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Reformat.

This commit is contained in:
Florent Biville 2014-01-26 04:32:09 +01:00
parent 9c67156f50
commit 67eb2db98d
4 changed files with 138 additions and 138 deletions
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28
src/test/java/org/assertj/examples/neo4j/Neo4jAssertionExamples.java
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@ -22,20 +22,20 @@ import java.io.IOException;
public class Neo4jAssertionExamples {
protected static GraphDatabaseService graphDB;
protected static DragonBallGraph dragonBallGraph;
protected static GraphDatabaseService graphDB;
protected static DragonBallGraph dragonBallGraph;
@BeforeClass
public static void prepare_graph() throws IOException {
graphDB = new TestGraphDatabaseFactory().newImpermanentDatabase();
dragonBallGraph = new DragonBallGraph(graphDB);
dragonBallGraph.importGraph(
Neo4jAssertionExamples.class.getResourceAsStream("/dragonBall.cypher")
);
}
@BeforeClass
public static void prepare_graph() throws IOException {
graphDB = new TestGraphDatabaseFactory().newImpermanentDatabase();
dragonBallGraph = new DragonBallGraph(graphDB);
dragonBallGraph.importGraph(
Neo4jAssertionExamples.class.getResourceAsStream("/dragonBall.cypher")
);
}
@AfterClass
public static void cleanUp() {
graphDB.shutdown();
}
@AfterClass
public static void cleanUp() {
graphDB.shutdown();
}
}

82
src/test/java/org/assertj/examples/neo4j/NodeAssertionExamples.java
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@ -22,52 +22,52 @@ import static org.assertj.neo4j.api.Assertions.assertThat;
public class NodeAssertionExamples extends Neo4jAssertionExamples {
@Test
public void node_assertions_examples() {
try (Transaction tx = graphDB.beginTx()) {
// let us find the disciples of Master Roshi persisted in Neo4j
Iterable<Node> disciples = dragonBallGraph.disciplesOf("Master Roshi");
@Test
public void node_assertions_examples() {
try (Transaction tx = graphDB.beginTx()) {
// let us find the disciples of Master Roshi persisted in Neo4j
Iterable<Node> disciples = dragonBallGraph.disciplesOf("Master Roshi");
// you can enjoy the usual assertj-core assertions ;-)
assertThat(disciples).hasSize(3);
// you can enjoy the usual assertj-core assertions ;-)
assertThat(disciples).hasSize(3);
// you can benefit from all PropertyContainer assertions
// when you give a Node instance
Node firstDisciple = disciples.iterator().next();
assertThat(firstDisciple)
.hasPropertyKey("name")
.hasProperty("name", "Son Goku")
.doesNotHavePropertyKey("firstName")
.doesNotHaveProperty("name", "Bulma")
// you can benefit from all PropertyContainer assertions
// when you give a Node instance
Node firstDisciple = disciples.iterator().next();
assertThat(firstDisciple)
.hasPropertyKey("name")
.hasProperty("name", "Son Goku")
.doesNotHavePropertyKey("firstName")
.doesNotHaveProperty("name", "Bulma")
// you can test against node labels: their String representation or
// the equivalent Label object
.hasLabel("CHARACTER")
.hasLabel(DynamicLabel.label("HERO"))
.doesNotHaveLabel("VILLAIN")
.doesNotHaveLabel(DynamicLabel.label("MASTER"));
// you can test against node labels: their String representation or
// the equivalent Label object
.hasLabel("CHARACTER")
.hasLabel(DynamicLabel.label("HERO"))
.doesNotHaveLabel("VILLAIN")
.doesNotHaveLabel(DynamicLabel.label("MASTER"));
// and you can enjoy the same error message mechanism from assertj-core !
try {
assertThat(firstDisciple)
.as("[check %s's name]", firstDisciple.getProperty("name"))
.doesNotHaveProperty("name", "Son Goku");
}
catch (AssertionError ae) {
assertThat(ae).hasMessage("[[check Son Goku's name]] \n" +
"Expecting:\n" +
" <Node[0]>\n" +
"not to have property with key:\n" +
" <\"name\">\n" +
"and value:\n" +
" <\"Son Goku\">\n" +
"but actually found such property ");
}
// and you can enjoy the same error message mechanism from assertj-core !
try {
assertThat(firstDisciple)
.as("[check %s's name]", firstDisciple.getProperty("name"))
.doesNotHaveProperty("name", "Son Goku");
}
catch (AssertionError ae) {
assertThat(ae).hasMessage("[[check Son Goku's name]] \n" +
"Expecting:\n" +
" <Node[0]>\n" +
"not to have property with key:\n" +
" <\"name\">\n" +
"and value:\n" +
" <\"Son Goku\">\n" +
"but actually found such property ");
}
tx.close();
tx.close();
// just check that we can use standard assertions along with Neo4j ones
assertThat("hello world").startsWith("hello");
}
// just check that we can use standard assertions along with Neo4j ones
assertThat("hello world").startsWith("hello");
}
}
}

38
src/test/java/org/assertj/examples/neo4j/PathAssertionExamples.java
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@ -22,27 +22,27 @@ import static org.assertj.neo4j.api.Assertions.assertThat;
public class PathAssertionExamples extends Neo4jAssertionExamples {
@Test
public void path_assertion_examples() {
try (Transaction tx = graphDB.beginTx()) {
// let us find the shortest path between Bulma and Master Roshi
Path bulmaToMasterRoshiPath = dragonBallGraph.findShortestPathBetween("Bulma", "Master Roshi");
@Test
public void path_assertion_examples() {
try (Transaction tx = graphDB.beginTx()) {
// let us find the shortest path between Bulma and Master Roshi
Path bulmaToMasterRoshiPath = dragonBallGraph.findShortestPathBetween("Bulma", "Master Roshi");
// you can test several Path properties such as length,
// start/end node and last relationship
final Node bulmaNode = dragonBallGraph.findCharacter("Bulma");
final Node masterRoshiNode = dragonBallGraph.findCharacter("Master Roshi");
final Relationship trainingFromSonGoku = dragonBallGraph.findTrainingFrom("Son Goku");
assertThat(bulmaToMasterRoshiPath)
.hasLength(3)
.startsWithNode(bulmaNode)
.endsWithNode(masterRoshiNode)
.endsWithRelationship(trainingFromSonGoku)
// you can test several Path properties such as length,
// start/end node and last relationship
final Node bulmaNode = dragonBallGraph.findCharacter("Bulma");
final Node masterRoshiNode = dragonBallGraph.findCharacter("Master Roshi");
final Relationship trainingFromSonGoku = dragonBallGraph.findTrainingFrom("Son Goku");
assertThat(bulmaToMasterRoshiPath)
.hasLength(3)
.startsWithNode(bulmaNode)
.endsWithNode(masterRoshiNode)
.endsWithRelationship(trainingFromSonGoku)
// you can enjoy the usual assertj-core assertions (Path is an Iterable) ;-)
.doesNotContainNull();
.doesNotContainNull();
tx.close();
}
}
tx.close();
}
}
}

128
src/test/java/org/assertj/examples/neo4j/RelationshipAssertionExamples.java
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@ -28,80 +28,80 @@ import static org.assertj.neo4j.api.Assertions.assertThat;
public class RelationshipAssertionExamples extends Neo4jAssertionExamples {
@Test
public void relationship_assertions_examples() {
try (Transaction tx = graphDB.beginTx()) {
// let us find the fusions between Dragon Ball characters persisted in Neo4j
Iterable<Relationship> fusions = dragonBallGraph.fusions();
@Test
public void relationship_assertions_examples() {
try (Transaction tx = graphDB.beginTx()) {
// let us find the fusions between Dragon Ball characters persisted in Neo4j
Iterable<Relationship> fusions = dragonBallGraph.fusions();
// you can enjoy the usual assertj-core assertions ;-)
assertThat(fusions).hasSize(4);
Iterable<Relationship> funnyFusions = filter(fusions, FUNNY_ONLY());
assertThat(funnyFusions).hasSize(2);
// you can enjoy the usual assertj-core assertions ;-)
assertThat(fusions).hasSize(4);
Iterable<Relationship> funnyFusions = filter(fusions, FUNNY_ONLY());
assertThat(funnyFusions).hasSize(2);
// you can chain assertions on relationship types: their String representation
// or the equivalent RelationshipType instance
Iterator<Relationship> iterator = funnyFusions.iterator();
Relationship veku = iterator.next();
// you can chain assertions on relationship types: their String representation
// or the equivalent RelationshipType instance
Iterator<Relationship> iterator = funnyFusions.iterator();
Relationship veku = iterator.next();
assertThat(veku)
.hasType("IN_FUSION_WITH")
.hasType(DynamicRelationshipType.withName("IN_FUSION_WITH"))
.doesNotHaveType("HAS_WORKED_FOR")
.doesNotHaveType(DynamicRelationshipType.withName("HAS_WORKED_FOR"));
assertThat(veku)
.hasType("IN_FUSION_WITH")
.hasType(DynamicRelationshipType.withName("IN_FUSION_WITH"))
.doesNotHaveType("HAS_WORKED_FOR")
.doesNotHaveType(DynamicRelationshipType.withName("HAS_WORKED_FOR"));
// you can benefit from all PropertyContainer assertions
// when you give a Relationship instance
Relationship krillinPiccoloFusion = iterator.next();
Node krillin = dragonBallGraph.findCharacter("Krillin");
Node piccolo = dragonBallGraph.findCharacter("Piccolo");
// you can benefit from all PropertyContainer assertions
// when you give a Relationship instance
Relationship krillinPiccoloFusion = iterator.next();
Node krillin = dragonBallGraph.findCharacter("Krillin");
Node piccolo = dragonBallGraph.findCharacter("Piccolo");
assertThat(krillinPiccoloFusion)
.hasPropertyKey("into")
.hasProperty("into", "Prilin")
.hasProperty("useless", true)
.doesNotHaveProperty("useless", false)
.doesNotHavePropertyKey("name")
assertThat(krillinPiccoloFusion)
.hasPropertyKey("into")
.hasProperty("into", "Prilin")
.hasProperty("useless", true)
.doesNotHaveProperty("useless", false)
.doesNotHavePropertyKey("name")
// you can test relationship start/end nodes
.startsOrEndsWithNode(krillin)
.startsWithNode(krillin)
.startsOrEndsWithNode(piccolo)
.endsWithNode(piccolo);
// you can test relationship start/end nodes
.startsOrEndsWithNode(krillin)
.startsWithNode(krillin)
.startsOrEndsWithNode(piccolo)
.endsWithNode(piccolo);
// and you can enjoy the same error message mechanism from assertj-core !
try {
assertThat(veku).as("[check %s's start/end node]", veku.getProperty("into"))
.startsOrEndsWithNode(krillin);
}
catch (AssertionError ae) {
assertThat(ae).hasMessage("[[check Veku's start/end node]] \n" +
"Expecting:\n" +
" <Relationship[19]>\n" +
"to either start or end with node:\n" +
" <Node[6]>\n"
);
}
// and you can enjoy the same error message mechanism from assertj-core !
try {
assertThat(veku).as("[check %s's start/end node]", veku.getProperty("into"))
.startsOrEndsWithNode(krillin);
}
catch (AssertionError ae) {
assertThat(ae).hasMessage("[[check Veku's start/end node]] \n" +
"Expecting:\n" +
" <Relationship[19]>\n" +
"to either start or end with node:\n" +
" <Node[6]>\n"
);
}
tx.close();
}
tx.close();
}
}
static class UselessFusion implements Predicate<Relationship> {
private UselessFusion() {}
public static UselessFusion FUNNY_ONLY() {
return new UselessFusion();
}
static class UselessFusion implements Predicate<Relationship> {
private UselessFusion() {}
public static UselessFusion FUNNY_ONLY() {
return new UselessFusion();
}
@Override
public boolean apply(Relationship input) {
if (input == null) {
return false;
}
return (boolean) input.getProperty("useless", Boolean.FALSE);
}
@Override
public boolean apply(Relationship input) {
if (input == null) {
return false;
}
return (boolean) input.getProperty("useless", Boolean.FALSE);
}
}
}