target stringlengths 20 113k | src_fm stringlengths 11 86.3k | src_fm_fc stringlengths 21 86.4k | src_fm_fc_co stringlengths 30 86.4k | src_fm_fc_ms stringlengths 42 86.8k | src_fm_fc_ms_ff stringlengths 43 86.8k |
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@Test public void testEmptyGameType() { final GameAnnouncementFactory factory = GameAnnouncement.getFactory(); final GameAnnouncement announcement = factory.getAnnouncement(); assertNull(announcement); } | public static GameAnnouncementFactory getFactory() { return new GameAnnouncementFactory(); } | GameAnnouncement { public static GameAnnouncementFactory getFactory() { return new GameAnnouncementFactory(); } } | GameAnnouncement { public static GameAnnouncementFactory getFactory() { return new GameAnnouncementFactory(); } GameAnnouncement(); } | GameAnnouncement { public static GameAnnouncementFactory getFactory() { return new GameAnnouncementFactory(); } GameAnnouncement(); static GameAnnouncementFactory getFactory(); final GameType getGameType(); final CardList getDiscardedCards(); final boolean isSchneider(); final boolean isSchwarz(); final boolean isOuver... | GameAnnouncement { public static GameAnnouncementFactory getFactory() { return new GameAnnouncementFactory(); } GameAnnouncement(); static GameAnnouncementFactory getFactory(); final GameType getGameType(); final CardList getDiscardedCards(); final boolean isSchneider(); final boolean isSchwarz(); final boolean isOuver... |
@Test public void getAllCards001() { assertThat(CardDeck.getAllCards()).hasSize(32); } | public static EnumSet<Card> getAllCards() { EnumSet<Card> allCards = EnumSet.allOf(Card.class); return allCards; } | CardDeck extends CardList { public static EnumSet<Card> getAllCards() { EnumSet<Card> allCards = EnumSet.allOf(Card.class); return allCards; } } | CardDeck extends CardList { public static EnumSet<Card> getAllCards() { EnumSet<Card> allCards = EnumSet.allOf(Card.class); return allCards; } CardDeck(); CardDeck(List<Card> foreHandCards, List<Card> middleHandCards,
List<Card> rearHandCards, List<Card> skatCards); CardDeck(String foreHandCards, String middleHand... | CardDeck extends CardList { public static EnumSet<Card> getAllCards() { EnumSet<Card> allCards = EnumSet.allOf(Card.class); return allCards; } CardDeck(); CardDeck(List<Card> foreHandCards, List<Card> middleHandCards,
List<Card> rearHandCards, List<Card> skatCards); CardDeck(String foreHandCards, String middleHand... | CardDeck extends CardList { public static EnumSet<Card> getAllCards() { EnumSet<Card> allCards = EnumSet.allOf(Card.class); return allCards; } CardDeck(); CardDeck(List<Card> foreHandCards, List<Card> middleHandCards,
List<Card> rearHandCards, List<Card> skatCards); CardDeck(String foreHandCards, String middleHand... |
@Test public void addDoubleCard() { assertThrows(IllegalArgumentException.class, () -> { final CardDeck cards = new CardDeck(); cards.remove(Card.CA); cards.add(Card.CJ); }); } | @Override public boolean add(final Card card) { if (size() == MAX_CARDS) { throw new IllegalStateException("Card deck is already filled with " + MAX_CARDS + " cards."); } if (contains(card)) { throw new IllegalArgumentException("Card " + card + " is already contained in card deck."); } return super.add(card); } | CardDeck extends CardList { @Override public boolean add(final Card card) { if (size() == MAX_CARDS) { throw new IllegalStateException("Card deck is already filled with " + MAX_CARDS + " cards."); } if (contains(card)) { throw new IllegalArgumentException("Card " + card + " is already contained in card deck."); } retur... | CardDeck extends CardList { @Override public boolean add(final Card card) { if (size() == MAX_CARDS) { throw new IllegalStateException("Card deck is already filled with " + MAX_CARDS + " cards."); } if (contains(card)) { throw new IllegalArgumentException("Card " + card + " is already contained in card deck."); } retur... | CardDeck extends CardList { @Override public boolean add(final Card card) { if (size() == MAX_CARDS) { throw new IllegalStateException("Card deck is already filled with " + MAX_CARDS + " cards."); } if (contains(card)) { throw new IllegalArgumentException("Card " + card + " is already contained in card deck."); } retur... | CardDeck extends CardList { @Override public boolean add(final Card card) { if (size() == MAX_CARDS) { throw new IllegalStateException("Card deck is already filled with " + MAX_CARDS + " cards."); } if (contains(card)) { throw new IllegalArgumentException("Card " + card + " is already contained in card deck."); } retur... |
@Test public void addTooMuchCards() { assertThrows(IllegalStateException.class, () -> { final CardDeck cards = new CardDeck( "CJ SJ HJ CK CQ SK C7 C8 S7 H7 D7 DJ CA CT C9 SQ HA HK HQ S8 H8 H9 HT SA ST S9 D8 D9 DT DA DK DQ"); cards.add(Card.CJ); }); } | @Override public boolean add(final Card card) { if (size() == MAX_CARDS) { throw new IllegalStateException("Card deck is already filled with " + MAX_CARDS + " cards."); } if (contains(card)) { throw new IllegalArgumentException("Card " + card + " is already contained in card deck."); } return super.add(card); } | CardDeck extends CardList { @Override public boolean add(final Card card) { if (size() == MAX_CARDS) { throw new IllegalStateException("Card deck is already filled with " + MAX_CARDS + " cards."); } if (contains(card)) { throw new IllegalArgumentException("Card " + card + " is already contained in card deck."); } retur... | CardDeck extends CardList { @Override public boolean add(final Card card) { if (size() == MAX_CARDS) { throw new IllegalStateException("Card deck is already filled with " + MAX_CARDS + " cards."); } if (contains(card)) { throw new IllegalArgumentException("Card " + card + " is already contained in card deck."); } retur... | CardDeck extends CardList { @Override public boolean add(final Card card) { if (size() == MAX_CARDS) { throw new IllegalStateException("Card deck is already filled with " + MAX_CARDS + " cards."); } if (contains(card)) { throw new IllegalArgumentException("Card " + card + " is already contained in card deck."); } retur... | CardDeck extends CardList { @Override public boolean add(final Card card) { if (size() == MAX_CARDS) { throw new IllegalStateException("Card deck is already filled with " + MAX_CARDS + " cards."); } if (contains(card)) { throw new IllegalArgumentException("Card " + card + " is already contained in card deck."); } retur... |
@Test public void testIsHigherVersionAvailable() { assertTrue(VersionChecker.isHigherVersionAvailable("0.10.0", "0.10.1")); assertTrue(VersionChecker.isHigherVersionAvailable("0.10.1", "1.0.0")); assertTrue(VersionChecker.isHigherVersionAvailable("0.10.1", "0.11.0")); assertFalse(VersionChecker.isHigherVersionAvailable... | public static boolean isHigherVersionAvailable(final String localVersion, final String remoteVersion) { boolean result = false; List<Integer> localVersionParts = getVersionParts(localVersion); List<Integer> remoteVersionParts = getVersionParts(remoteVersion); int previousLocalPart = 0; int previousRemotePart = 0; int i... | VersionChecker { public static boolean isHigherVersionAvailable(final String localVersion, final String remoteVersion) { boolean result = false; List<Integer> localVersionParts = getVersionParts(localVersion); List<Integer> remoteVersionParts = getVersionParts(remoteVersion); int previousLocalPart = 0; int previousRemo... | VersionChecker { public static boolean isHigherVersionAvailable(final String localVersion, final String remoteVersion) { boolean result = false; List<Integer> localVersionParts = getVersionParts(localVersion); List<Integer> remoteVersionParts = getVersionParts(remoteVersion); int previousLocalPart = 0; int previousRemo... | VersionChecker { public static boolean isHigherVersionAvailable(final String localVersion, final String remoteVersion) { boolean result = false; List<Integer> localVersionParts = getVersionParts(localVersion); List<Integer> remoteVersionParts = getVersionParts(remoteVersion); int previousLocalPart = 0; int previousRemo... | VersionChecker { public static boolean isHigherVersionAvailable(final String localVersion, final String remoteVersion) { boolean result = false; List<Integer> localVersionParts = getVersionParts(localVersion); List<Integer> remoteVersionParts = getVersionParts(remoteVersion); int previousLocalPart = 0; int previousRemo... |
@Test public void createTable() { final UnitTestView view = new UnitTestView(); JSkatMaster.INSTANCE.setView(view); JSkatMaster.INSTANCE.createTable(); assertThat(view.tables.size()).isEqualTo(1); assertTrue(view.tables.contains("UnitTestTable 1")); JSkatMaster.INSTANCE.createTable(); assertThat(view.tables.size()).isE... | public void createTable() { final String tableName = view.getNewTableName(data.getLocalTablesCreated()); if (tableName == null) { log.debug("Create table was cancelled..."); return; } if (tableName.isEmpty()) { showEmptyInputNameMessage(); createTable(); return; } if (data.isFreeTableName(tableName)) { createLocalTable... | JSkatMaster { public void createTable() { final String tableName = view.getNewTableName(data.getLocalTablesCreated()); if (tableName == null) { log.debug("Create table was cancelled..."); return; } if (tableName.isEmpty()) { showEmptyInputNameMessage(); createTable(); return; } if (data.isFreeTableName(tableName)) { cr... | JSkatMaster { public void createTable() { final String tableName = view.getNewTableName(data.getLocalTablesCreated()); if (tableName == null) { log.debug("Create table was cancelled..."); return; } if (tableName.isEmpty()) { showEmptyInputNameMessage(); createTable(); return; } if (data.isFreeTableName(tableName)) { cr... | JSkatMaster { public void createTable() { final String tableName = view.getNewTableName(data.getLocalTablesCreated()); if (tableName == null) { log.debug("Create table was cancelled..."); return; } if (tableName.isEmpty()) { showEmptyInputNameMessage(); createTable(); return; } if (data.isFreeTableName(tableName)) { cr... | JSkatMaster { public void createTable() { final String tableName = view.getNewTableName(data.getLocalTablesCreated()); if (tableName == null) { log.debug("Create table was cancelled..."); return; } if (tableName.isEmpty()) { showEmptyInputNameMessage(); createTable(); return; } if (data.isFreeTableName(tableName)) { cr... |
@Test public void testParseGameSummary() { final String gameSummary = "(;GM[Skat]PC[International Skat Server]CO[]SE[24072]ID[541932]DT[2010-12-06/18:59:24/UTC]P0[zoot]P1[kermit]P2[foo]R0[]R1[]R2[0.0]MV[w HA.SK.SJ.SA.CQ.S8.C9.H7.H9.DQ.CJ.S9.DJ.S7.D9.SQ.C8.HQ.DK.CA.D8.D7.DT.CT.ST.C7.HK.DA.HT.HJ.H8.CK 1 p 2 18 0 p 2 s w ... | static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.debug(summaryPart... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... |
@Test public void testParseGameSummary002() { final String gameSummary = "(;GM[Skat]PC[International Skat Server]CO[]SE[29859]ID[684159]DT[2011-04-05/20:35:55/UTC]P0[foo]P1[xskat:2]P2[xskat]R0[0.0]R1[]R2[]MV[w SQ.DK.ST.S7.CT.HK.S9.SK.H7.C7.DT.CA.CQ.CK.DJ.DA.H8.SA.D7.C8.SJ.HA.CJ.S8.C9.DQ.HJ.HQ.D9.D8.HT.H9 1 18 0 y 1 20 ... | static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.debug(summaryPart... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... |
@Test public void testParseGameSummary_IncompleteGrandOuvertAnnouncement() { final String gameSummary = "(;GM[Skat]PC[Internet Skat Server]SE[1265]ID[727]DT[2007-11-19/23:42:26/UTC]P0[bonsai]P1[mic]P2[Legolaus]R0[0.0]R1[0.0]R2[0.0]MV[w HJ.HA.DJ.HQ.SA.H7.CA.CJ.HT.H8.H9.D7.DT.C7.ST.CK.C9.SK.S9.CT.C8.SQ.HK.S8.D9.DK.SJ.D8.... | static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.debug(summaryPart... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... |
@Test public void testParseGameSummary_IncompleteHandSchneiderSchwarzAnnouncement() { final String gameSummary = "(;GM[Skat]PC[Internet Skat Server]CO[]SE[2511]ID[26496]DT[2008-06-22/11:14:12/UTC]P0[Madmax]P1[kermit1]P2[kermit2]R0[0.0]R1[0.0]R2[0.0]MV[w C7.SA.SJ.CJ.CK.HJ.S7.SK.C9.ST.DQ.C8.DA.SQ.D7.S8.DT.H7.DK.DJ.S9.HA.... | static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.debug(summaryPart... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... |
@Test @Disabled public static void testParseGameSummary_IndexOutOfBoundsException() { final String gameSummary = "(;GM[Skat]PC[International Skat Server]CO[]SE[26702]ID[596891]DT[2011-02-02/18:10:12/UTC]P0[xskat]P1[Knesebec]P2[bernie]R0[]R1[0.0]R2[]MV[w SJ.D8.D7.DA.HT.CT.DT.CK.DJ.S8.H9.HA.HQ.SK.C8.C7.H8.S7.S9.C9.D9.DQ.... | static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.debug(summaryPart... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... |
@Test public void calcGameResultGameLostHand() { factory.setHand(true); data.setAnnouncement(factory.getAnnouncement()); playWinningTricks(); playLoosingTrick(); data.calcResult(); assertThat(nullRules.calcGameResult(data)).isEqualTo(-70); } | @Override public int calcGameResult(final SkatGameData gameData) { int result = getGameValueForWonGame(gameData); if (gameData.isGameLost()) { result = result * -2; } return result; } | NullRule extends AbstractSkatRule { @Override public int calcGameResult(final SkatGameData gameData) { int result = getGameValueForWonGame(gameData); if (gameData.isGameLost()) { result = result * -2; } return result; } } | NullRule extends AbstractSkatRule { @Override public int calcGameResult(final SkatGameData gameData) { int result = getGameValueForWonGame(gameData); if (gameData.isGameLost()) { result = result * -2; } return result; } } | NullRule extends AbstractSkatRule { @Override public int calcGameResult(final SkatGameData gameData) { int result = getGameValueForWonGame(gameData); if (gameData.isGameLost()) { result = result * -2; } return result; } @Override int getGameValueForWonGame(final SkatGameData gameData); @Override int calcGameResult(fin... | NullRule extends AbstractSkatRule { @Override public int calcGameResult(final SkatGameData gameData) { int result = getGameValueForWonGame(gameData); if (gameData.isGameLost()) { result = result * -2; } return result; } @Override int getGameValueForWonGame(final SkatGameData gameData); @Override int calcGameResult(fin... |
@Test public void testParseGameSummary_PassedGame() { final String gameSummary = "(;GM[Skat]PC[International Skat Server]CO[]SE[32407]ID[756788]DT[2011-05-28/08:46:19/UTC]P0[xskat]P1[bonsai]P2[bernie]R0[]R1[0.0]R2[]MV[w C8.DQ.DJ.HK.S9.SK.SQ.HQ.CK.D9.S8.DT.SJ.C9.CQ.SA.DK.HT.D7.H7.ST.HJ.C7.H8.S7.DA.CJ.CT.D8.H9.CA.HA 1 p ... | static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.debug(summaryPart... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... |
@Test public void testParseGameSummary_ShowingCards() { final String gameSummary = "(;GM[Skat]PC[International Skat Server]CO[]SE[43795]ID[1039093]DT[2012-01-17/00:07:25/UTC]P0[SkatCLE]P1[SkatKCT]P2[xskat]R0[0.0]R1[0.0]R2[]MV[w DA.S7.DK.CA.D9.CQ.CK.H9.S8.C7.HJ.DT.HA.CT.S9.C9.ST.H8.D7.DJ.HQ.DQ.SK.HK.SQ.H7.C8.D8.SJ.HT.SA... | static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.debug(summaryPart... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... |
@Test public void testParseGameSummary_NullOuvertTwoResigns() { final String gameSummary = "(;GM[Skat]PC[International Skat Server]CO[]SE[60842]ID[1390253]DT[2012-09-26/17:30:29/UTC]P0[kermit]P1[bonsai]P2[zoot]R0[]R1[0.0]R2[]MV[w HK.SK.HJ.CA.SA.C9.S8.H7.ST.HT.C7.HA.CJ.DK.HQ.D7.C8.DA.DT.D9.SQ.DQ.H8.S9.CK.S7.SJ.CT.H9.CQ.... | static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.debug(summaryPart... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... |
@Test public void testParseGameSummary_PlayerLeft() { final String gameSummary = "(;GM[Skat]PC[Internet Skat Server]SE[146]ID[30]DT[2007-11-04/15:39:49/UTC]P0[bonsai]P1[bar]P2[foo]R0[0.0]R1[0.0]R2[null]MV[w SJ.D9.CA.DJ.SA.CJ.C8.SQ.HT.H8.ST.S8.DA.D7.S9.D8.C7.H7.DT.S7.CT.HJ.C9.SK.H9.HA.HK.DQ.CK.HQ.DK.CQ 1 18 0 p w LE.2 ]... | static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.debug(summaryPart... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... |
@Test @Disabled public void testParseGameSummary_CorruptData() { final String gameSummary = "(;GM[Skat]PC[Internet Skat Server]SE[2171]ID[18358]DT[2008-05-25/17:57:24/UTC]P0[kermit2]P1[kermit1]P2[mic]R0[0.0]R1[null]R2[0.0]MV[w C9.D7.HT.HA.SA.HQ.SJ.S7.C8.HJ.H7.CQ.DQ.D9.H9.S8.H8.CT.HK.SQ.CA.CK.SK.CJ.D8.DT.DK.C7.DJ.S9.ST.... | static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.debug(summaryPart... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... | MessageParser { static SkatGameData parseGameSummary(final String gameSummary) { final SkatGameData result = new SkatGameData(); final Pattern summaryPartPattern = Pattern.compile("(\\w+)\\[(.*?)\\]"); final Matcher summaryPartMatcher = summaryPartPattern .matcher(gameSummary); while (summaryPartMatcher.find()) { log.d... |
@Test public void testParseTableUpdatePlayerLeft() { final String tableUpdate = "table .4 foo state 3 foo . . . foo . 0 0 0 0 0 0 1 0 xskat $ 2 1 83 157 0 0 1 0 xskat:2 $ 0 0 0 0 0 0 1 0 . . 0 0 0 0 0 0 0 0 false 0"; final StringTokenizer token = new StringTokenizer(tableUpdate); token.nextToken(); token.nextToken(); f... | static TablePanelStatus getTableStatus(final String loginName, final List<String> params) { final TablePanelStatus status = new TablePanelStatus(); status.setLoginName(loginName); status.setMaxPlayers(Integer.parseInt(params.get(0))); for (int i = 0; i < status.getMaxPlayers(); i++) { if (!".".equals(params.get(i * 10 ... | MessageParser { static TablePanelStatus getTableStatus(final String loginName, final List<String> params) { final TablePanelStatus status = new TablePanelStatus(); status.setLoginName(loginName); status.setMaxPlayers(Integer.parseInt(params.get(0))); for (int i = 0; i < status.getMaxPlayers(); i++) { if (!".".equals(pa... | MessageParser { static TablePanelStatus getTableStatus(final String loginName, final List<String> params) { final TablePanelStatus status = new TablePanelStatus(); status.setLoginName(loginName); status.setMaxPlayers(Integer.parseInt(params.get(0))); for (int i = 0; i < status.getMaxPlayers(); i++) { if (!".".equals(pa... | MessageParser { static TablePanelStatus getTableStatus(final String loginName, final List<String> params) { final TablePanelStatus status = new TablePanelStatus(); status.setLoginName(loginName); status.setMaxPlayers(Integer.parseInt(params.get(0))); for (int i = 0; i < status.getMaxPlayers(); i++) { if (!".".equals(pa... | MessageParser { static TablePanelStatus getTableStatus(final String loginName, final List<String> params) { final TablePanelStatus status = new TablePanelStatus(); status.setLoginName(loginName); status.setMaxPlayers(Integer.parseInt(params.get(0))); for (int i = 0; i < status.getMaxPlayers(); i++) { if (!".".equals(pa... |
@Test public void testParseTableUpdatePlayerResign() { final String playerResign = "table .4 foo play 1 RE 124.1 173.9 177.8"; final StringTokenizer token = new StringTokenizer(playerResign); token.nextToken(); token.nextToken(); final String creator = token.nextToken(); token.nextToken(); final List<String> detailPara... | static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(move)) { info.setTy... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... |
@Test public void testParseTableUpdatePlayerShowCards() { final String playerResign = "table .3 foo play 2 SC.HT.HA.SJ.SQ.SK.CJ 164.1 177.0 156.4"; final StringTokenizer token = new StringTokenizer(playerResign); token.nextToken(); token.nextToken(); final String creator = token.nextToken(); token.nextToken(); final Li... | static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(move)) { info.setTy... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... |
@Test public void testParseTableUpdateNullOuvertGame_JSkatUser() { final String ouvertGame = "table .0 foo play 1 NO.DJ.SA.D8.D9.DQ.H8.HT.HQ.C7.C8.CK.CA 237.6 225.8 237.7"; final StringTokenizer token = new StringTokenizer(ouvertGame); token.nextToken(); token.nextToken(); final String creator = token.nextToken(); toke... | static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(move)) { info.setTy... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... |
@Test public void testParseTableUpdateNullOuvertGame_OtherPlayer() { final String ouvertGame = "table .0 foo play 1 NO.??.??.D8.D9.DQ.H8.HT.HQ.C7.C8.CK.CA 237.6 225.8 237.7"; final StringTokenizer token = new StringTokenizer(ouvertGame); token.nextToken(); token.nextToken(); final String creator = token.nextToken(); to... | static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(move)) { info.setTy... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... |
@Test public void calcGameResultGameLostOuvert() { factory.setHand(false); factory.setOuvert(Boolean.TRUE); data.setAnnouncement(factory.getAnnouncement()); playWinningTricks(); playLoosingTrick(); data.calcResult(); assertThat(nullRules.calcGameResult(data)).isEqualTo(-92); } | @Override public int calcGameResult(final SkatGameData gameData) { int result = getGameValueForWonGame(gameData); if (gameData.isGameLost()) { result = result * -2; } return result; } | NullRule extends AbstractSkatRule { @Override public int calcGameResult(final SkatGameData gameData) { int result = getGameValueForWonGame(gameData); if (gameData.isGameLost()) { result = result * -2; } return result; } } | NullRule extends AbstractSkatRule { @Override public int calcGameResult(final SkatGameData gameData) { int result = getGameValueForWonGame(gameData); if (gameData.isGameLost()) { result = result * -2; } return result; } } | NullRule extends AbstractSkatRule { @Override public int calcGameResult(final SkatGameData gameData) { int result = getGameValueForWonGame(gameData); if (gameData.isGameLost()) { result = result * -2; } return result; } @Override int getGameValueForWonGame(final SkatGameData gameData); @Override int calcGameResult(fin... | NullRule extends AbstractSkatRule { @Override public int calcGameResult(final SkatGameData gameData) { int result = getGameValueForWonGame(gameData); if (gameData.isGameLost()) { result = result * -2; } return result; } @Override int getGameValueForWonGame(final SkatGameData gameData); @Override int calcGameResult(fin... |
@Test public void testParseTableUpdateSuitHandOuvertGame_JSkatUser() { final String ouvertGame = "table .0 foo play 1 SHO.D8.D9.DQ.H8.HT.HQ.C7.C8.CK.CA 237.6 225.8 237.7"; final StringTokenizer token = new StringTokenizer(ouvertGame); token.nextToken(); token.nextToken(); final String creator = token.nextToken(); token... | static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(move)) { info.setTy... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... |
@Test public void testParseTableUpdateSuitHandOuvertGame_OtherPlayer() { final String ouvertGame = "table .0 foo play 1 SHO.D8.D9.DQ.H8.HT.HQ.C7.C8.CK.CA 237.6 225.8 237.7"; final StringTokenizer token = new StringTokenizer(ouvertGame); token.nextToken(); token.nextToken(); final String creator = token.nextToken(); tok... | static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(move)) { info.setTy... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... |
@Test public void testParseTableUpdateGrandHandOuvertGame_JSkatUser() { final String ouvertGame = "table .0 foo play 1 GHO.D8.D9.DQ.H8.HT.HQ.C7.C8.CK.CA 237.6 225.8 237.7"; final StringTokenizer token = new StringTokenizer(ouvertGame); token.nextToken(); token.nextToken(); final String creator = token.nextToken(); toke... | static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(move)) { info.setTy... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... |
@Test public void testParseTableUpdateGrandHandOuvertGame_OtherPlayer() { final String ouvertGame = "table .0 foo play 1 GHO.D8.D9.DQ.H8.HT.HQ.C7.C8.CK.CA 237.6 225.8 237.7"; final StringTokenizer token = new StringTokenizer(ouvertGame); token.nextToken(); token.nextToken(); final String creator = token.nextToken(); to... | static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(move)) { info.setTy... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... | MessageParser { static MoveInformation getMoveInformation(final List<String> params) { final MoveInformation info = new MoveInformation(); getMovePlayer(params.get(0), info); final String move = params.get(1); log.debug("Move: " + move); if ("y".equals(move)) { info.setType(MoveType.HOLD_BID); } else if ("p".equals(mov... |
@Test public void testGetAllAIPlayerImplementations() { final Set<String> implementations = JSkatPlayerResolver.getAllAIPlayerImplementations(); assertThat(implementations).hasSize(2); } | public static Set<String> getAllAIPlayerImplementations() { final Set<String> result = getAllImplementations(); result.removeAll(EXCLUDED_PLAYER_CLASSES); result.removeAll(UNIT_TEST_PLAYER_CLASSES); LOG.info("Found {} implementations of AbstractJSkatPlayer.", result.size()); return result; } | JSkatPlayerResolver { public static Set<String> getAllAIPlayerImplementations() { final Set<String> result = getAllImplementations(); result.removeAll(EXCLUDED_PLAYER_CLASSES); result.removeAll(UNIT_TEST_PLAYER_CLASSES); LOG.info("Found {} implementations of AbstractJSkatPlayer.", result.size()); return result; } } | JSkatPlayerResolver { public static Set<String> getAllAIPlayerImplementations() { final Set<String> result = getAllImplementations(); result.removeAll(EXCLUDED_PLAYER_CLASSES); result.removeAll(UNIT_TEST_PLAYER_CLASSES); LOG.info("Found {} implementations of AbstractJSkatPlayer.", result.size()); return result; } } | JSkatPlayerResolver { public static Set<String> getAllAIPlayerImplementations() { final Set<String> result = getAllImplementations(); result.removeAll(EXCLUDED_PLAYER_CLASSES); result.removeAll(UNIT_TEST_PLAYER_CLASSES); LOG.info("Found {} implementations of AbstractJSkatPlayer.", result.size()); return result; } stat... | JSkatPlayerResolver { public static Set<String> getAllAIPlayerImplementations() { final Set<String> result = getAllImplementations(); result.removeAll(EXCLUDED_PLAYER_CLASSES); result.removeAll(UNIT_TEST_PLAYER_CLASSES); LOG.info("Found {} implementations of AbstractJSkatPlayer.", result.size()); return result; } stat... |
@Test public void testGetMaxBid() { log.debug("++++++++++++++++++++++++++++++++++++++++++++++++++++++++"); final CardList cards = new CardList(Arrays.asList(Card.CJ, Card.DJ, Card.CA, Card.CK, Card.CQ, Card.C8, Card.SQ, Card.HT, Card.H8, Card.D9)); BidEvaluator eval = new BidEvaluator(cards); assertThat(eval.getMaxBid(... | int getMaxBid() { return maxBid; } | BidEvaluator { int getMaxBid() { return maxBid; } } | BidEvaluator { int getMaxBid() { return maxBid; } BidEvaluator(final CardList cards); } | BidEvaluator { int getMaxBid() { return maxBid; } BidEvaluator(final CardList cards); } | BidEvaluator { int getMaxBid() { return maxBid; } BidEvaluator(final CardList cards); } |
@Test public void testOpponentPlayerFollowsJackInGrandGame() { final UnitTestPlayer deterministicPlayer = new UnitTestPlayer(); deterministicPlayer.setCardsToPlay(Lists.newArrayList(Card.SJ)); final AlgorithmAI faultyPlayer = new AlgorithmAI(); final JSkatPlayer helperPlayer = new UnitTestPlayer(); deterministicPlayer.... | @Override protected Card startGame() { log.debug("OpponentGrand starts Game: " + knowledge.getPlayerPosition()); return playStartGameCard(knowledge.getOwnCards(), knowledge.getTrickCards(), oPlayedCards, oNotOpponentCards, oSituation, knowledge.getDeclarer()); } | AlgorithmOpponentGrand extends AbstractAlgorithmAI { @Override protected Card startGame() { log.debug("OpponentGrand starts Game: " + knowledge.getPlayerPosition()); return playStartGameCard(knowledge.getOwnCards(), knowledge.getTrickCards(), oPlayedCards, oNotOpponentCards, oSituation, knowledge.getDeclarer()); } } | AlgorithmOpponentGrand extends AbstractAlgorithmAI { @Override protected Card startGame() { log.debug("OpponentGrand starts Game: " + knowledge.getPlayerPosition()); return playStartGameCard(knowledge.getOwnCards(), knowledge.getTrickCards(), oPlayedCards, oNotOpponentCards, oSituation, knowledge.getDeclarer()); } Algo... | AlgorithmOpponentGrand extends AbstractAlgorithmAI { @Override protected Card startGame() { log.debug("OpponentGrand starts Game: " + knowledge.getPlayerPosition()); return playStartGameCard(knowledge.getOwnCards(), knowledge.getTrickCards(), oPlayedCards, oNotOpponentCards, oSituation, knowledge.getDeclarer()); } Algo... | AlgorithmOpponentGrand extends AbstractAlgorithmAI { @Override protected Card startGame() { log.debug("OpponentGrand starts Game: " + knowledge.getPlayerPosition()); return playStartGameCard(knowledge.getOwnCards(), knowledge.getTrickCards(), oPlayedCards, oNotOpponentCards, oSituation, knowledge.getDeclarer()); } Algo... |
@Test public void calcGameResultGameLostHandOuvert() { factory.setHand(true); factory.setOuvert(true); data.setAnnouncement(factory.getAnnouncement()); playWinningTricks(); playLoosingTrick(); data.calcResult(); assertThat(nullRules.calcGameResult(data)).isEqualTo(-118); } | @Override public int calcGameResult(final SkatGameData gameData) { int result = getGameValueForWonGame(gameData); if (gameData.isGameLost()) { result = result * -2; } return result; } | NullRule extends AbstractSkatRule { @Override public int calcGameResult(final SkatGameData gameData) { int result = getGameValueForWonGame(gameData); if (gameData.isGameLost()) { result = result * -2; } return result; } } | NullRule extends AbstractSkatRule { @Override public int calcGameResult(final SkatGameData gameData) { int result = getGameValueForWonGame(gameData); if (gameData.isGameLost()) { result = result * -2; } return result; } } | NullRule extends AbstractSkatRule { @Override public int calcGameResult(final SkatGameData gameData) { int result = getGameValueForWonGame(gameData); if (gameData.isGameLost()) { result = result * -2; } return result; } @Override int getGameValueForWonGame(final SkatGameData gameData); @Override int calcGameResult(fin... | NullRule extends AbstractSkatRule { @Override public int calcGameResult(final SkatGameData gameData) { int result = getGameValueForWonGame(gameData); if (gameData.isGameLost()) { result = result * -2; } return result; } @Override int getGameValueForWonGame(final SkatGameData gameData); @Override int calcGameResult(fin... |
@Test public void testGetMultiplierGeschoben() { assertThat(ramschRules.getMultiplier(data)).isEqualTo(1); data.addGeschoben(); assertThat(ramschRules.getMultiplier(data)).isEqualTo(2); data.addGeschoben(); assertThat(ramschRules.getMultiplier(data)).isEqualTo(4); data.addGeschoben(); assertThat(ramschRules.getMultipli... | @Override public int getMultiplier(final SkatGameData gameData) { int multiplier = 1; if (gameData.isJungfrau()) { log.debug("One player is jungfrau"); multiplier = 2; } log.debug(gameData.getGeschoben() + " player did schieben"); multiplier = (int) (multiplier * Math.pow(2, gameData.getGeschoben())); return multiplier... | RamschRule extends SuitGrandRamschRule { @Override public int getMultiplier(final SkatGameData gameData) { int multiplier = 1; if (gameData.isJungfrau()) { log.debug("One player is jungfrau"); multiplier = 2; } log.debug(gameData.getGeschoben() + " player did schieben"); multiplier = (int) (multiplier * Math.pow(2, gam... | RamschRule extends SuitGrandRamschRule { @Override public int getMultiplier(final SkatGameData gameData) { int multiplier = 1; if (gameData.isJungfrau()) { log.debug("One player is jungfrau"); multiplier = 2; } log.debug(gameData.getGeschoben() + " player did schieben"); multiplier = (int) (multiplier * Math.pow(2, gam... | RamschRule extends SuitGrandRamschRule { @Override public int getMultiplier(final SkatGameData gameData) { int multiplier = 1; if (gameData.isJungfrau()) { log.debug("One player is jungfrau"); multiplier = 2; } log.debug(gameData.getGeschoben() + " player did schieben"); multiplier = (int) (multiplier * Math.pow(2, gam... | RamschRule extends SuitGrandRamschRule { @Override public int getMultiplier(final SkatGameData gameData) { int multiplier = 1; if (gameData.isJungfrau()) { log.debug("One player is jungfrau"); multiplier = 2; } log.debug(gameData.getGeschoben() + " player did schieben"); multiplier = (int) (multiplier * Math.pow(2, gam... |
@Test public void testGetFirstIndexOfSuit() { final CardList cards = new CardList(); cards.add(Card.CJ); cards.add(Card.CA); assertThat(cards.getFirstIndexOfSuit(Suit.CLUBS)).isEqualTo(0); assertThat(cards.getFirstIndexOfSuit(Suit.CLUBS, true)).isEqualTo(0); assertThat(cards.getFirstIndexOfSuit(Suit.CLUBS, false)).isEq... | public int getFirstIndexOfSuit(final Suit suit, final boolean includeJacks) { int result = -1; int index = 0; for (Card card : cards) { if (result == -1 && card.getSuit() == suit) { if (card.getRank() != Rank.JACK || card.getRank() == Rank.JACK && includeJacks) { result = index; } } index++; } return result; } | CardList implements Iterable<Card> { public int getFirstIndexOfSuit(final Suit suit, final boolean includeJacks) { int result = -1; int index = 0; for (Card card : cards) { if (result == -1 && card.getSuit() == suit) { if (card.getRank() != Rank.JACK || card.getRank() == Rank.JACK && includeJacks) { result = index; } }... | CardList implements Iterable<Card> { public int getFirstIndexOfSuit(final Suit suit, final boolean includeJacks) { int result = -1; int index = 0; for (Card card : cards) { if (result == -1 && card.getSuit() == suit) { if (card.getRank() != Rank.JACK || card.getRank() == Rank.JACK && includeJacks) { result = index; } }... | CardList implements Iterable<Card> { public int getFirstIndexOfSuit(final Suit suit, final boolean includeJacks) { int result = -1; int index = 0; for (Card card : cards) { if (result == -1 && card.getSuit() == suit) { if (card.getRank() != Rank.JACK || card.getRank() == Rank.JACK && includeJacks) { result = index; } }... | CardList implements Iterable<Card> { public int getFirstIndexOfSuit(final Suit suit, final boolean includeJacks) { int result = -1; int index = 0; for (Card card : cards) { if (result == -1 && card.getSuit() == suit) { if (card.getRank() != Rank.JACK || card.getRank() == Rank.JACK && includeJacks) { result = index; } }... |
@Test public void testGetLastIndexOfSuit() { final CardList cards = new CardList(); cards.add(Card.CA); cards.add(Card.CJ); assertThat(cards.getLastIndexOfSuit(Suit.CLUBS)).isEqualTo(1); assertThat(cards.getLastIndexOfSuit(Suit.CLUBS, true)).isEqualTo(1); assertThat(cards.getLastIndexOfSuit(Suit.CLUBS, false)).isEqualT... | public int getLastIndexOfSuit(final Suit suit) { return getLastIndexOfSuit(suit, true); } | CardList implements Iterable<Card> { public int getLastIndexOfSuit(final Suit suit) { return getLastIndexOfSuit(suit, true); } } | CardList implements Iterable<Card> { public int getLastIndexOfSuit(final Suit suit) { return getLastIndexOfSuit(suit, true); } CardList(); CardList(final List<Card> newCards); CardList(final CardList newCards); CardList(Card... cards); } | CardList implements Iterable<Card> { public int getLastIndexOfSuit(final Suit suit) { return getLastIndexOfSuit(suit, true); } CardList(); CardList(final List<Card> newCards); CardList(final CardList newCards); CardList(Card... cards); CardList getImmutableCopy(); boolean remove(final Card card); boolean add(final C... | CardList implements Iterable<Card> { public int getLastIndexOfSuit(final Suit suit) { return getLastIndexOfSuit(suit, true); } CardList(); CardList(final List<Card> newCards); CardList(final CardList newCards); CardList(Card... cards); CardList getImmutableCopy(); boolean remove(final Card card); boolean add(final C... |
@Test public void testPerfectGrandSuitHand() { final CardList cards = CardList.getPerfectGrandSuitHand(); assertThat(cards).containsExactlyInAnyOrder( Card.CJ, Card.SJ, Card.HJ, Card.DJ, Card.CA, Card.SA, Card.HA, Card.DA, Card.CT, Card.ST); } | public final static CardList getPerfectGrandSuitHand() { return new CardList(Card.CJ, Card.SJ, Card.HJ, Card.DJ, Card.CA, Card.SA, Card.HA, Card.DA, Card.CT, Card.ST); } | CardList implements Iterable<Card> { public final static CardList getPerfectGrandSuitHand() { return new CardList(Card.CJ, Card.SJ, Card.HJ, Card.DJ, Card.CA, Card.SA, Card.HA, Card.DA, Card.CT, Card.ST); } } | CardList implements Iterable<Card> { public final static CardList getPerfectGrandSuitHand() { return new CardList(Card.CJ, Card.SJ, Card.HJ, Card.DJ, Card.CA, Card.SA, Card.HA, Card.DA, Card.CT, Card.ST); } CardList(); CardList(final List<Card> newCards); CardList(final CardList newCards); CardList(Card... cards); } | CardList implements Iterable<Card> { public final static CardList getPerfectGrandSuitHand() { return new CardList(Card.CJ, Card.SJ, Card.HJ, Card.DJ, Card.CA, Card.SA, Card.HA, Card.DA, Card.CT, Card.ST); } CardList(); CardList(final List<Card> newCards); CardList(final CardList newCards); CardList(Card... cards); C... | CardList implements Iterable<Card> { public final static CardList getPerfectGrandSuitHand() { return new CardList(Card.CJ, Card.SJ, Card.HJ, Card.DJ, Card.CA, Card.SA, Card.HA, Card.DA, Card.CT, Card.ST); } CardList(); CardList(final List<Card> newCards); CardList(final CardList newCards); CardList(Card... cards); C... |
@Test public void testRandomCards() { final CardList cards = CardList.getRandomCards(10); assertThat(cards).hasSize(10); } | public final static CardList getRandomCards(int cardCount) { CardDeck cardDeck = new CardDeck(); CardList result = new CardList(); for (int i = 0; i < cardCount; i++) { result.add(cardDeck.remove(RANDOM.nextInt(cardDeck.size()))); } return result; } | CardList implements Iterable<Card> { public final static CardList getRandomCards(int cardCount) { CardDeck cardDeck = new CardDeck(); CardList result = new CardList(); for (int i = 0; i < cardCount; i++) { result.add(cardDeck.remove(RANDOM.nextInt(cardDeck.size()))); } return result; } } | CardList implements Iterable<Card> { public final static CardList getRandomCards(int cardCount) { CardDeck cardDeck = new CardDeck(); CardList result = new CardList(); for (int i = 0; i < cardCount; i++) { result.add(cardDeck.remove(RANDOM.nextInt(cardDeck.size()))); } return result; } CardList(); CardList(final List<... | CardList implements Iterable<Card> { public final static CardList getRandomCards(int cardCount) { CardDeck cardDeck = new CardDeck(); CardList result = new CardList(); for (int i = 0; i < cardCount; i++) { result.add(cardDeck.remove(RANDOM.nextInt(cardDeck.size()))); } return result; } CardList(); CardList(final List<... | CardList implements Iterable<Card> { public final static CardList getRandomCards(int cardCount) { CardDeck cardDeck = new CardDeck(); CardList result = new CardList(); for (int i = 0; i < cardCount; i++) { result.add(cardDeck.remove(RANDOM.nextInt(cardDeck.size()))); } return result; } CardList(); CardList(final List<... |
@Test public void getTournamentGameValue001() { assertThat(SkatConstants.getTournamentGameValue(true, 18, 3)).isEqualTo(68); assertThat(SkatConstants.getTournamentGameValue(true, 18, 4)).isEqualTo(68); assertThat(SkatConstants.getTournamentGameValue(true, -36, 3)).isEqualTo(-86); assertThat(SkatConstants.getTournamentG... | public static final int getTournamentGameValue(boolean declarer, int gameValue, int numberOfPlayers) { int result = 0; if (declarer) { if (gameValue > 0) { result = gameValue + 50; } else { result = gameValue - 50; } } else { if (gameValue < 0) { if (numberOfPlayers == 3) { result = 40; } else if (numberOfPlayers == 4)... | SkatConstants { public static final int getTournamentGameValue(boolean declarer, int gameValue, int numberOfPlayers) { int result = 0; if (declarer) { if (gameValue > 0) { result = gameValue + 50; } else { result = gameValue - 50; } } else { if (gameValue < 0) { if (numberOfPlayers == 3) { result = 40; } else if (numbe... | SkatConstants { public static final int getTournamentGameValue(boolean declarer, int gameValue, int numberOfPlayers) { int result = 0; if (declarer) { if (gameValue > 0) { result = gameValue + 50; } else { result = gameValue - 50; } } else { if (gameValue < 0) { if (numberOfPlayers == 3) { result = 40; } else if (numbe... | SkatConstants { public static final int getTournamentGameValue(boolean declarer, int gameValue, int numberOfPlayers) { int result = 0; if (declarer) { if (gameValue > 0) { result = gameValue + 50; } else { result = gameValue - 50; } } else { if (gameValue < 0) { if (numberOfPlayers == 3) { result = 40; } else if (numbe... | SkatConstants { public static final int getTournamentGameValue(boolean declarer, int gameValue, int numberOfPlayers) { int result = 0; if (declarer) { if (gameValue > 0) { result = gameValue + 50; } else { result = gameValue - 50; } } else { if (gameValue < 0) { if (numberOfPlayers == 3) { result = 40; } else if (numbe... |
@Test public void findOne() throws Exception { ProductInfo productInfo = productService.findOne("123456"); Assert.assertEquals("123456", productInfo.getProductId()); } | @Override public ProductInfo findOne(String productId) { return repository.findOne(productId); } | ProductServiceImpl implements ProductService { @Override public ProductInfo findOne(String productId) { return repository.findOne(productId); } } | ProductServiceImpl implements ProductService { @Override public ProductInfo findOne(String productId) { return repository.findOne(productId); } } | ProductServiceImpl implements ProductService { @Override public ProductInfo findOne(String productId) { return repository.findOne(productId); } @Override ProductInfo findOne(String productId); @Override List<ProductInfo> findUpAll(); @Override Page<ProductInfo> findAll(Pageable pageable); @Override ProductInfo save(Pr... | ProductServiceImpl implements ProductService { @Override public ProductInfo findOne(String productId) { return repository.findOne(productId); } @Override ProductInfo findOne(String productId); @Override List<ProductInfo> findUpAll(); @Override Page<ProductInfo> findAll(Pageable pageable); @Override ProductInfo save(Pr... |
@Test public void findByCategoryTypeIn() throws Exception { List<ProductCategory> productCategoryList = categoryService.findByCategoryTypeIn(Arrays.asList(1,2,3,4)); Assert.assertNotEquals(0, productCategoryList.size()); } | @Override public List<ProductCategory> findByCategoryTypeIn(List<Integer> categoryTypeList) { return repository.findByCategoryTypeIn(categoryTypeList); } | CategoryServiceImpl implements CategoryService { @Override public List<ProductCategory> findByCategoryTypeIn(List<Integer> categoryTypeList) { return repository.findByCategoryTypeIn(categoryTypeList); } } | CategoryServiceImpl implements CategoryService { @Override public List<ProductCategory> findByCategoryTypeIn(List<Integer> categoryTypeList) { return repository.findByCategoryTypeIn(categoryTypeList); } } | CategoryServiceImpl implements CategoryService { @Override public List<ProductCategory> findByCategoryTypeIn(List<Integer> categoryTypeList) { return repository.findByCategoryTypeIn(categoryTypeList); } @Override ProductCategory findOne(Integer categoryId); @Override List<ProductCategory> findAll(); @Override List<Pro... | CategoryServiceImpl implements CategoryService { @Override public List<ProductCategory> findByCategoryTypeIn(List<Integer> categoryTypeList) { return repository.findByCategoryTypeIn(categoryTypeList); } @Override ProductCategory findOne(Integer categoryId); @Override List<ProductCategory> findAll(); @Override List<Pro... |
@Test public void save() throws Exception { ProductCategory productCategory = new ProductCategory("男生专享", 10); ProductCategory result = categoryService.save(productCategory); Assert.assertNotNull(result); } | @Override public ProductCategory save(ProductCategory productCategory) { return repository.save(productCategory); } | CategoryServiceImpl implements CategoryService { @Override public ProductCategory save(ProductCategory productCategory) { return repository.save(productCategory); } } | CategoryServiceImpl implements CategoryService { @Override public ProductCategory save(ProductCategory productCategory) { return repository.save(productCategory); } } | CategoryServiceImpl implements CategoryService { @Override public ProductCategory save(ProductCategory productCategory) { return repository.save(productCategory); } @Override ProductCategory findOne(Integer categoryId); @Override List<ProductCategory> findAll(); @Override List<ProductCategory> findByCategoryTypeIn(Lis... | CategoryServiceImpl implements CategoryService { @Override public ProductCategory save(ProductCategory productCategory) { return repository.save(productCategory); } @Override ProductCategory findOne(Integer categoryId); @Override List<ProductCategory> findAll(); @Override List<ProductCategory> findByCategoryTypeIn(Lis... |
@Test public void create() throws Exception { OrderDTO orderDTO = new OrderDTO(); orderDTO.setBuyerName("廖师兄"); orderDTO.setBuyerAddress("幕课网"); orderDTO.setBuyerPhone("123456789012"); orderDTO.setBuyerOpenid(BUYER_OPENID); List<OrderDetail> orderDetailList = new ArrayList<>(); OrderDetail o1 = new OrderDetail(); o1.se... | @Override @Transactional public OrderDTO create(OrderDTO orderDTO) { String orderId = KeyUtil.genUniqueKey(); BigDecimal orderAmount = new BigDecimal(BigInteger.ZERO); for (OrderDetail orderDetail: orderDTO.getOrderDetailList()) { ProductInfo productInfo = productService.findOne(orderDetail.getProductId()); if (product... | OrderServiceImpl implements OrderService { @Override @Transactional public OrderDTO create(OrderDTO orderDTO) { String orderId = KeyUtil.genUniqueKey(); BigDecimal orderAmount = new BigDecimal(BigInteger.ZERO); for (OrderDetail orderDetail: orderDTO.getOrderDetailList()) { ProductInfo productInfo = productService.findO... | OrderServiceImpl implements OrderService { @Override @Transactional public OrderDTO create(OrderDTO orderDTO) { String orderId = KeyUtil.genUniqueKey(); BigDecimal orderAmount = new BigDecimal(BigInteger.ZERO); for (OrderDetail orderDetail: orderDTO.getOrderDetailList()) { ProductInfo productInfo = productService.findO... | OrderServiceImpl implements OrderService { @Override @Transactional public OrderDTO create(OrderDTO orderDTO) { String orderId = KeyUtil.genUniqueKey(); BigDecimal orderAmount = new BigDecimal(BigInteger.ZERO); for (OrderDetail orderDetail: orderDTO.getOrderDetailList()) { ProductInfo productInfo = productService.findO... | OrderServiceImpl implements OrderService { @Override @Transactional public OrderDTO create(OrderDTO orderDTO) { String orderId = KeyUtil.genUniqueKey(); BigDecimal orderAmount = new BigDecimal(BigInteger.ZERO); for (OrderDetail orderDetail: orderDTO.getOrderDetailList()) { ProductInfo productInfo = productService.findO... |
@Test public void findOne() throws Exception { OrderDTO result = orderService.findOne(ORDER_ID); log.info("【查询单个订单】result={}", result); Assert.assertEquals(ORDER_ID, result.getOrderId()); } | @Override public OrderDTO findOne(String orderId) { OrderMaster orderMaster = orderMasterRepository.findOne(orderId); if (orderMaster == null) { throw new SellException(ResultEnum.ORDER_NOT_EXIST); } List<OrderDetail> orderDetailList = orderDetailRepository.findByOrderId(orderId); if (CollectionUtils.isEmpty(orderDetai... | OrderServiceImpl implements OrderService { @Override public OrderDTO findOne(String orderId) { OrderMaster orderMaster = orderMasterRepository.findOne(orderId); if (orderMaster == null) { throw new SellException(ResultEnum.ORDER_NOT_EXIST); } List<OrderDetail> orderDetailList = orderDetailRepository.findByOrderId(order... | OrderServiceImpl implements OrderService { @Override public OrderDTO findOne(String orderId) { OrderMaster orderMaster = orderMasterRepository.findOne(orderId); if (orderMaster == null) { throw new SellException(ResultEnum.ORDER_NOT_EXIST); } List<OrderDetail> orderDetailList = orderDetailRepository.findByOrderId(order... | OrderServiceImpl implements OrderService { @Override public OrderDTO findOne(String orderId) { OrderMaster orderMaster = orderMasterRepository.findOne(orderId); if (orderMaster == null) { throw new SellException(ResultEnum.ORDER_NOT_EXIST); } List<OrderDetail> orderDetailList = orderDetailRepository.findByOrderId(order... | OrderServiceImpl implements OrderService { @Override public OrderDTO findOne(String orderId) { OrderMaster orderMaster = orderMasterRepository.findOne(orderId); if (orderMaster == null) { throw new SellException(ResultEnum.ORDER_NOT_EXIST); } List<OrderDetail> orderDetailList = orderDetailRepository.findByOrderId(order... |
@Test public void findList() throws Exception { PageRequest request = new PageRequest(0,2); Page<OrderDTO> orderDTOPage = orderService.findList(BUYER_OPENID, request); Assert.assertNotEquals(0, orderDTOPage.getTotalElements()); } | @Override public Page<OrderDTO> findList(String buyerOpenid, Pageable pageable) { Page<OrderMaster> orderMasterPage = orderMasterRepository.findByBuyerOpenid(buyerOpenid, pageable); List<OrderDTO> orderDTOList = OrderMaster2OrderDTOConverter.convert(orderMasterPage.getContent()); return new PageImpl<OrderDTO>(orderDTOL... | OrderServiceImpl implements OrderService { @Override public Page<OrderDTO> findList(String buyerOpenid, Pageable pageable) { Page<OrderMaster> orderMasterPage = orderMasterRepository.findByBuyerOpenid(buyerOpenid, pageable); List<OrderDTO> orderDTOList = OrderMaster2OrderDTOConverter.convert(orderMasterPage.getContent(... | OrderServiceImpl implements OrderService { @Override public Page<OrderDTO> findList(String buyerOpenid, Pageable pageable) { Page<OrderMaster> orderMasterPage = orderMasterRepository.findByBuyerOpenid(buyerOpenid, pageable); List<OrderDTO> orderDTOList = OrderMaster2OrderDTOConverter.convert(orderMasterPage.getContent(... | OrderServiceImpl implements OrderService { @Override public Page<OrderDTO> findList(String buyerOpenid, Pageable pageable) { Page<OrderMaster> orderMasterPage = orderMasterRepository.findByBuyerOpenid(buyerOpenid, pageable); List<OrderDTO> orderDTOList = OrderMaster2OrderDTOConverter.convert(orderMasterPage.getContent(... | OrderServiceImpl implements OrderService { @Override public Page<OrderDTO> findList(String buyerOpenid, Pageable pageable) { Page<OrderMaster> orderMasterPage = orderMasterRepository.findByBuyerOpenid(buyerOpenid, pageable); List<OrderDTO> orderDTOList = OrderMaster2OrderDTOConverter.convert(orderMasterPage.getContent(... |
@Test public void cancel() throws Exception { OrderDTO orderDTO = orderService.findOne(ORDER_ID); OrderDTO result = orderService.cancel(orderDTO); Assert.assertEquals(OrderStatusEnum.CANCEL.getCode(), result.getOrderStatus()); } | @Override @Transactional public OrderDTO cancel(OrderDTO orderDTO) { OrderMaster orderMaster = new OrderMaster(); if (!orderDTO.getOrderStatus().equals(OrderStatusEnum.NEW.getCode())) { log.error("【取消订单】订单状态不正确, orderId={}, orderStatus={}", orderDTO.getOrderId(), orderDTO.getOrderStatus()); throw new SellException(Resu... | OrderServiceImpl implements OrderService { @Override @Transactional public OrderDTO cancel(OrderDTO orderDTO) { OrderMaster orderMaster = new OrderMaster(); if (!orderDTO.getOrderStatus().equals(OrderStatusEnum.NEW.getCode())) { log.error("【取消订单】订单状态不正确, orderId={}, orderStatus={}", orderDTO.getOrderId(), orderDTO.getO... | OrderServiceImpl implements OrderService { @Override @Transactional public OrderDTO cancel(OrderDTO orderDTO) { OrderMaster orderMaster = new OrderMaster(); if (!orderDTO.getOrderStatus().equals(OrderStatusEnum.NEW.getCode())) { log.error("【取消订单】订单状态不正确, orderId={}, orderStatus={}", orderDTO.getOrderId(), orderDTO.getO... | OrderServiceImpl implements OrderService { @Override @Transactional public OrderDTO cancel(OrderDTO orderDTO) { OrderMaster orderMaster = new OrderMaster(); if (!orderDTO.getOrderStatus().equals(OrderStatusEnum.NEW.getCode())) { log.error("【取消订单】订单状态不正确, orderId={}, orderStatus={}", orderDTO.getOrderId(), orderDTO.getO... | OrderServiceImpl implements OrderService { @Override @Transactional public OrderDTO cancel(OrderDTO orderDTO) { OrderMaster orderMaster = new OrderMaster(); if (!orderDTO.getOrderStatus().equals(OrderStatusEnum.NEW.getCode())) { log.error("【取消订单】订单状态不正确, orderId={}, orderStatus={}", orderDTO.getOrderId(), orderDTO.getO... |
@Test public void finish() throws Exception { OrderDTO orderDTO = orderService.findOne(ORDER_ID); OrderDTO result = orderService.finish(orderDTO); Assert.assertEquals(OrderStatusEnum.FINISHED.getCode(), result.getOrderStatus()); } | @Override @Transactional public OrderDTO finish(OrderDTO orderDTO) { if (!orderDTO.getOrderStatus().equals(OrderStatusEnum.NEW.getCode())) { log.error("【完结订单】订单状态不正确, orderId={}, orderStatus={}", orderDTO.getOrderId(), orderDTO.getOrderStatus()); throw new SellException(ResultEnum.ORDER_STATUS_ERROR); } orderDTO.setOrd... | OrderServiceImpl implements OrderService { @Override @Transactional public OrderDTO finish(OrderDTO orderDTO) { if (!orderDTO.getOrderStatus().equals(OrderStatusEnum.NEW.getCode())) { log.error("【完结订单】订单状态不正确, orderId={}, orderStatus={}", orderDTO.getOrderId(), orderDTO.getOrderStatus()); throw new SellException(Result... | OrderServiceImpl implements OrderService { @Override @Transactional public OrderDTO finish(OrderDTO orderDTO) { if (!orderDTO.getOrderStatus().equals(OrderStatusEnum.NEW.getCode())) { log.error("【完结订单】订单状态不正确, orderId={}, orderStatus={}", orderDTO.getOrderId(), orderDTO.getOrderStatus()); throw new SellException(Result... | OrderServiceImpl implements OrderService { @Override @Transactional public OrderDTO finish(OrderDTO orderDTO) { if (!orderDTO.getOrderStatus().equals(OrderStatusEnum.NEW.getCode())) { log.error("【完结订单】订单状态不正确, orderId={}, orderStatus={}", orderDTO.getOrderId(), orderDTO.getOrderStatus()); throw new SellException(Result... | OrderServiceImpl implements OrderService { @Override @Transactional public OrderDTO finish(OrderDTO orderDTO) { if (!orderDTO.getOrderStatus().equals(OrderStatusEnum.NEW.getCode())) { log.error("【完结订单】订单状态不正确, orderId={}, orderStatus={}", orderDTO.getOrderId(), orderDTO.getOrderStatus()); throw new SellException(Result... |
@Test public void paid() throws Exception { OrderDTO orderDTO = orderService.findOne(ORDER_ID); OrderDTO result = orderService.paid(orderDTO); Assert.assertEquals(PayStatusEnum.SUCCESS.getCode(), result.getPayStatus()); } | @Override @Transactional public OrderDTO paid(OrderDTO orderDTO) { if (!orderDTO.getOrderStatus().equals(OrderStatusEnum.NEW.getCode())) { log.error("【订单支付完成】订单状态不正确, orderId={}, orderStatus={}", orderDTO.getOrderId(), orderDTO.getOrderStatus()); throw new SellException(ResultEnum.ORDER_STATUS_ERROR); } if (!orderDTO.g... | OrderServiceImpl implements OrderService { @Override @Transactional public OrderDTO paid(OrderDTO orderDTO) { if (!orderDTO.getOrderStatus().equals(OrderStatusEnum.NEW.getCode())) { log.error("【订单支付完成】订单状态不正确, orderId={}, orderStatus={}", orderDTO.getOrderId(), orderDTO.getOrderStatus()); throw new SellException(Result... | OrderServiceImpl implements OrderService { @Override @Transactional public OrderDTO paid(OrderDTO orderDTO) { if (!orderDTO.getOrderStatus().equals(OrderStatusEnum.NEW.getCode())) { log.error("【订单支付完成】订单状态不正确, orderId={}, orderStatus={}", orderDTO.getOrderId(), orderDTO.getOrderStatus()); throw new SellException(Result... | OrderServiceImpl implements OrderService { @Override @Transactional public OrderDTO paid(OrderDTO orderDTO) { if (!orderDTO.getOrderStatus().equals(OrderStatusEnum.NEW.getCode())) { log.error("【订单支付完成】订单状态不正确, orderId={}, orderStatus={}", orderDTO.getOrderId(), orderDTO.getOrderStatus()); throw new SellException(Result... | OrderServiceImpl implements OrderService { @Override @Transactional public OrderDTO paid(OrderDTO orderDTO) { if (!orderDTO.getOrderStatus().equals(OrderStatusEnum.NEW.getCode())) { log.error("【订单支付完成】订单状态不正确, orderId={}, orderStatus={}", orderDTO.getOrderId(), orderDTO.getOrderStatus()); throw new SellException(Result... |
@Test public void list() { PageRequest request = new PageRequest(0,2); Page<OrderDTO> orderDTOPage = orderService.findList(request); Assert.assertTrue("查询所有的订单列表", orderDTOPage.getTotalElements() > 0); } | @Override public Page<OrderDTO> findList(String buyerOpenid, Pageable pageable) { Page<OrderMaster> orderMasterPage = orderMasterRepository.findByBuyerOpenid(buyerOpenid, pageable); List<OrderDTO> orderDTOList = OrderMaster2OrderDTOConverter.convert(orderMasterPage.getContent()); return new PageImpl<OrderDTO>(orderDTOL... | OrderServiceImpl implements OrderService { @Override public Page<OrderDTO> findList(String buyerOpenid, Pageable pageable) { Page<OrderMaster> orderMasterPage = orderMasterRepository.findByBuyerOpenid(buyerOpenid, pageable); List<OrderDTO> orderDTOList = OrderMaster2OrderDTOConverter.convert(orderMasterPage.getContent(... | OrderServiceImpl implements OrderService { @Override public Page<OrderDTO> findList(String buyerOpenid, Pageable pageable) { Page<OrderMaster> orderMasterPage = orderMasterRepository.findByBuyerOpenid(buyerOpenid, pageable); List<OrderDTO> orderDTOList = OrderMaster2OrderDTOConverter.convert(orderMasterPage.getContent(... | OrderServiceImpl implements OrderService { @Override public Page<OrderDTO> findList(String buyerOpenid, Pageable pageable) { Page<OrderMaster> orderMasterPage = orderMasterRepository.findByBuyerOpenid(buyerOpenid, pageable); List<OrderDTO> orderDTOList = OrderMaster2OrderDTOConverter.convert(orderMasterPage.getContent(... | OrderServiceImpl implements OrderService { @Override public Page<OrderDTO> findList(String buyerOpenid, Pageable pageable) { Page<OrderMaster> orderMasterPage = orderMasterRepository.findByBuyerOpenid(buyerOpenid, pageable); List<OrderDTO> orderDTOList = OrderMaster2OrderDTOConverter.convert(orderMasterPage.getContent(... |
@Test public void create() throws Exception { OrderDTO orderDTO = orderService.findOne("1499097366838352541"); payService.create(orderDTO); } | @Override public PayResponse create(OrderDTO orderDTO) { PayRequest payRequest = new PayRequest(); payRequest.setOpenid(orderDTO.getBuyerOpenid()); payRequest.setOrderAmount(orderDTO.getOrderAmount().doubleValue()); payRequest.setOrderId(orderDTO.getOrderId()); payRequest.setOrderName(ORDER_NAME); payRequest.setPayType... | PayServiceImpl implements PayService { @Override public PayResponse create(OrderDTO orderDTO) { PayRequest payRequest = new PayRequest(); payRequest.setOpenid(orderDTO.getBuyerOpenid()); payRequest.setOrderAmount(orderDTO.getOrderAmount().doubleValue()); payRequest.setOrderId(orderDTO.getOrderId()); payRequest.setOrder... | PayServiceImpl implements PayService { @Override public PayResponse create(OrderDTO orderDTO) { PayRequest payRequest = new PayRequest(); payRequest.setOpenid(orderDTO.getBuyerOpenid()); payRequest.setOrderAmount(orderDTO.getOrderAmount().doubleValue()); payRequest.setOrderId(orderDTO.getOrderId()); payRequest.setOrder... | PayServiceImpl implements PayService { @Override public PayResponse create(OrderDTO orderDTO) { PayRequest payRequest = new PayRequest(); payRequest.setOpenid(orderDTO.getBuyerOpenid()); payRequest.setOrderAmount(orderDTO.getOrderAmount().doubleValue()); payRequest.setOrderId(orderDTO.getOrderId()); payRequest.setOrder... | PayServiceImpl implements PayService { @Override public PayResponse create(OrderDTO orderDTO) { PayRequest payRequest = new PayRequest(); payRequest.setOpenid(orderDTO.getBuyerOpenid()); payRequest.setOrderAmount(orderDTO.getOrderAmount().doubleValue()); payRequest.setOrderId(orderDTO.getOrderId()); payRequest.setOrder... |
@Test public void findUpAll() throws Exception { List<ProductInfo> productInfoList = productService.findUpAll(); Assert.assertNotEquals(0, productInfoList.size()); } | @Override public List<ProductInfo> findUpAll() { return repository.findByProductStatus(ProductStatusEnum.UP.getCode()); } | ProductServiceImpl implements ProductService { @Override public List<ProductInfo> findUpAll() { return repository.findByProductStatus(ProductStatusEnum.UP.getCode()); } } | ProductServiceImpl implements ProductService { @Override public List<ProductInfo> findUpAll() { return repository.findByProductStatus(ProductStatusEnum.UP.getCode()); } } | ProductServiceImpl implements ProductService { @Override public List<ProductInfo> findUpAll() { return repository.findByProductStatus(ProductStatusEnum.UP.getCode()); } @Override ProductInfo findOne(String productId); @Override List<ProductInfo> findUpAll(); @Override Page<ProductInfo> findAll(Pageable pageable); @Ove... | ProductServiceImpl implements ProductService { @Override public List<ProductInfo> findUpAll() { return repository.findByProductStatus(ProductStatusEnum.UP.getCode()); } @Override ProductInfo findOne(String productId); @Override List<ProductInfo> findUpAll(); @Override Page<ProductInfo> findAll(Pageable pageable); @Ove... |
@Test public void refund() { OrderDTO orderDTO = orderService.findOne("1499592887470659070"); payService.refund(orderDTO); } | @Override public RefundResponse refund(OrderDTO orderDTO) { RefundRequest refundRequest = new RefundRequest(); refundRequest.setOrderId(orderDTO.getOrderId()); refundRequest.setOrderAmount(orderDTO.getOrderAmount().doubleValue()); refundRequest.setPayTypeEnum(BestPayTypeEnum.WXPAY_H5); log.info("【微信退款】request={}", Json... | PayServiceImpl implements PayService { @Override public RefundResponse refund(OrderDTO orderDTO) { RefundRequest refundRequest = new RefundRequest(); refundRequest.setOrderId(orderDTO.getOrderId()); refundRequest.setOrderAmount(orderDTO.getOrderAmount().doubleValue()); refundRequest.setPayTypeEnum(BestPayTypeEnum.WXPAY... | PayServiceImpl implements PayService { @Override public RefundResponse refund(OrderDTO orderDTO) { RefundRequest refundRequest = new RefundRequest(); refundRequest.setOrderId(orderDTO.getOrderId()); refundRequest.setOrderAmount(orderDTO.getOrderAmount().doubleValue()); refundRequest.setPayTypeEnum(BestPayTypeEnum.WXPAY... | PayServiceImpl implements PayService { @Override public RefundResponse refund(OrderDTO orderDTO) { RefundRequest refundRequest = new RefundRequest(); refundRequest.setOrderId(orderDTO.getOrderId()); refundRequest.setOrderAmount(orderDTO.getOrderAmount().doubleValue()); refundRequest.setPayTypeEnum(BestPayTypeEnum.WXPAY... | PayServiceImpl implements PayService { @Override public RefundResponse refund(OrderDTO orderDTO) { RefundRequest refundRequest = new RefundRequest(); refundRequest.setOrderId(orderDTO.getOrderId()); refundRequest.setOrderAmount(orderDTO.getOrderAmount().doubleValue()); refundRequest.setPayTypeEnum(BestPayTypeEnum.WXPAY... |
@Test public void findAll() throws Exception { PageRequest request = new PageRequest(0, 2); Page<ProductInfo> productInfoPage = productService.findAll(request); Assert.assertNotEquals(0, productInfoPage.getTotalElements()); } | @Override public Page<ProductInfo> findAll(Pageable pageable) { return repository.findAll(pageable); } | ProductServiceImpl implements ProductService { @Override public Page<ProductInfo> findAll(Pageable pageable) { return repository.findAll(pageable); } } | ProductServiceImpl implements ProductService { @Override public Page<ProductInfo> findAll(Pageable pageable) { return repository.findAll(pageable); } } | ProductServiceImpl implements ProductService { @Override public Page<ProductInfo> findAll(Pageable pageable) { return repository.findAll(pageable); } @Override ProductInfo findOne(String productId); @Override List<ProductInfo> findUpAll(); @Override Page<ProductInfo> findAll(Pageable pageable); @Override ProductInfo s... | ProductServiceImpl implements ProductService { @Override public Page<ProductInfo> findAll(Pageable pageable) { return repository.findAll(pageable); } @Override ProductInfo findOne(String productId); @Override List<ProductInfo> findUpAll(); @Override Page<ProductInfo> findAll(Pageable pageable); @Override ProductInfo s... |
@Test public void save() throws Exception { ProductInfo productInfo = new ProductInfo(); productInfo.setProductId("123457"); productInfo.setProductName("皮皮虾"); productInfo.setProductPrice(new BigDecimal(3.2)); productInfo.setProductStock(100); productInfo.setProductDescription("很好吃的虾"); productInfo.setProductIcon("http... | @Override public ProductInfo save(ProductInfo productInfo) { return repository.save(productInfo); } | ProductServiceImpl implements ProductService { @Override public ProductInfo save(ProductInfo productInfo) { return repository.save(productInfo); } } | ProductServiceImpl implements ProductService { @Override public ProductInfo save(ProductInfo productInfo) { return repository.save(productInfo); } } | ProductServiceImpl implements ProductService { @Override public ProductInfo save(ProductInfo productInfo) { return repository.save(productInfo); } @Override ProductInfo findOne(String productId); @Override List<ProductInfo> findUpAll(); @Override Page<ProductInfo> findAll(Pageable pageable); @Override ProductInfo save... | ProductServiceImpl implements ProductService { @Override public ProductInfo save(ProductInfo productInfo) { return repository.save(productInfo); } @Override ProductInfo findOne(String productId); @Override List<ProductInfo> findUpAll(); @Override Page<ProductInfo> findAll(Pageable pageable); @Override ProductInfo save... |
@Test public void onSale() { ProductInfo result = productService.onSale("123456"); Assert.assertEquals(ProductStatusEnum.UP, result.getProductStatusEnum()); } | @Override public ProductInfo onSale(String productId) { ProductInfo productInfo = repository.findOne(productId); if (productInfo == null) { throw new SellException(ResultEnum.PRODUCT_NOT_EXIST); } if (productInfo.getProductStatusEnum() == ProductStatusEnum.UP) { throw new SellException(ResultEnum.PRODUCT_STATUS_ERROR);... | ProductServiceImpl implements ProductService { @Override public ProductInfo onSale(String productId) { ProductInfo productInfo = repository.findOne(productId); if (productInfo == null) { throw new SellException(ResultEnum.PRODUCT_NOT_EXIST); } if (productInfo.getProductStatusEnum() == ProductStatusEnum.UP) { throw new ... | ProductServiceImpl implements ProductService { @Override public ProductInfo onSale(String productId) { ProductInfo productInfo = repository.findOne(productId); if (productInfo == null) { throw new SellException(ResultEnum.PRODUCT_NOT_EXIST); } if (productInfo.getProductStatusEnum() == ProductStatusEnum.UP) { throw new ... | ProductServiceImpl implements ProductService { @Override public ProductInfo onSale(String productId) { ProductInfo productInfo = repository.findOne(productId); if (productInfo == null) { throw new SellException(ResultEnum.PRODUCT_NOT_EXIST); } if (productInfo.getProductStatusEnum() == ProductStatusEnum.UP) { throw new ... | ProductServiceImpl implements ProductService { @Override public ProductInfo onSale(String productId) { ProductInfo productInfo = repository.findOne(productId); if (productInfo == null) { throw new SellException(ResultEnum.PRODUCT_NOT_EXIST); } if (productInfo.getProductStatusEnum() == ProductStatusEnum.UP) { throw new ... |
@Test public void offSale() { ProductInfo result = productService.offSale("123456"); Assert.assertEquals(ProductStatusEnum.DOWN, result.getProductStatusEnum()); } | @Override public ProductInfo offSale(String productId) { ProductInfo productInfo = repository.findOne(productId); if (productInfo == null) { throw new SellException(ResultEnum.PRODUCT_NOT_EXIST); } if (productInfo.getProductStatusEnum() == ProductStatusEnum.DOWN) { throw new SellException(ResultEnum.PRODUCT_STATUS_ERRO... | ProductServiceImpl implements ProductService { @Override public ProductInfo offSale(String productId) { ProductInfo productInfo = repository.findOne(productId); if (productInfo == null) { throw new SellException(ResultEnum.PRODUCT_NOT_EXIST); } if (productInfo.getProductStatusEnum() == ProductStatusEnum.DOWN) { throw n... | ProductServiceImpl implements ProductService { @Override public ProductInfo offSale(String productId) { ProductInfo productInfo = repository.findOne(productId); if (productInfo == null) { throw new SellException(ResultEnum.PRODUCT_NOT_EXIST); } if (productInfo.getProductStatusEnum() == ProductStatusEnum.DOWN) { throw n... | ProductServiceImpl implements ProductService { @Override public ProductInfo offSale(String productId) { ProductInfo productInfo = repository.findOne(productId); if (productInfo == null) { throw new SellException(ResultEnum.PRODUCT_NOT_EXIST); } if (productInfo.getProductStatusEnum() == ProductStatusEnum.DOWN) { throw n... | ProductServiceImpl implements ProductService { @Override public ProductInfo offSale(String productId) { ProductInfo productInfo = repository.findOne(productId); if (productInfo == null) { throw new SellException(ResultEnum.PRODUCT_NOT_EXIST); } if (productInfo.getProductStatusEnum() == ProductStatusEnum.DOWN) { throw n... |
@Test public void findSellerInfoByOpenid() throws Exception { SellerInfo result = sellerService.findSellerInfoByOpenid(openid); Assert.assertEquals(openid, result.getOpenid()); } | @Override public SellerInfo findSellerInfoByOpenid(String openid) { return repository.findByOpenid(openid); } | SellerServiceImpl implements SellerService { @Override public SellerInfo findSellerInfoByOpenid(String openid) { return repository.findByOpenid(openid); } } | SellerServiceImpl implements SellerService { @Override public SellerInfo findSellerInfoByOpenid(String openid) { return repository.findByOpenid(openid); } } | SellerServiceImpl implements SellerService { @Override public SellerInfo findSellerInfoByOpenid(String openid) { return repository.findByOpenid(openid); } @Override SellerInfo findSellerInfoByOpenid(String openid); } | SellerServiceImpl implements SellerService { @Override public SellerInfo findSellerInfoByOpenid(String openid) { return repository.findByOpenid(openid); } @Override SellerInfo findSellerInfoByOpenid(String openid); } |
@Test public void orderStatus() throws Exception { OrderDTO orderDTO = orderService.findOne("1499097346204378750"); pushMessageService.orderStatus(orderDTO); } | @Override public void orderStatus(OrderDTO orderDTO) { WxMpTemplateMessage templateMessage = new WxMpTemplateMessage(); templateMessage.setTemplateId(accountConfig.getTemplateId().get("orderStatus")); templateMessage.setToUser(orderDTO.getBuyerOpenid()); List<WxMpTemplateData> data = Arrays.asList( new WxMpTemplateData... | PushMessageServiceImpl implements PushMessageService { @Override public void orderStatus(OrderDTO orderDTO) { WxMpTemplateMessage templateMessage = new WxMpTemplateMessage(); templateMessage.setTemplateId(accountConfig.getTemplateId().get("orderStatus")); templateMessage.setToUser(orderDTO.getBuyerOpenid()); List<WxMpT... | PushMessageServiceImpl implements PushMessageService { @Override public void orderStatus(OrderDTO orderDTO) { WxMpTemplateMessage templateMessage = new WxMpTemplateMessage(); templateMessage.setTemplateId(accountConfig.getTemplateId().get("orderStatus")); templateMessage.setToUser(orderDTO.getBuyerOpenid()); List<WxMpT... | PushMessageServiceImpl implements PushMessageService { @Override public void orderStatus(OrderDTO orderDTO) { WxMpTemplateMessage templateMessage = new WxMpTemplateMessage(); templateMessage.setTemplateId(accountConfig.getTemplateId().get("orderStatus")); templateMessage.setToUser(orderDTO.getBuyerOpenid()); List<WxMpT... | PushMessageServiceImpl implements PushMessageService { @Override public void orderStatus(OrderDTO orderDTO) { WxMpTemplateMessage templateMessage = new WxMpTemplateMessage(); templateMessage.setTemplateId(accountConfig.getTemplateId().get("orderStatus")); templateMessage.setToUser(orderDTO.getBuyerOpenid()); List<WxMpT... |
@Test public void findOne() throws Exception { ProductCategory productCategory = categoryService.findOne(1); Assert.assertEquals(new Integer(1), productCategory.getCategoryId()); } | @Override public ProductCategory findOne(Integer categoryId) { return repository.findOne(categoryId); } | CategoryServiceImpl implements CategoryService { @Override public ProductCategory findOne(Integer categoryId) { return repository.findOne(categoryId); } } | CategoryServiceImpl implements CategoryService { @Override public ProductCategory findOne(Integer categoryId) { return repository.findOne(categoryId); } } | CategoryServiceImpl implements CategoryService { @Override public ProductCategory findOne(Integer categoryId) { return repository.findOne(categoryId); } @Override ProductCategory findOne(Integer categoryId); @Override List<ProductCategory> findAll(); @Override List<ProductCategory> findByCategoryTypeIn(List<Integer> c... | CategoryServiceImpl implements CategoryService { @Override public ProductCategory findOne(Integer categoryId) { return repository.findOne(categoryId); } @Override ProductCategory findOne(Integer categoryId); @Override List<ProductCategory> findAll(); @Override List<ProductCategory> findByCategoryTypeIn(List<Integer> c... |
@Test public void findAll() throws Exception { List<ProductCategory> productCategoryList = categoryService.findAll(); Assert.assertNotEquals(0, productCategoryList.size()); } | @Override public List<ProductCategory> findAll() { return repository.findAll(); } | CategoryServiceImpl implements CategoryService { @Override public List<ProductCategory> findAll() { return repository.findAll(); } } | CategoryServiceImpl implements CategoryService { @Override public List<ProductCategory> findAll() { return repository.findAll(); } } | CategoryServiceImpl implements CategoryService { @Override public List<ProductCategory> findAll() { return repository.findAll(); } @Override ProductCategory findOne(Integer categoryId); @Override List<ProductCategory> findAll(); @Override List<ProductCategory> findByCategoryTypeIn(List<Integer> categoryTypeList); @Ove... | CategoryServiceImpl implements CategoryService { @Override public List<ProductCategory> findAll() { return repository.findAll(); } @Override ProductCategory findOne(Integer categoryId); @Override List<ProductCategory> findAll(); @Override List<ProductCategory> findByCategoryTypeIn(List<Integer> categoryTypeList); @Ove... |
@Test public void should_calculate_the_right_value_T1() { byte msb = 102; byte lsb = -15; int i = concatBytes(msb, lsb, false); assertThat(i, CoreMatchers.equalTo(26353)); } | private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... |
@Test public void should_calculate_the_right_value_T2() { byte msb = 102; byte lsb = -107; int i = concatBytes(msb, lsb, true); assertThat(i, CoreMatchers.equalTo(26261)); } | private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... |
@Test public void should_calculate_the_right_value_P1() { byte msb = -115; byte lsb = -116; int i = concatBytes(msb, lsb, false); assertThat(i, CoreMatchers.equalTo(36236)); } | private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... |
@Test public void should_calculate_the_right_value_P2() { byte msb = -41; byte lsb = 79; int i = concatBytes(msb, lsb, true); assertThat(i, CoreMatchers.equalTo(-10417)); } | private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... |
@Test public void should_calculate_the_right_value_P4() { byte msb = 24; byte lsb = 104; int i = concatBytes(msb, lsb, true); assertThat(i, CoreMatchers.equalTo(6248)); } | private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... |
@Test public void should_calculate_the_right_value_P5() { byte msb = -1; byte lsb = -28; int i = concatBytes(msb, lsb, true); assertThat(i, CoreMatchers.equalTo(-28)); } | private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... |
@Test public void should_calculate_the_right_value_P8() { byte msb = -12; byte lsb = 12; int i = concatBytes(msb, lsb, true); assertThat(i, CoreMatchers.equalTo(-3060)); } | private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... |
@Test public void should_calculate_the_right_value_P9() { byte msb = -10; byte lsb = -123; int i = concatBytes(msb, lsb, true); assertThat(i, CoreMatchers.equalTo(-2427)); } | private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... |
@Test public void should_calculate_the_right_value_GH2() { byte msb = -52; byte lsb = 119; int i = concatBytes(msb, lsb, true); assertThat(i, CoreMatchers.equalTo(-13193)); } | private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } } | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... | Bme680 implements AutoCloseable { private int concatBytes(final int msb, final int lsb, final boolean isSigned) { if (isSigned) { return (msb << 8) | (lsb & 0xff); } else { return ((msb & 0xff) << 8) | (lsb & 0xff); } } Bme680(@NonNull final String bus); Bme680(@NonNull final String bus, final int address); Bme680(I... |
@Test public void testValidStringKeys() { validateKey(GIVEN_KEY); validateKey("m_" + GIVEN_KEY); validateKey("yup"); validateKey("this_is-valid"); validateKey("n4mb3rs"); validateKey("1234567890"); validateKey("-____-"); } | public static void validateKey(Object key) { notNullArg(key, "Key must not be null."); } | Util { public static void validateKey(Object key) { notNullArg(key, "Key must not be null."); } } | Util { public static void validateKey(Object key) { notNullArg(key, "Key must not be null."); } private Util(); } | Util { public static void validateKey(Object key) { notNullArg(key, "Key must not be null."); } private Util(); static int len(Object[] arr); static int len(Collection collection); static int len(Map map); static int len(String str); static boolean empty(String str); static boolean empty(Object[] arr); static boolean ... | Util { public static void validateKey(Object key) { notNullArg(key, "Key must not be null."); } private Util(); static int len(Object[] arr); static int len(Collection collection); static int len(Map map); static int len(String str); static boolean empty(String str); static boolean empty(Object[] arr); static boolean ... |
@Test public void testLenArray() { assertEquals(0, Util.len((Object[]) null)); assertEquals(0, Util.len(new Object[]{})); assertEquals(1, Util.len(new Object[]{"hello"})); } | public static int len(Object[] arr) { return empty(arr) ? 0 : arr.length; } | Util { public static int len(Object[] arr) { return empty(arr) ? 0 : arr.length; } } | Util { public static int len(Object[] arr) { return empty(arr) ? 0 : arr.length; } private Util(); } | Util { public static int len(Object[] arr) { return empty(arr) ? 0 : arr.length; } private Util(); static int len(Object[] arr); static int len(Collection collection); static int len(Map map); static int len(String str); static boolean empty(String str); static boolean empty(Object[] arr); static boolean empty(Collect... | Util { public static int len(Object[] arr) { return empty(arr) ? 0 : arr.length; } private Util(); static int len(Object[] arr); static int len(Collection collection); static int len(Map map); static int len(String str); static boolean empty(String str); static boolean empty(Object[] arr); static boolean empty(Collect... |
@Test public void testEmptyStr() { assertTrue(Util.empty((String) null)); assertTrue(Util.empty("")); assertFalse(Util.empty("something")); assertFalse(Util.empty(" ")); } | public static boolean empty(String str) { return str == null || str.equals(""); } | Util { public static boolean empty(String str) { return str == null || str.equals(""); } } | Util { public static boolean empty(String str) { return str == null || str.equals(""); } private Util(); } | Util { public static boolean empty(String str) { return str == null || str.equals(""); } private Util(); static int len(Object[] arr); static int len(Collection collection); static int len(Map map); static int len(String str); static boolean empty(String str); static boolean empty(Object[] arr); static boolean empty(C... | Util { public static boolean empty(String str) { return str == null || str.equals(""); } private Util(); static int len(Object[] arr); static int len(Collection collection); static int len(Map map); static int len(String str); static boolean empty(String str); static boolean empty(Object[] arr); static boolean empty(C... |
@Test public void testEmptyChar() { final char empty = ' '; assertTrue(Util.empty(empty)); assertFalse(Util.empty('e')); } | public static boolean empty(String str) { return str == null || str.equals(""); } | Util { public static boolean empty(String str) { return str == null || str.equals(""); } } | Util { public static boolean empty(String str) { return str == null || str.equals(""); } private Util(); } | Util { public static boolean empty(String str) { return str == null || str.equals(""); } private Util(); static int len(Object[] arr); static int len(Collection collection); static int len(Map map); static int len(String str); static boolean empty(String str); static boolean empty(Object[] arr); static boolean empty(C... | Util { public static boolean empty(String str) { return str == null || str.equals(""); } private Util(); static int len(Object[] arr); static int len(Collection collection); static int len(Map map); static int len(String str); static boolean empty(String str); static boolean empty(Object[] arr); static boolean empty(C... |
@Test public void presentWithNullGetsNull() throws ExecutionException, InterruptedException { final Present present = new Present(null); Assert.assertEquals(null, present.get()); } | @Override public T get() throws InterruptedException, ExecutionException { return mValue; } | Present implements Future<T> { @Override public T get() throws InterruptedException, ExecutionException { return mValue; } } | Present implements Future<T> { @Override public T get() throws InterruptedException, ExecutionException { return mValue; } Present(T value); } | Present implements Future<T> { @Override public T get() throws InterruptedException, ExecutionException { return mValue; } Present(T value); @Override boolean cancel(boolean b); @Override boolean isCancelled(); @Override boolean isDone(); @Override T get(); @Override T get(long l, TimeUnit timeUnit); } | Present implements Future<T> { @Override public T get() throws InterruptedException, ExecutionException { return mValue; } Present(T value); @Override boolean cancel(boolean b); @Override boolean isCancelled(); @Override boolean isDone(); @Override T get(); @Override T get(long l, TimeUnit timeUnit); } |
@Test public void presentWithObjGetsObj() throws ExecutionException, InterruptedException { final Object obj = new Object(); Present present = new Present(obj); Assert.assertEquals(obj, present.get()); } | @Override public T get() throws InterruptedException, ExecutionException { return mValue; } | Present implements Future<T> { @Override public T get() throws InterruptedException, ExecutionException { return mValue; } } | Present implements Future<T> { @Override public T get() throws InterruptedException, ExecutionException { return mValue; } Present(T value); } | Present implements Future<T> { @Override public T get() throws InterruptedException, ExecutionException { return mValue; } Present(T value); @Override boolean cancel(boolean b); @Override boolean isCancelled(); @Override boolean isDone(); @Override T get(); @Override T get(long l, TimeUnit timeUnit); } | Present implements Future<T> { @Override public T get() throws InterruptedException, ExecutionException { return mValue; } Present(T value); @Override boolean cancel(boolean b); @Override boolean isCancelled(); @Override boolean isDone(); @Override T get(); @Override T get(long l, TimeUnit timeUnit); } |
@Test public void getUncheckedWithNullGetsNull() { Assert.assertEquals(null, new UncheckedFuture(null).getUnchecked()); } | public V getUnchecked() { try { return get(); } catch (Throwable pokemon) { Util.pokeball(pokemon); } return null; } | UncheckedFuture implements Future<V> { public V getUnchecked() { try { return get(); } catch (Throwable pokemon) { Util.pokeball(pokemon); } return null; } } | UncheckedFuture implements Future<V> { public V getUnchecked() { try { return get(); } catch (Throwable pokemon) { Util.pokeball(pokemon); } return null; } UncheckedFuture(Future<V> future); } | UncheckedFuture implements Future<V> { public V getUnchecked() { try { return get(); } catch (Throwable pokemon) { Util.pokeball(pokemon); } return null; } UncheckedFuture(Future<V> future); @Override boolean cancel(boolean b); @Override boolean isCancelled(); @Override boolean isDone(); @Override V get(); @Override V ... | UncheckedFuture implements Future<V> { public V getUnchecked() { try { return get(); } catch (Throwable pokemon) { Util.pokeball(pokemon); } return null; } UncheckedFuture(Future<V> future); @Override boolean cancel(boolean b); @Override boolean isCancelled(); @Override boolean isDone(); @Override V get(); @Override V ... |
@Test public void getUncheckedWithObjGetsObj() { final Object obj = new Object(); final Future<Object> theFutureNow = new TheFutureNow(obj); Assert.assertEquals(obj, new UncheckedFuture(theFutureNow).getUnchecked()); } | public V getUnchecked() { try { return get(); } catch (Throwable pokemon) { Util.pokeball(pokemon); } return null; } | UncheckedFuture implements Future<V> { public V getUnchecked() { try { return get(); } catch (Throwable pokemon) { Util.pokeball(pokemon); } return null; } } | UncheckedFuture implements Future<V> { public V getUnchecked() { try { return get(); } catch (Throwable pokemon) { Util.pokeball(pokemon); } return null; } UncheckedFuture(Future<V> future); } | UncheckedFuture implements Future<V> { public V getUnchecked() { try { return get(); } catch (Throwable pokemon) { Util.pokeball(pokemon); } return null; } UncheckedFuture(Future<V> future); @Override boolean cancel(boolean b); @Override boolean isCancelled(); @Override boolean isDone(); @Override V get(); @Override V ... | UncheckedFuture implements Future<V> { public V getUnchecked() { try { return get(); } catch (Throwable pokemon) { Util.pokeball(pokemon); } return null; } UncheckedFuture(Future<V> future); @Override boolean cancel(boolean b); @Override boolean isCancelled(); @Override boolean isDone(); @Override V get(); @Override V ... |
@Test (expected = Throwable.class) public void testUnmodifiableIsUnmodifiable() { final ReferenceCache<Object, Object> notNullCache = gimmeReferenceCacheOfOne(); final UnmodifiableCache<Object, Object> unmodifiable = unmodifiable(notNullCache); unmodifiable.set("something", "here"); } | @Override public UnmodifiableCache<K, V> set(K key, V value) { illegalAccess(true, "You must not try to modify an UnmodifiableCache."); return null; } | UnmodifiableCache implements Cache<K, V> { @Override public UnmodifiableCache<K, V> set(K key, V value) { illegalAccess(true, "You must not try to modify an UnmodifiableCache."); return null; } } | UnmodifiableCache implements Cache<K, V> { @Override public UnmodifiableCache<K, V> set(K key, V value) { illegalAccess(true, "You must not try to modify an UnmodifiableCache."); return null; } UnmodifiableCache(Cache<K, V> cache); } | UnmodifiableCache implements Cache<K, V> { @Override public UnmodifiableCache<K, V> set(K key, V value) { illegalAccess(true, "You must not try to modify an UnmodifiableCache."); return null; } UnmodifiableCache(Cache<K, V> cache); @Override V get(K key); @Override UnmodifiableCache<K, V> set(K key, V value); } | UnmodifiableCache implements Cache<K, V> { @Override public UnmodifiableCache<K, V> set(K key, V value) { illegalAccess(true, "You must not try to modify an UnmodifiableCache."); return null; } UnmodifiableCache(Cache<K, V> cache); @Override V get(K key); @Override UnmodifiableCache<K, V> set(K key, V value); } |
@Test public void testNullNoOp() { gimmeCacheOfOne().set("key", null); } | @Override public MapCache<K, V> set(K key, V value) { if (value == null) { return this; } validateKey(key); mCache.put(key, value); return this; } | MapCache implements Cache<K, V> { @Override public MapCache<K, V> set(K key, V value) { if (value == null) { return this; } validateKey(key); mCache.put(key, value); return this; } } | MapCache implements Cache<K, V> { @Override public MapCache<K, V> set(K key, V value) { if (value == null) { return this; } validateKey(key); mCache.put(key, value); return this; } <O extends MapCache.Options> MapCache(O opts); } | MapCache implements Cache<K, V> { @Override public MapCache<K, V> set(K key, V value) { if (value == null) { return this; } validateKey(key); mCache.put(key, value); return this; } <O extends MapCache.Options> MapCache(O opts); @Override V get(K key); @Override MapCache<K, V> set(K key, V value); } | MapCache implements Cache<K, V> { @Override public MapCache<K, V> set(K key, V value) { if (value == null) { return this; } validateKey(key); mCache.put(key, value); return this; } <O extends MapCache.Options> MapCache(O opts); @Override V get(K key); @Override MapCache<K, V> set(K key, V value); static final float DEF... |
@Test public void greeterPluginAddsGreetingTaskToProject() { Project project = ProjectBuilder.builder().build(); project.getPluginManager().apply("lenala.azure.azurefunctions"); assertTrue(project.getTasks().findByPath("package") instanceof PackageTask); } | public void apply(Project project) { AzureFunctionsExtension azureFunctionsExtension = new AzureFunctionsExtension(); project.getExtensions().add(AZURE_FUNCTIONS, azureFunctionsExtension); } | AzureFunctionsPlugin implements Plugin<Project> { public void apply(Project project) { AzureFunctionsExtension azureFunctionsExtension = new AzureFunctionsExtension(); project.getExtensions().add(AZURE_FUNCTIONS, azureFunctionsExtension); } } | AzureFunctionsPlugin implements Plugin<Project> { public void apply(Project project) { AzureFunctionsExtension azureFunctionsExtension = new AzureFunctionsExtension(); project.getExtensions().add(AZURE_FUNCTIONS, azureFunctionsExtension); } } | AzureFunctionsPlugin implements Plugin<Project> { public void apply(Project project) { AzureFunctionsExtension azureFunctionsExtension = new AzureFunctionsExtension(); project.getExtensions().add(AZURE_FUNCTIONS, azureFunctionsExtension); } void apply(Project project); } | AzureFunctionsPlugin implements Plugin<Project> { public void apply(Project project) { AzureFunctionsExtension azureFunctionsExtension = new AzureFunctionsExtension(); project.getExtensions().add(AZURE_FUNCTIONS, azureFunctionsExtension); } void apply(Project project); static final String AZURE_FUNCTIONS; } |
@Test public void greeterPluginAddsGreetingTaskToProject() { Project project = ProjectBuilder.builder().build(); project.getPluginManager().apply("lenala.azure.azurewebapp"); assertTrue(project.getTasks().findByPath("azureWebappDeploy") instanceof DeployTask); } | public void apply(Project project) { AzureWebAppExtension azureWebAppExtension = new AzureWebAppExtension(project); project.getExtensions().add(WEBAPP_EXTENSION_NAME, azureWebAppExtension); project.getTasks().create(DeployTask.TASK_NAME, DeployTask.class, (task) -> { task.setAzureWebAppExtension(azureWebAppExtension); ... | AzureWebappPlugin implements Plugin<Project> { public void apply(Project project) { AzureWebAppExtension azureWebAppExtension = new AzureWebAppExtension(project); project.getExtensions().add(WEBAPP_EXTENSION_NAME, azureWebAppExtension); project.getTasks().create(DeployTask.TASK_NAME, DeployTask.class, (task) -> { task.... | AzureWebappPlugin implements Plugin<Project> { public void apply(Project project) { AzureWebAppExtension azureWebAppExtension = new AzureWebAppExtension(project); project.getExtensions().add(WEBAPP_EXTENSION_NAME, azureWebAppExtension); project.getTasks().create(DeployTask.TASK_NAME, DeployTask.class, (task) -> { task.... | AzureWebappPlugin implements Plugin<Project> { public void apply(Project project) { AzureWebAppExtension azureWebAppExtension = new AzureWebAppExtension(project); project.getExtensions().add(WEBAPP_EXTENSION_NAME, azureWebAppExtension); project.getTasks().create(DeployTask.TASK_NAME, DeployTask.class, (task) -> { task.... | AzureWebappPlugin implements Plugin<Project> { public void apply(Project project) { AzureWebAppExtension azureWebAppExtension = new AzureWebAppExtension(project); project.getExtensions().add(WEBAPP_EXTENSION_NAME, azureWebAppExtension); project.getTasks().create(DeployTask.TASK_NAME, DeployTask.class, (task) -> { task.... |
@Test public void deleteUser() throws Exception { mockMvc.perform( delete("/users/" + user.getId()) .header("Authorization" , "Bearer " + adminToken) ).andExpect(status().isOk()); } | @PreAuthorize("#oauth2.hasAnyScope('server', 'ui')") @RequestMapping(value = "/{userId}", method = RequestMethod.DELETE) @ResponseStatus(value = HttpStatus.OK) @ResponseBody public ResponseEntity delete(@PathVariable UUID userId){ UserCredentials credentials = userService.findCredentialsByUserId(userId); if(credentials... | UserController { @PreAuthorize("#oauth2.hasAnyScope('server', 'ui')") @RequestMapping(value = "/{userId}", method = RequestMethod.DELETE) @ResponseStatus(value = HttpStatus.OK) @ResponseBody public ResponseEntity delete(@PathVariable UUID userId){ UserCredentials credentials = userService.findCredentialsByUserId(userId... | UserController { @PreAuthorize("#oauth2.hasAnyScope('server', 'ui')") @RequestMapping(value = "/{userId}", method = RequestMethod.DELETE) @ResponseStatus(value = HttpStatus.OK) @ResponseBody public ResponseEntity delete(@PathVariable UUID userId){ UserCredentials credentials = userService.findCredentialsByUserId(userId... | UserController { @PreAuthorize("#oauth2.hasAnyScope('server', 'ui')") @RequestMapping(value = "/{userId}", method = RequestMethod.DELETE) @ResponseStatus(value = HttpStatus.OK) @ResponseBody public ResponseEntity delete(@PathVariable UUID userId){ UserCredentials credentials = userService.findCredentialsByUserId(userId... | UserController { @PreAuthorize("#oauth2.hasAnyScope('server', 'ui')") @RequestMapping(value = "/{userId}", method = RequestMethod.DELETE) @ResponseStatus(value = HttpStatus.OK) @ResponseBody public ResponseEntity delete(@PathVariable UUID userId){ UserCredentials credentials = userService.findCredentialsByUserId(userId... |
@Test public void testEquals() { Assert.assertTrue(sub1.equals(sub2)); Assert.assertTrue(sub2.equals(sub1)); Assert.assertFalse(sub1.equals(sub3)); Assert.assertFalse(sub3.equals(sub1)); } | @Override public boolean equals(Object obj) { if (this == obj) return true; if (obj == null) return false; if (getClass() != obj.getClass()) return false; ProteinSubstitution other = (ProteinSubstitution) obj; if (location == null) { if (other.location != null) return false; } else if (!location.equals(other.location))... | ProteinSubstitution extends ProteinChange { @Override public boolean equals(Object obj) { if (this == obj) return true; if (obj == null) return false; if (getClass() != obj.getClass()) return false; ProteinSubstitution other = (ProteinSubstitution) obj; if (location == null) { if (other.location != null) return false; ... | ProteinSubstitution extends ProteinChange { @Override public boolean equals(Object obj) { if (this == obj) return true; if (obj == null) return false; if (getClass() != obj.getClass()) return false; ProteinSubstitution other = (ProteinSubstitution) obj; if (location == null) { if (other.location != null) return false; ... | ProteinSubstitution extends ProteinChange { @Override public boolean equals(Object obj) { if (this == obj) return true; if (obj == null) return false; if (getClass() != obj.getClass()) return false; ProteinSubstitution other = (ProteinSubstitution) obj; if (location == null) { if (other.location != null) return false; ... | ProteinSubstitution extends ProteinChange { @Override public boolean equals(Object obj) { if (this == obj) return true; if (obj == null) return false; if (getClass() != obj.getClass()) return false; ProteinSubstitution other = (ProteinSubstitution) obj; if (location == null) { if (other.location != null) return false; ... |
@Test public void testIntergenicOma1() { final SVCopyNumberVariant svCNV = new SVCopyNumberVariant( new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 59017449), new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 59017899), 0, 0, 0, 0 ); final SVAnnotation anno = new SVCopyNumberVariantA... | @Override public SVAnnotation build() { final GenomeInterval changeInterval = svCNV.getGenomeInterval(); if (changeInterval.overlapsWith(transcript.getTXRegion())) { return new SVAnnotation(svCNV, transcript, buildEffectSet(Sets.immutableEnumSet( VariantEffect.COPY_NUMBER_CHANGE, VariantEffect.STRUCTURAL_VARIANT ))); }... | SVCopyNumberVariantAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final GenomeInterval changeInterval = svCNV.getGenomeInterval(); if (changeInterval.overlapsWith(transcript.getTXRegion())) { return new SVAnnotation(svCNV, transcript, buildEffectSet(Sets.immutableEnumSet( Varian... | SVCopyNumberVariantAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final GenomeInterval changeInterval = svCNV.getGenomeInterval(); if (changeInterval.overlapsWith(transcript.getTXRegion())) { return new SVAnnotation(svCNV, transcript, buildEffectSet(Sets.immutableEnumSet( Varian... | SVCopyNumberVariantAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final GenomeInterval changeInterval = svCNV.getGenomeInterval(); if (changeInterval.overlapsWith(transcript.getTXRegion())) { return new SVAnnotation(svCNV, transcript, buildEffectSet(Sets.immutableEnumSet( Varian... | SVCopyNumberVariantAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final GenomeInterval changeInterval = svCNV.getGenomeInterval(); if (changeInterval.overlapsWith(transcript.getTXRegion())) { return new SVAnnotation(svCNV, transcript, buildEffectSet(Sets.immutableEnumSet( Varian... |
@Test public void testTranscriptAblationOma1() { final SVMobileElementDeletion svMEDel = new SVMobileElementDeletion( new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 58929877), new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 59028960), 0, 0, 0, 0 ); final SVAnnotation anno = new SV... | @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffect.DOWNSTREAM_GENE_VARIANT) && !effects.contains(VariantEffect.UPSTREAM... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... |
@Test public void testExonLossOma1() { final SVMobileElementDeletion svMEDel = new SVMobileElementDeletion( new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 58968128), new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 58994820), 0, 0, 0, 0 ); final SVAnnotation anno = new SVMobileElem... | @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffect.DOWNSTREAM_GENE_VARIANT) && !effects.contains(VariantEffect.UPSTREAM... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... |
@Test public void testExonOverlapStartLostOma1() { final SVMobileElementDeletion svMEDel = new SVMobileElementDeletion( new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 59004875), new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 59005052), 0, 0, 0, 0 ); final SVAnnotation anno = new ... | @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffect.DOWNSTREAM_GENE_VARIANT) && !effects.contains(VariantEffect.UPSTREAM... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... |
@Test public void testExonOverlapStopLostOma1() { final SVMobileElementDeletion svMEDel = new SVMobileElementDeletion( new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 58946590), new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 58946671), 0, 0, 0, 0 ); final SVAnnotation anno = new S... | @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffect.DOWNSTREAM_GENE_VARIANT) && !effects.contains(VariantEffect.UPSTREAM... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... |
@Test public void testExonOverlapFrameshiftOma1() { final SVMobileElementDeletion svMEDel = new SVMobileElementDeletion( new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 58946844), new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 58946946), 0, 0, 0, 0 ); final SVAnnotation anno = new... | @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffect.DOWNSTREAM_GENE_VARIANT) && !effects.contains(VariantEffect.UPSTREAM... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... |
@Test public void testExonOverlapNoFrameshiftOma1() { final SVMobileElementDeletion svMEDel = new SVMobileElementDeletion( new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 58946843), new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 58946946), 0, 0, 0, 0 ); final SVAnnotation anno = n... | @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffect.DOWNSTREAM_GENE_VARIANT) && !effects.contains(VariantEffect.UPSTREAM... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... |
@Test public void testIntronicOma1() { final SVMobileElementDeletion svMEDel = new SVMobileElementDeletion( new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 58957157), new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 58963900), 0, 0, 0, 0 ); final SVAnnotation anno = new SVMobileElem... | @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffect.DOWNSTREAM_GENE_VARIANT) && !effects.contains(VariantEffect.UPSTREAM... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... |
@Test public void testUpstreamOma1() { final SVMobileElementDeletion svMEDel = new SVMobileElementDeletion( new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 59012449), new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 59012899), 0, 0, 0, 0 ); final SVAnnotation anno = new SVMobileElem... | @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffect.DOWNSTREAM_GENE_VARIANT) && !effects.contains(VariantEffect.UPSTREAM... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... |
@Test public void testDownstreamOma1() { final SVMobileElementDeletion svMEDel = new SVMobileElementDeletion( new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 58942733), new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 58946074), 0, 0, 0, 0 ); final SVAnnotation anno = new SVMobileEl... | @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffect.DOWNSTREAM_GENE_VARIANT) && !effects.contains(VariantEffect.UPSTREAM... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... |
@Test public void testBuildNoTerExtension() { Assert.assertEquals(noTerExtension, ProteinExtension.buildWithoutTerminal(false, position, "T")); } | public static ProteinExtension buildWithoutTerminal(boolean onlyPredicted, String wtAA, int pos, String targetAA) { return new ProteinExtension(onlyPredicted, ProteinPointLocation.build(wtAA, pos), targetAA, LEN_NO_TER); } | ProteinExtension extends ProteinChange { public static ProteinExtension buildWithoutTerminal(boolean onlyPredicted, String wtAA, int pos, String targetAA) { return new ProteinExtension(onlyPredicted, ProteinPointLocation.build(wtAA, pos), targetAA, LEN_NO_TER); } } | ProteinExtension extends ProteinChange { public static ProteinExtension buildWithoutTerminal(boolean onlyPredicted, String wtAA, int pos, String targetAA) { return new ProteinExtension(onlyPredicted, ProteinPointLocation.build(wtAA, pos), targetAA, LEN_NO_TER); } ProteinExtension(boolean onlyPredicted, ProteinPointLoca... | ProteinExtension extends ProteinChange { public static ProteinExtension buildWithoutTerminal(boolean onlyPredicted, String wtAA, int pos, String targetAA) { return new ProteinExtension(onlyPredicted, ProteinPointLocation.build(wtAA, pos), targetAA, LEN_NO_TER); } ProteinExtension(boolean onlyPredicted, ProteinPointLoca... | ProteinExtension extends ProteinChange { public static ProteinExtension buildWithoutTerminal(boolean onlyPredicted, String wtAA, int pos, String targetAA) { return new ProteinExtension(onlyPredicted, ProteinPointLocation.build(wtAA, pos), targetAA, LEN_NO_TER); } ProteinExtension(boolean onlyPredicted, ProteinPointLoca... |
@Test public void testIntergenicOma1() { final SVMobileElementDeletion svMEDel = new SVMobileElementDeletion( new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 59017449), new GenomePosition(jvData.getRefDict(), Strand.FWD, oma1.getChr(), 59017899), 0, 0, 0, 0 ); final SVAnnotation anno = new SVMobileEl... | @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffect.DOWNSTREAM_GENE_VARIANT) && !effects.contains(VariantEffect.UPSTREAM... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... | SVMobileElementDeletionAnnotationBuilder extends SVAnnotationBuilder { @Override public SVAnnotation build() { final SVAnnotation result = builder.build(); final EnumSet<VariantEffect> effects = EnumSet.copyOf(result.getEffects()); if (!effects.contains(VariantEffect.INTERGENIC_VARIANT) && !effects.contains(VariantEffe... |
@Test public void testSVInsertionOnTranscript() throws InvalidGenomeVariant { final GenomeVariant change = new GenomeVariant(new GenomePosition(refDict, Strand.FWD, 1, 6640062, PositionType.ZERO_BASED), "", "CGAT"); final Annotation anno = new StructuralVariantAnnotationBuilder(infoForward, change).build(); Assert.asse... | public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') altRC.setCharAt(i, 'A'); else if (alt... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... |
@Test public void testSVInsertionIntergenic() throws InvalidGenomeVariant { final GenomeVariant change = new GenomeVariant(new GenomePosition(refDict, Strand.FWD, 1, 6640062, PositionType.ZERO_BASED), "", "CGAT"); final Annotation anno = new StructuralVariantAnnotationBuilder(null, change).build(); Assert.assertEquals(... | public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') altRC.setCharAt(i, 'A'); else if (alt... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... |
@Test public void testSVDeletionOnTranscript() throws InvalidGenomeVariant { final GenomeVariant change = new GenomeVariant(new GenomePosition(refDict, Strand.FWD, 1, 6640062, PositionType.ZERO_BASED), "", "CGAT"); final Annotation anno = new StructuralVariantAnnotationBuilder(infoForward, change).build(); Assert.asser... | public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') altRC.setCharAt(i, 'A'); else if (alt... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... |
@Test public void testSVDeletionIntergenic() throws InvalidGenomeVariant { final GenomeVariant change = new GenomeVariant(new GenomePosition(refDict, Strand.FWD, 1, 6640062, PositionType.ZERO_BASED), "CGAT", ""); final Annotation anno = new StructuralVariantAnnotationBuilder(null, change).build(); Assert.assertEquals(n... | public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') altRC.setCharAt(i, 'A'); else if (alt... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... |
@Test public void testSVInversionOnTranscript() throws InvalidGenomeVariant { final GenomeVariant change = new GenomeVariant(new GenomePosition(refDict, Strand.FWD, 1, 6640062, PositionType.ZERO_BASED), "CGAT", "ATCG"); final Annotation anno = new StructuralVariantAnnotationBuilder(infoForward, change).build(); Assert.... | public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') altRC.setCharAt(i, 'A'); else if (alt... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... |
@Test public void testSVInversionIntergenic() throws InvalidGenomeVariant { final GenomeVariant change = new GenomeVariant(new GenomePosition(refDict, Strand.FWD, 1, 6640062, PositionType.ZERO_BASED), "CGAT", "ATCG"); final Annotation anno = new StructuralVariantAnnotationBuilder(null, change).build(); Assert.assertEqu... | public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') altRC.setCharAt(i, 'A'); else if (alt... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... |
@Test public void testSVSubstitutionOnTranscript() throws InvalidGenomeVariant { final GenomeVariant change = new GenomeVariant(new GenomePosition(refDict, Strand.FWD, 1, 6640062, PositionType.ZERO_BASED), "CGAT", "TTTTA"); final Annotation anno = new StructuralVariantAnnotationBuilder(infoForward, change).build(); Ass... | public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') altRC.setCharAt(i, 'A'); else if (alt... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... | StructuralVariantAnnotationBuilder { public Annotation build() { final String ref = change.getRef(); final String alt = change.getAlt(); StringBuilder altRC = new StringBuilder(alt).reverse(); for (int i = 0; i < altRC.length(); ++i) if (altRC.charAt(i) == 'A') altRC.setCharAt(i, 'T'); else if (altRC.charAt(i) == 'T') ... |
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