));
// }
//
//
//
// @Test
// public void test_multiple_Incompatibilities_Simple_2(){
// assertTrue(
// cm.getIncompatibilities(TSF7.getType()).contains(EG100.getType())&&
// cm.getIncompatibilities(TSF7.getType()).contains(EG133.getType())&&
// cm.getIncompatibilities(TSF7.getType()).contains(ED110.getType())
// );
// }
//
// @Test
// public void test_Requirements_3(){
// assertTrue(cm.getRequirements(EH120.getType()).contains(TC120.getType()));
// }
//
//
//
// /*
// * A <-> B
// * if A -> B then B -> A
// */
// @Test
// public void test_Incompatibilities_Complex_4(){
// System.out.println("size EG100 incompatibilities : "+cm.getIncompatibilities(EG100.getType()).size());
// assertTrue(cm.getIncompatibilities(EG100.getType()).contains(IS.getType()));
// assertTrue(cm.getIncompatibilities(EG100.getType()).contains(XS.getType()));
// }
//
// /*
// * if A require B
// * then A is incompatible with all incompatible of B
// */
// @Test
// public void test_Require_Incompatibilities_Complex_5(){
// assertTrue(cm.getIncompatibilities(XS.getType()).contains(EG100.getType()));
// System.out.println("size XS incompatibilities : " + cm.getIncompatibilities(XS.getType()).size());
// assertTrue(cm.getIncompatibilities(XS.getType()).contains(TM5.getType()));
// }
//
//
// /*
// * Require Require Require
// * if A -> B && B -> C then A -> C
// */
// @Test
// public void test_Incompatibilities_Complex_7(){
// cm.addRequirements(TC120.getType(), Set.of(XC.getType()));
// assertTrue(cm.getRequirements(TC120.getType()).contains(XC.getType()));
// assertTrue(cm.getRequirements(EH120.getType()).contains(XC.getType()));
// cm.removeRequirement(TC120.getType(), XC.getType());
// }
//
// @Test
// public void test_Empty_Requirements_5(){
// assertTrue(cm.getRequirements(ED180.getType()).isEmpty());
// }
//
// @Test
// public void test_Remove_and_restore_Incompatibilities_6(){
// assertTrue(cm.getIncompatibilities(XM.getType()).contains(EG100.getType()));
// cm.removeIncompatibility(XM.getType(), EG100.getType());
// assertFalse(cm.getIncompatibilities(XM.getType()).contains(EG100.getType()));
// Set<PartType> setEG100 = new HashSet<PartType>();
// setEG100.add(EG100.getType());
// cm.addIncompatibilities(XM.getType(), setEG100);
// assertTrue(cm.getIncompatibilities(XM.getType()).contains(EG100.getType()));
// }
//
// @Test
// public void test_Remove_Empty_7(){
// assertTrue(cm.getIncompatibilities(EH120.getType()).isEmpty());
// cm.removeIncompatibility(EH120.getType(), EG100.getType());
// assertTrue(cm.getIncompatibilities(EH120.getType()).isEmpty()); }
//
// @Test
// public void test_Remove_and_restore_Requirements_8(){
// assertTrue(cm.getRequirements(EH120.getType()).contains(TC120.getType()));
// cm.removeRequirement(EH120.getType(), TC120.getType());
// assertFalse(cm.getRequirements(EH120.getType()).contains(TC120.getType()));
// Set<PartType> setTC120 = new HashSet<PartType>();
// setTC120.add(TC120.getType());
// cm.addRequirements(EH120.getType(), setTC120);
// assertTrue(cm.getRequirements(EH120.getType()).contains(TC120.getType()));
// }
//
// @Test
// public void test_remove_incompatibilities_but_no_removable(){
// assertTrue(cm.getIncompatibilities(EG100.getType()).contains(IS.getType()));
// cm.removeIncompatibility(EG100.getType(), IS.getType());
// assertTrue(cm.getIncompatibilities(EG100.getType()).contains(IS.getType()));
// }
//
// @Test
// public void test_Add_and_restore_Incompatibilities_9(){
// assertTrue(cm.getIncompatibilities(TSF7.getType()).contains(EG100.getType()));
// assertTrue(cm.getIncompatibilities(TSF7.getType()).contains(EG133.getType()));
// assertTrue(cm.getIncompatibilities(TSF7.getType()).contains(ED110.getType()));
// cm.removeIncompatibility(TSF7.getType(), EG100.getType());
// assertFalse(cm.getIncompatibilities(TSF7.getType()).contains(EG100.getType()));
// assertTrue(cm.getIncompatibilities(TSF7.getType()).contains(EG133.getType()));
// assertTrue(cm.getIncompatibilities(TSF7.getType()).contains(ED110.getType()));
// Set<PartType> setEG100 = new HashSet<PartType>();
// setEG100.add(EG100.getType());
// cm.addIncompatibilities(TSF7.getType(), setEG100);
// assertTrue(cm.getIncompatibilities(TSF7.getType()).contains(EG100.getType()));
// assertTrue(cm.getIncompatibilities(TSF7.getType()).contains(EG133.getType()));
// assertTrue(cm.getIncompatibilities(TSF7.getType()).contains(ED110.getType()));
// }
//
//
// @Test
// public void test_PropertyInteriorColor(){
// XS.setProperty("color","red");
// assertTrue(XS.getProperty("color").get()=="red");
// assertFalse(XS.getProperty("color").get()!="red");
// }
//
//
// @Test
// public void test_isComplete(){
// ConfigurationImpl config1 = new ConfigurationImpl(cm);
// config1.selectPart(EG210.getType());
// config1.selectPart(TSF7.getType());
// config1.selectPart(XS.getType());
// config1.selectPart(IS.getType());
//
// assertTrue(config1.isComplete());
// }
//
// @Test
// public void test_isValide(){
// ConfigurationImpl config1 = new ConfigurationImpl(cm);
// config1.selectPart(EG210.getType());
// config1.selectPart(TM5.getType());
// config1.selectPart(XS.getType());
// config1.selectPart(IS.getType());
//
// assertTrue(config1.isComplete());
// assertTrue(config1.isValid());
// }
//
// @Test
// public void test_isNotValide(){
// ConfigurationImpl config1 = new ConfigurationImpl(cm);
// config1.selectPart(EG210.getType());
// config1.selectPart(TSF7.getType());
// config1.selectPart(XS.getType());
// config1.selectPart(IH.getType());
//
// assertFalse(config1.isValid());
// }
//
// @Test
// public void test_prixTotal1(){
// ConfigurationImpl config1 = new ConfigurationImpl(cm);
// config1.selectPart(EG210.getType());
// config1.selectPart(TSF7.getType());
// config1.selectPart(XS.getType());
// config1.selectPart(IS.getType());
//
// System.out.println(config1.getPriceTotal());
// assertTrue(config1.getPriceTotal()==52500);
// }
//
//
// @Test
// public void test_69(){
// ConfigurationImpl config1 = new ConfigurationImpl(cm);
// config1.selectPart(EG210.getType());
//
// assertFalse(false);
//
// }
}

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src/fr/test/test_V2.java Normal file
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package src.fr.test;
import java.util.Set;
import java.util.HashSet;
import static org.junit.Assert.*;
import org.junit.Before;
import org.junit.Test;
import src.fr.impl.*;
import src.fr.impl.Parts.*;
import src.fr.api.*;
public class test_V2 {
CategoryImpl engine = new CategoryImpl("Engine");
CategoryImpl transmission = new CategoryImpl("Transmission");
CategoryImpl exterior = new CategoryImpl("Exterior");
CategoryImpl interior = new CategoryImpl("Interior");
//PartType
PartType EG100= new PartTypeImpl("EG100",Engine.class, engine);
PartType EG133= new PartTypeImpl("EG133",Engine.class, engine);
PartType EG210= new PartTypeImpl("EG210",Engine.class, engine);
PartType ED110= new PartTypeImpl("ED110",Engine.class, engine);
PartType ED180= new PartTypeImpl("ED180",Engine.class, engine);
PartType EH120= new PartTypeImpl("EH120",Engine.class, engine);
PartType TM5= new PartTypeImpl("TM5", Transmission.class ,transmission);
PartType TM6= new PartTypeImpl("TM6", Transmission.class ,transmission);
PartType TA5= new PartTypeImpl("TA5", Transmission.class ,transmission);
PartType TS6= new PartTypeImpl("TS6", Transmission.class ,transmission);
PartType TSF7= new PartTypeImpl("TSF7", Transmission.class ,transmission);
PartType TC120= new PartTypeImpl("TC120", Transmission.class ,transmission);
PartType XC= new PartTypeImpl("XC", Exterior.class,exterior);
PartType XM= new PartTypeImpl("XM", Exterior.class,exterior);
PartType XS= new PartTypeImpl("XS", Exterior.class,exterior);
PartType IN= new PartTypeImpl("IN", Interior.class ,interior);
PartType IH= new PartTypeImpl("IH", Interior.class ,interior);
PartType IS= new PartTypeImpl("IS", Interior.class ,interior);
CompatibilityManager cm = new CompatibilityManagerImpl();
@Before
public void init(){
Set<PartType> EH120Requirement = new HashSet<PartType>();
EH120Requirement.add(TC120);
Set<PartType> TA5Incompatibilities = new HashSet<PartType>();
TA5Incompatibilities.add(EG100);
Set<PartType> TSF7Incompatibilities = new HashSet<PartType>();
TSF7Incompatibilities.add(EG100);
TSF7Incompatibilities.add(EG133);
TSF7Incompatibilities.add(ED110);
Set<PartType> TC120Requirement = new HashSet<PartType>();
TC120Requirement.add(EH120);
Set<PartType> XCIncompatibilities = new HashSet<PartType>();
XCIncompatibilities.add(EG210);
Set<PartType> XMIncompatibilities = new HashSet<PartType>();
XMIncompatibilities.add(EG100);
Set<PartType> XSIncompatibilities = new HashSet<PartType>();
XSIncompatibilities.add(EG100);
Set<PartType> XSRequirement = new HashSet<PartType>();
XSRequirement.add(IS);
Set<PartType> ISIncompatibilities = new HashSet<PartType>();
ISIncompatibilities.add(EG100);
ISIncompatibilities.add(TM5);
Set<PartType> ISRequirement = new HashSet<PartType>();
ISRequirement.add(XS);
cm.addRequirements(EH120, EH120Requirement);
cm.addIncompatibilities(TA5, TA5Incompatibilities);
cm.addIncompatibilities(TSF7, TSF7Incompatibilities);
cm.addRequirements(TC120, TC120Requirement);
cm.addIncompatibilities(XC, XCIncompatibilities);
cm.addIncompatibilities(XM, XMIncompatibilities);
cm.addIncompatibilities(XS, XSIncompatibilities);
cm.addRequirements(XS, XSRequirement);
cm.addIncompatibilities(IS, ISIncompatibilities);
cm.addRequirements(IS, ISRequirement);
//EG100.setProperty("prix","5€");
}
@Test
public void test_isComplete(){
ConfigurationImpl config1 = new ConfigurationImpl(cm);
config1.selectPart(EG210);
config1.selectPart(TM5);
config1.selectPart(XS);
config1.selectPart(IS);
assertTrue(config1.isComplete());
}
@Test
public void test_isNotComplete(){
ConfigurationImpl config1 = new ConfigurationImpl(cm);
config1.selectPart(EG210);
config1.selectPart(TM5);
config1.selectPart(XS);
assertFalse(config1.isComplete());
}
@Test
public void test_isNotComplete_empty_cm(){
CompatibilityManager cm2 = new CompatibilityManagerImpl();
ConfigurationImpl config1 = new ConfigurationImpl(cm2);
config1.selectPart(EG210);
config1.selectPart(TM5);
config1.selectPart(XS);
assertFalse(config1.isComplete());
}
@Test
public void test_isValide_empty_cm(){
CompatibilityManager cm2 = new CompatibilityManagerImpl();
ConfigurationImpl config1 = new ConfigurationImpl(cm2);
config1.selectPart(EG210);
config1.selectPart(TM5);
config1.selectPart(XS);
config1.selectPart(IS);
assertTrue(config1.isValid());
}
@Test
public void test_isValide1(){
ConfigurationImpl config1 = new ConfigurationImpl(cm);
config1.selectPart(EG210);
config1.selectPart(TSF7);
config1.selectPart(XS);
config1.selectPart(IS);
assertTrue(config1.isValid());
}
@Test
public void test_isValide2(){
ConfigurationImpl config1 = new ConfigurationImpl(cm);
config1.selectPart(EG210);
config1.selectPart(TSF7);
config1.selectPart(XS);
config1.selectPart(IS);
config1.selectPart(TS6);
assertTrue(config1.isValid());
}
@Test
public void test_isNotValide1(){
ConfigurationImpl config1 = new ConfigurationImpl(cm);
config1.selectPart(EG100);
config1.selectPart(TSF7);
config1.selectPart(XS);
config1.selectPart(IS);
assertFalse(config1.isValid());
}
@Test
public void test_isNotValide2(){
ConfigurationImpl config1 = new ConfigurationImpl(cm);
config1.selectPart(EG210);
config1.selectPart(TSF7);
config1.selectPart(XS);
config1.selectPart(XS);
assertFalse(config1.isValid());
}
@Test
public void test_Property(){
ConfigurationImpl config1 = new ConfigurationImpl(cm);
config1.selectPart(EG210);
config1.selectPart(TSF7);
config1.selectPart(XS);
config1.selectPart(IS);
config1.getPart(exterior).setProperty("color","red");
assertTrue(config1.getPart(exterior).getProperty("color").get()=="red");
assertTrue(config1.isValid());
}
@Test
public void test_NotProperty(){
ConfigurationImpl config1 = new ConfigurationImpl(cm);
config1.selectPart(EG210);
config1.selectPart(TSF7);
config1.selectPart(XS);
config1.selectPart(IS);
assertTrue(config1.getPart(exterior).getProperty("color").isEmpty());
assertTrue(config1.isValid());
}
}