top10: 1.2.1 - Refined assertion of expected state

[demos/kafka/wordcount] / src / test / java / de / juplo / kafka / wordcount / top10 / TestData.java

diff --git a/src/test/java/de/juplo/kafka/wordcount/top10/TestData.java b/src/test/java/de/juplo/kafka/wordcount/top10/TestData.java
index f6d7ccd..eb30298 100644 (file)
--- a/src/test/java/de/juplo/kafka/wordcount/top10/TestData.java
+++ b/src/test/java/de/juplo/kafka/wordcount/top10/TestData.java
@@ -19,41 +19,44 @@ import static org.assertj.core.api.Assertions.assertThat;
 
 class TestData
 {
+       static final User PETER = User.of("peter");
+       static final User KLAUS = User.of("klaus");
+
        static final KeyValue<TestWord, TestCounter>[] INPUT_MESSAGES = new KeyValue[]
        {
                        new KeyValue<>(
-                                       TestWord.of("peter","Hallo"),
-                                       TestCounter.of("peter","Hallo",1)),
+                                       TestWord.of(PETER.getUser(),"Hallo"),
+                                       TestCounter.of(PETER.getUser(),"Hallo",1)),
                        new KeyValue<>(
-                                       TestWord.of("klaus","Müsch"),
-                                       TestCounter.of("klaus","Müsch",1)),
+                                       TestWord.of(KLAUS.getUser(),"Müsch"),
+                                       TestCounter.of(KLAUS.getUser(),"Müsch",1)),
                        new KeyValue<>(
-                                       TestWord.of("peter","Welt"),
-                                       TestCounter.of("peter","Welt",1)),
+                                       TestWord.of(PETER.getUser(),"Welt"),
+                                       TestCounter.of(PETER.getUser(),"Welt",1)),
                        new KeyValue<>(
-                                       TestWord.of("klaus","Müsch"),
-                                       TestCounter.of("klaus","Müsch",2)),
+                                       TestWord.of(KLAUS.getUser(),"Müsch"),
+                                       TestCounter.of(KLAUS.getUser(),"Müsch",2)),
                        new KeyValue<>(
-                                       TestWord.of("klaus","s"),
-                                       TestCounter.of("klaus","s",1)),
+                                       TestWord.of(KLAUS.getUser(),"s"),
+                                       TestCounter.of(KLAUS.getUser(),"s",1)),
                        new KeyValue<>(
-                                       TestWord.of("peter","Boäh"),
-                                       TestCounter.of("peter","Boäh",1)),
+                                       TestWord.of(PETER.getUser(),"Boäh"),
+                                       TestCounter.of(PETER.getUser(),"Boäh",1)),
                        new KeyValue<>(
-                                       TestWord.of("peter","Welt"),
-                                       TestCounter.of("peter","Welt",2)),
+                                       TestWord.of(PETER.getUser(),"Welt"),
+                                       TestCounter.of(PETER.getUser(),"Welt",2)),
                        new KeyValue<>(
-                                       TestWord.of("peter","Boäh"),
-                                       TestCounter.of("peter","Boäh",2)),
+                                       TestWord.of(PETER.getUser(),"Boäh"),
+                                       TestCounter.of(PETER.getUser(),"Boäh",2)),
                        new KeyValue<>(
-                                       TestWord.of("klaus","s"),
-                                       TestCounter.of("klaus","s",2)),
+                                       TestWord.of(KLAUS.getUser(),"s"),
+                                       TestCounter.of(KLAUS.getUser(),"s",2)),
                        new KeyValue<>(
-                                       TestWord.of("peter","Boäh"),
-                                       TestCounter.of("peter","Boäh",3)),
+                                       TestWord.of(PETER.getUser(),"Boäh"),
+                                       TestCounter.of(PETER.getUser(),"Boäh",3)),
                        new KeyValue<>(
-                                       TestWord.of("klaus","s"),
-                                       TestCounter.of("klaus","s",3)),
+                                       TestWord.of(KLAUS.getUser(),"s"),
+                                       TestCounter.of(KLAUS.getUser(),"s",3)),
        };
 
        static void assertExpectedMessages(MultiValueMap<User, Ranking> receivedMessages)
@@ -66,65 +69,83 @@ class TestData
 
        static void assertExpectedState(ReadOnlyKeyValueStore<User, Ranking> store)
        {
-               assertThat(store.get(EXPECTED_MESSAGES[9].key)).isEqualTo(EXPECTED_MESSAGES[9].value);
-               assertThat(store.get(EXPECTED_MESSAGES[10].key)).isEqualTo(EXPECTED_MESSAGES[10].value);
+               assertRankingEqualsRankingFromLastMessage(PETER, store.get(PETER));
+               assertRankingEqualsRankingFromLastMessage(KLAUS, store.get(KLAUS));
+       }
+
+       static void assertRankingEqualsRankingFromLastMessage(User user, Ranking ranking)
+       {
+               assertThat(ranking).isEqualTo(getLastMessageFor(user));
+       }
+
+       static Ranking getLastMessageFor(User user)
+       {
+               return getLastMessageFor(user, expectedMessages());
+       }
+
+       static Ranking getLastMessageFor(User user, MultiValueMap<User, Ranking> messagesForUsers)
+       {
+               return messagesForUsers
+                               .get(user)
+                               .stream()
+                               .reduce(null, (left, right) -> right);
        }
 
        static KeyValue<User, Ranking>[] EXPECTED_MESSAGES = new KeyValue[]
        {
                        KeyValue.pair( // 0
-                                       User.of("peter"),
+                                       PETER,
                                        Ranking.of(
                                                        Entry.of("Hallo", 1l))),
                        KeyValue.pair( // 1
-                                       User.of("klaus"),
+                                       KLAUS,
                                        Ranking.of(
                                                        Entry.of("Müsch", 1l))),
                        KeyValue.pair( // 2
-                                       User.of("peter"),
+                                       PETER,
                                        Ranking.of(
                                                        Entry.of("Hallo", 1l),
                                                        Entry.of("Welt", 1l))),
                        KeyValue.pair( // 3
-                                       User.of("klaus"),
+                                       KLAUS,
                                        Ranking.of(
                                                        Entry.of("Müsch", 2l))),
                        KeyValue.pair( // 4
-                                       User.of("klaus"),
+                                       KLAUS,
                                        Ranking.of(
                                                        Entry.of("Müsch", 2l),
                                                        Entry.of("s", 1l))),
                        KeyValue.pair( // 5
-                                       User.of("peter"),
+                                       PETER,
                                        Ranking.of(
                                                        Entry.of("Hallo", 1l),
                                                        Entry.of("Welt", 1l),
                                                        Entry.of("Boäh", 1l))),
                        KeyValue.pair( // 6
-                                       User.of("peter"),
+                                       PETER,
                                        Ranking.of(
                                                        Entry.of("Welt", 2l),
                                                        Entry.of("Hallo", 1l),
                                                        Entry.of("Boäh", 1l))),
                        KeyValue.pair( // 7
-                                       User.of("peter"),
+                                       PETER,
                                        Ranking.of(
                                                        Entry.of("Welt", 2l),
                                                        Entry.of("Boäh", 2l),
                                                        Entry.of("Hallo", 1l))),
                        KeyValue.pair( // 8
-                                       User.of("klaus"),
+                                       KLAUS,
                                        Ranking.of(
                                                        Entry.of("Müsch", 2l),
                                                        Entry.of("s", 2l))),
                        KeyValue.pair( // 9
-                                       User.of("peter"),
+                                       PETER,
                                        Ranking.of(
                                                        Entry.of("Boäh", 3l),
                                                        Entry.of("Welt", 2l),
                                                        Entry.of("Hallo", 1l))),
                        KeyValue.pair( // 10
-                                       User.of("klaus"),
+                                       KLAUS,
                                        Ranking.of(
                                                        Entry.of("s", 3l),
                                                        Entry.of("Müsch", 2l))),