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 |
|---|---|---|---|---|---|
@Test public void testInsert() { String sql = "INSERT INTO test VALUES(10, abc, 10.0)"; Statement statement = parser.createStatement(sql); System.out.println(statement.toString()); } | public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } |
@Test public void testClient() { String host = "10.77.40.31"; int port = 11013; String[] args = {host, port + ""}; PardClient.main(args); } | public static void main(String[] args) { if (args.length != 2) { System.out.println("PardClient <host> <port>"); System.exit(-1); } String host = args[0]; int port = Integer.parseInt(args[1]); System.out.println("Connecting to " + host + ":" + port); try { PardClient client = new PardClient(host, port); client.run(); }... | PardClient { public static void main(String[] args) { if (args.length != 2) { System.out.println("PardClient <host> <port>"); System.exit(-1); } String host = args[0]; int port = Integer.parseInt(args[1]); System.out.println("Connecting to " + host + ":" + port); try { PardClient client = new PardClient(host, port); cl... | PardClient { public static void main(String[] args) { if (args.length != 2) { System.out.println("PardClient <host> <port>"); System.exit(-1); } String host = args[0]; int port = Integer.parseInt(args[1]); System.out.println("Connecting to " + host + ":" + port); try { PardClient client = new PardClient(host, port); cl... | PardClient { public static void main(String[] args) { if (args.length != 2) { System.out.println("PardClient <host> <port>"); System.exit(-1); } String host = args[0]; int port = Integer.parseInt(args[1]); System.out.println("Connecting to " + host + ":" + port); try { PardClient client = new PardClient(host, port); cl... | PardClient { public static void main(String[] args) { if (args.length != 2) { System.out.println("PardClient <host> <port>"); System.exit(-1); } String host = args[0]; int port = Integer.parseInt(args[1]); System.out.println("Connecting to " + host + ":" + port); try { PardClient client = new PardClient(host, port); cl... |
@Test public void semanticAnalysis() { SqlParser parser = new SqlParser(); String str = "load \"/home/hagen/下载/eval_db/customer1.tsv\" into pardtest.customer"; Statement stmt = parser.createStatement(str); LoadPlan plan = new LoadPlan(stmt); } | @Override public ErrorMessage semanticAnalysis() { this.distributionHints = new HashMap<>(); boolean checkSchema = false; Load load = (Load) getStatment(); Schema schema = null; Table table = null; this.path = load.getPath().toString().replaceAll("\"|'", ""); this.tableName = load.getTable().getSuffix(); File file = ne... | LoadPlan extends Plan { @Override public ErrorMessage semanticAnalysis() { this.distributionHints = new HashMap<>(); boolean checkSchema = false; Load load = (Load) getStatment(); Schema schema = null; Table table = null; this.path = load.getPath().toString().replaceAll("\"|'", ""); this.tableName = load.getTable().get... | LoadPlan extends Plan { @Override public ErrorMessage semanticAnalysis() { this.distributionHints = new HashMap<>(); boolean checkSchema = false; Load load = (Load) getStatment(); Schema schema = null; Table table = null; this.path = load.getPath().toString().replaceAll("\"|'", ""); this.tableName = load.getTable().get... | LoadPlan extends Plan { @Override public ErrorMessage semanticAnalysis() { this.distributionHints = new HashMap<>(); boolean checkSchema = false; Load load = (Load) getStatment(); Schema schema = null; Table table = null; this.path = load.getPath().toString().replaceAll("\"|'", ""); this.tableName = load.getTable().get... | LoadPlan extends Plan { @Override public ErrorMessage semanticAnalysis() { this.distributionHints = new HashMap<>(); boolean checkSchema = false; Load load = (Load) getStatment(); Schema schema = null; Table table = null; this.path = load.getPath().toString().replaceAll("\"|'", ""); this.tableName = load.getTable().get... |
@Test public void analysis() { String sql = "SELECT * FROM test0"; Statement statement = parser.createStatement(sql); if (statement instanceof Query) { Query q = (Query) statement; System.out.println("it is a query"); System.out.println(q.toString()); List<? extends Node> children = q.getChildren(); System.out.println(... | public Plan analysis(Statement stmt) { return null; } | SemanticAnalysis { public Plan analysis(Statement stmt) { return null; } } | SemanticAnalysis { public Plan analysis(Statement stmt) { return null; } } | SemanticAnalysis { public Plan analysis(Statement stmt) { return null; } Plan analysis(Statement stmt); } | SemanticAnalysis { public Plan analysis(Statement stmt) { return null; } Plan analysis(Statement stmt); } |
@Test public void executeQuery() { UsePlan.setCurrentSchema("booktest"); String sql = "select customer_id,quantity from orders where quantity<8"; Statement stmt = parser.createStatement(sql); PardPlanner planner = new PardPlanner(); Plan plan = planner.plan(stmt); plan.setJobId("customer_k"); QueryPlan qPlan = (QueryPl... | public PardResultSet executeQuery(String sql) { logger.info("Accepted query: " + sql); long timerStart = System.currentTimeMillis(); Job job = jobScheduler.newJob(); if (job == null) { logger.log(Level.WARNING, "Cannot create job for sql: " + sql); return new PardResultSet(PardResultSet.ResultStatus.BEGIN_ERR); } job.s... | PardQueryHandler extends Thread { public PardResultSet executeQuery(String sql) { logger.info("Accepted query: " + sql); long timerStart = System.currentTimeMillis(); Job job = jobScheduler.newJob(); if (job == null) { logger.log(Level.WARNING, "Cannot create job for sql: " + sql); return new PardResultSet(PardResultSe... | PardQueryHandler extends Thread { public PardResultSet executeQuery(String sql) { logger.info("Accepted query: " + sql); long timerStart = System.currentTimeMillis(); Job job = jobScheduler.newJob(); if (job == null) { logger.log(Level.WARNING, "Cannot create job for sql: " + sql); return new PardResultSet(PardResultSe... | PardQueryHandler extends Thread { public PardResultSet executeQuery(String sql) { logger.info("Accepted query: " + sql); long timerStart = System.currentTimeMillis(); Job job = jobScheduler.newJob(); if (job == null) { logger.log(Level.WARNING, "Cannot create job for sql: " + sql); return new PardResultSet(PardResultSe... | PardQueryHandler extends Thread { public PardResultSet executeQuery(String sql) { logger.info("Accepted query: " + sql); long timerStart = System.currentTimeMillis(); Job job = jobScheduler.newJob(); if (job == null) { logger.log(Level.WARNING, "Cannot create job for sql: " + sql); return new PardResultSet(PardResultSe... |
@Test public void testGeneralReplace() { SqlParser parser = new SqlParser(); String expr = "a.id>'E100' and a.age<18"; Expression expression = parser.createExpression(expr); RowConstructor constructor = new RowConstructor(); constructor.appendString("'E101'"); constructor.appendString("'Geroge'"); constructor.appendStr... | public static Expr generalReplace(Expr e1, Item from, Item to) { Expr e = Expr.clone(e1); if (e instanceof SingleExpr) { SingleExpr se = (SingleExpr) e; Item lv = se.getLvalue(); Item rv = se.getRvalue(); if (lv.equals(from)) { lv = Item.clone(to); } if (rv.equals(from)) { rv = Item.clone(to); } return new SingleExpr(l... | Expr implements Serializable { public static Expr generalReplace(Expr e1, Item from, Item to) { Expr e = Expr.clone(e1); if (e instanceof SingleExpr) { SingleExpr se = (SingleExpr) e; Item lv = se.getLvalue(); Item rv = se.getRvalue(); if (lv.equals(from)) { lv = Item.clone(to); } if (rv.equals(from)) { rv = Item.clone... | Expr implements Serializable { public static Expr generalReplace(Expr e1, Item from, Item to) { Expr e = Expr.clone(e1); if (e instanceof SingleExpr) { SingleExpr se = (SingleExpr) e; Item lv = se.getLvalue(); Item rv = se.getRvalue(); if (lv.equals(from)) { lv = Item.clone(to); } if (rv.equals(from)) { rv = Item.clone... | Expr implements Serializable { public static Expr generalReplace(Expr e1, Item from, Item to) { Expr e = Expr.clone(e1); if (e instanceof SingleExpr) { SingleExpr se = (SingleExpr) e; Item lv = se.getLvalue(); Item rv = se.getRvalue(); if (lv.equals(from)) { lv = Item.clone(to); } if (rv.equals(from)) { rv = Item.clone... | Expr implements Serializable { public static Expr generalReplace(Expr e1, Item from, Item to) { Expr e = Expr.clone(e1); if (e instanceof SingleExpr) { SingleExpr se = (SingleExpr) e; Item lv = se.getLvalue(); Item rv = se.getRvalue(); if (lv.equals(from)) { lv = Item.clone(to); } if (rv.equals(from)) { rv = Item.clone... |
@Test public void testCreateSchema() { String sql = "CREATE SCHEMA IF NOT EXISTS test"; Statement statement = parser.createStatement(sql); CreateSchema expected = new CreateSchema(QualifiedName.of("test"), true); System.out.println(statement.toString()); assertEquals(statement.toString(), expected.toString()); } | public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } |
@Test public void testDropSchema() { String sql = "Drop SCHEMA IF EXISTS test"; Statement statement = parser.createStatement(sql); System.out.println(statement.toString()); } | public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } |
@Test public void testUse() { String sql = "use schema"; Statement statement = parser.createStatement(sql); System.out.println(statement.toString()); } | public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } |
@Test public void testCreateTableVP() { String sql = "CREATE TABLE orders_range\n" + "(id INT PRIMARY KEY, name VARCHAR(30)) ON node1,\n" + "(id INT PRIMARY KEY, order_date DATE)"; Statement statement = parser.createStatement(sql); System.out.println(statement.toString()); } | public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } |
@Test public void testCreateTableHPHash() { String sql = "CREATE TABLE orders_range\n" + "(\n" + "id INT PRIMARY KEY,\n" + "name VARCHAR(30),\n" + "order_date DATE\n" + ") PARTITION BY HASH(id) PARTITIONS 4"; Statement statement = parser.createStatement(sql); CreateTable ctstmt = (CreateTable) statement; QualifiedName ... | public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } |
@Test public void testCreateTableHPList() { String sql = "CREATE TABLE orders_range\n" + "(\n" + "id INT PRIMARY KEY,\n" + "name VARCHAR(30),\n" + "order_date DATE\n" + ") PARTITION BY LIST\n" + "(\n" + "p0 id IN (1, 2, 3) AND name IN ('alice', 'bob') ON node0,\n" + "p1 id IN (4, 5) ON node1,\n" + "p2 id IN (8, 9, 10)\... | public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } |
@Test public void testCreateTableHPRange() { String sql = "CREATE TABLE orders_range\n" + "(\n" + "id INT PRIMARY KEY,\n" + "name VARCHAR(30),\n" + "order_date DATE\n" + ") PARTITION BY RANGE\n" + "(\n" + "p0 id < 5 AND order_date >= '2017-01-01' ON node0,\n" + "p1 id < 10 ON node1,\n" + "p2 id < 15 ON node2,\n" + "p3 ... | public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } |
@Test public void testSelectSimple() { String sql = "SELECT * FROM test WHERE id > 10 GROUP BY name ORDER BY order_date LIMIT 10"; Statement statement = parser.createStatement(sql); System.out.println(statement.toString()); } | public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } | SqlParser { public Statement createStatement(String sql) { return (Statement) invokeParser("statement", sql, PardSqlBaseParser::singleStatement); } Statement createStatement(String sql); Expression createExpression(String expression); } |
@Test public void testPersistParser() { SAXReader reader = new SAXReader(); URL url = this.getClass().getResource("/persist_definition.xml"); Document document = null; try { document = reader.read(url); } catch (DocumentException e) { e.printStackTrace(); } String definitionContent = document.asXML(); DefinitionHelper.... | @Override public Definition parse(String processName, int processVersion) { DefinitionDO definitionDO; if (processVersion == 0) { DefinitionDOExample definitionDOExample = new DefinitionDOExample(); definitionDOExample.createCriteria().andDefinitionNameEqualTo(processName) .andOwnSignEqualTo(CoreModule.getInstance().ge... | PersistParser extends Parser { @Override public Definition parse(String processName, int processVersion) { DefinitionDO definitionDO; if (processVersion == 0) { DefinitionDOExample definitionDOExample = new DefinitionDOExample(); definitionDOExample.createCriteria().andDefinitionNameEqualTo(processName) .andOwnSignEqua... | PersistParser extends Parser { @Override public Definition parse(String processName, int processVersion) { DefinitionDO definitionDO; if (processVersion == 0) { DefinitionDOExample definitionDOExample = new DefinitionDOExample(); definitionDOExample.createCriteria().andDefinitionNameEqualTo(processName) .andOwnSignEqua... | PersistParser extends Parser { @Override public Definition parse(String processName, int processVersion) { DefinitionDO definitionDO; if (processVersion == 0) { DefinitionDOExample definitionDOExample = new DefinitionDOExample(); definitionDOExample.createCriteria().andDefinitionNameEqualTo(processName) .andOwnSignEqua... | PersistParser extends Parser { @Override public Definition parse(String processName, int processVersion) { DefinitionDO definitionDO; if (processVersion == 0) { DefinitionDOExample definitionDOExample = new DefinitionDOExample(); definitionDOExample.createCriteria().andDefinitionNameEqualTo(processName) .andOwnSignEqua... |
@Test public void testMachineRunPerf() throws InterruptedException { final int count = 500; int threadCount = 5; long startTime = System.currentTimeMillis(); Thread[] threadList = new Thread[threadCount]; for (int i = 0; i < threadCount; i++) { threadList[i] = new Thread("perf-thread-" + i) { @Override public void run(... | public String getBizId() { return bizId; } | PersistMachine extends Machine { public String getBizId() { return bizId; } } | PersistMachine extends Machine { public String getBizId() { return bizId; } protected PersistMachine(String bizId, String processName, int processVersion, ProcessDO processDO,
ProcessDOMapper processDOMapper
, StateDOMapper stateDOMapper
, PersistHelper persistHelper
... | PersistMachine extends Machine { public String getBizId() { return bizId; } protected PersistMachine(String bizId, String processName, int processVersion, ProcessDO processDO,
ProcessDOMapper processDOMapper
, StateDOMapper stateDOMapper
, PersistHelper persistHelper
... | PersistMachine extends Machine { public String getBizId() { return bizId; } protected PersistMachine(String bizId, String processName, int processVersion, ProcessDO processDO,
ProcessDOMapper processDOMapper
, StateDOMapper stateDOMapper
, PersistHelper persistHelper
... |
@Test public void PersistMachineTest_run_not_DB() { String bizId = getBizId(); PersistMachine p = persistMachineFactory.newInstance(bizId, "process"); p.addContext("goto", 2); p.addContext("i", 3); p.run(); } | public String getBizId() { return bizId; } | PersistMachine extends Machine { public String getBizId() { return bizId; } } | PersistMachine extends Machine { public String getBizId() { return bizId; } protected PersistMachine(String bizId, String processName, int processVersion, ProcessDO processDO,
ProcessDOMapper processDOMapper
, StateDOMapper stateDOMapper
, PersistHelper persistHelper
... | PersistMachine extends Machine { public String getBizId() { return bizId; } protected PersistMachine(String bizId, String processName, int processVersion, ProcessDO processDO,
ProcessDOMapper processDOMapper
, StateDOMapper stateDOMapper
, PersistHelper persistHelper
... | PersistMachine extends Machine { public String getBizId() { return bizId; } protected PersistMachine(String bizId, String processName, int processVersion, ProcessDO processDO,
ProcessDOMapper processDOMapper
, StateDOMapper stateDOMapper
, PersistHelper persistHelper
... |
@Test public void testMachineRunWithException() { PersistMachine p = persistMachineFactory.newInstance(getBizId(), "process_with_biz_exception"); p.addContext("goto", 2); p.addContext("_i", 1); try { p.run(); Assert.fail("Should get exception here!"); } catch (Exception e) { System.out.println("get a exception:" + e.ge... | public String getBizId() { return bizId; } | PersistMachine extends Machine { public String getBizId() { return bizId; } } | PersistMachine extends Machine { public String getBizId() { return bizId; } protected PersistMachine(String bizId, String processName, int processVersion, ProcessDO processDO,
ProcessDOMapper processDOMapper
, StateDOMapper stateDOMapper
, PersistHelper persistHelper
... | PersistMachine extends Machine { public String getBizId() { return bizId; } protected PersistMachine(String bizId, String processName, int processVersion, ProcessDO processDO,
ProcessDOMapper processDOMapper
, StateDOMapper stateDOMapper
, PersistHelper persistHelper
... | PersistMachine extends Machine { public String getBizId() { return bizId; } protected PersistMachine(String bizId, String processName, int processVersion, ProcessDO processDO,
ProcessDOMapper processDOMapper
, StateDOMapper stateDOMapper
, PersistHelper persistHelper
... |
@Test public void testMachineRunWithEvent() { PersistMachine p = persistMachineFactory.newInstance(getBizId(), "process_with_event_p"); p.run(); System.out.println(p.getCurrentStateName()); Assert.assertEquals("some info", p.getContext("_info")); PersistMachine p2 = persistMachineFactory.newInstance(p.getBizId()); p2.a... | public String getBizId() { return bizId; } | PersistMachine extends Machine { public String getBizId() { return bizId; } } | PersistMachine extends Machine { public String getBizId() { return bizId; } protected PersistMachine(String bizId, String processName, int processVersion, ProcessDO processDO,
ProcessDOMapper processDOMapper
, StateDOMapper stateDOMapper
, PersistHelper persistHelper
... | PersistMachine extends Machine { public String getBizId() { return bizId; } protected PersistMachine(String bizId, String processName, int processVersion, ProcessDO processDO,
ProcessDOMapper processDOMapper
, StateDOMapper stateDOMapper
, PersistHelper persistHelper
... | PersistMachine extends Machine { public String getBizId() { return bizId; } protected PersistMachine(String bizId, String processName, int processVersion, ProcessDO processDO,
ProcessDOMapper processDOMapper
, StateDOMapper stateDOMapper
, PersistHelper persistHelper
... |
@Test public void testWillGo() { State state = new State(); String xml = "<state name=\"state\">\n" + " <paths>\n" + " <path to=\"1\" expr=\"i==1\"/>\n" + " <path to=\"2\" expr=\"i==2\"/>\n" + " </paths>\n" + " </state>"; Document document = null; try { document = DocumentHelper.parseText(xml); } catch (DocumentExcepti... | @Override public StateLike parse(Element elem) { super.parse(elem); if (elem.attributeValue(REPEATLIST_TAG) != null) { repeatList = elem.attributeValue(REPEATLIST_TAG); } if (elem.attributeValue(IGNOREWEEKEND_TAG) != null) { ignoreWeekend = Boolean.valueOf(elem.attributeValue(IGNOREWEEKEND_TAG)); } List<Element> invoke... | State extends RunnableState { @Override public StateLike parse(Element elem) { super.parse(elem); if (elem.attributeValue(REPEATLIST_TAG) != null) { repeatList = elem.attributeValue(REPEATLIST_TAG); } if (elem.attributeValue(IGNOREWEEKEND_TAG) != null) { ignoreWeekend = Boolean.valueOf(elem.attributeValue(IGNOREWEEKEND... | State extends RunnableState { @Override public StateLike parse(Element elem) { super.parse(elem); if (elem.attributeValue(REPEATLIST_TAG) != null) { repeatList = elem.attributeValue(REPEATLIST_TAG); } if (elem.attributeValue(IGNOREWEEKEND_TAG) != null) { ignoreWeekend = Boolean.valueOf(elem.attributeValue(IGNOREWEEKEND... | State extends RunnableState { @Override public StateLike parse(Element elem) { super.parse(elem); if (elem.attributeValue(REPEATLIST_TAG) != null) { repeatList = elem.attributeValue(REPEATLIST_TAG); } if (elem.attributeValue(IGNOREWEEKEND_TAG) != null) { ignoreWeekend = Boolean.valueOf(elem.attributeValue(IGNOREWEEKEND... | State extends RunnableState { @Override public StateLike parse(Element elem) { super.parse(elem); if (elem.attributeValue(REPEATLIST_TAG) != null) { repeatList = elem.attributeValue(REPEATLIST_TAG); } if (elem.attributeValue(IGNOREWEEKEND_TAG) != null) { ignoreWeekend = Boolean.valueOf(elem.attributeValue(IGNOREWEEKEND... |
@Test public void testCan() { Path path = new Path("to", "true"); try { Assert.assertTrue(path.can(null)); } catch (CoreModuleException e) { e.printStackTrace(); } Path path1 = new Path("to", "param == 1"); Map m = new HashMap(); m.put("param", 1); try { Assert.assertTrue(path1.can(m)); } catch (CoreModuleException e) ... | @Override public boolean can(Map<String, Object> vars) throws CoreModuleException { if (StringUtils.isBlank(expr)) { return true; } else { try { return MvelUtils.evalToBoolean(expr, vars); } catch (Exception e) { throw new CoreModuleException("未传入context中相应的表达式(expr)!\n" + e.getMessage(), e); } } } | Path implements PathLike { @Override public boolean can(Map<String, Object> vars) throws CoreModuleException { if (StringUtils.isBlank(expr)) { return true; } else { try { return MvelUtils.evalToBoolean(expr, vars); } catch (Exception e) { throw new CoreModuleException("未传入context中相应的表达式(expr)!\n" + e.getMessage(), e);... | Path implements PathLike { @Override public boolean can(Map<String, Object> vars) throws CoreModuleException { if (StringUtils.isBlank(expr)) { return true; } else { try { return MvelUtils.evalToBoolean(expr, vars); } catch (Exception e) { throw new CoreModuleException("未传入context中相应的表达式(expr)!\n" + e.getMessage(), e);... | Path implements PathLike { @Override public boolean can(Map<String, Object> vars) throws CoreModuleException { if (StringUtils.isBlank(expr)) { return true; } else { try { return MvelUtils.evalToBoolean(expr, vars); } catch (Exception e) { throw new CoreModuleException("未传入context中相应的表达式(expr)!\n" + e.getMessage(), e);... | Path implements PathLike { @Override public boolean can(Map<String, Object> vars) throws CoreModuleException { if (StringUtils.isBlank(expr)) { return true; } else { try { return MvelUtils.evalToBoolean(expr, vars); } catch (Exception e) { throw new CoreModuleException("未传入context中相应的表达式(expr)!\n" + e.getMessage(), e);... |
@Test public void testGetXML() { System.out.println(parser.getXML("process", 0)); } | public Document getXML(String processName, @SuppressWarnings("UnusedParameters") int processVersion) { SAXReader reader = new SAXReader(); URL url = this.getClass().getResource("/" + processName.replaceAll("\\.", "/") + ".xml"); Document document; try { document = reader.read(url); } catch (Exception e) { logger.error(... | Parser implements BaseParser { public Document getXML(String processName, @SuppressWarnings("UnusedParameters") int processVersion) { SAXReader reader = new SAXReader(); URL url = this.getClass().getResource("/" + processName.replaceAll("\\.", "/") + ".xml"); Document document; try { document = reader.read(url); } catc... | Parser implements BaseParser { public Document getXML(String processName, @SuppressWarnings("UnusedParameters") int processVersion) { SAXReader reader = new SAXReader(); URL url = this.getClass().getResource("/" + processName.replaceAll("\\.", "/") + ".xml"); Document document; try { document = reader.read(url); } catc... | Parser implements BaseParser { public Document getXML(String processName, @SuppressWarnings("UnusedParameters") int processVersion) { SAXReader reader = new SAXReader(); URL url = this.getClass().getResource("/" + processName.replaceAll("\\.", "/") + ".xml"); Document document; try { document = reader.read(url); } catc... | Parser implements BaseParser { public Document getXML(String processName, @SuppressWarnings("UnusedParameters") int processVersion) { SAXReader reader = new SAXReader(); URL url = this.getClass().getResource("/" + processName.replaceAll("\\.", "/") + ".xml"); Document document; try { document = reader.read(url); } catc... |
@Test public void testParse() { StateFactory.applyState(Start.class); StateFactory.applyState(State.class); StateFactory.applyState(Event.class); StateFactory.applyState(BizInfo.class); InvokableFactory.applyInvokable(MvelScriptInvokable.class); Definition definition = parser.parse("process", 0); BizInfo bizInfo = defi... | @Override public Definition parse(String processName, int processVersion) { Document processXML = getXML(processName, processVersion); return parser0(processName, 1, processXML, true); } | Parser implements BaseParser { @Override public Definition parse(String processName, int processVersion) { Document processXML = getXML(processName, processVersion); return parser0(processName, 1, processXML, true); } } | Parser implements BaseParser { @Override public Definition parse(String processName, int processVersion) { Document processXML = getXML(processName, processVersion); return parser0(processName, 1, processXML, true); } } | Parser implements BaseParser { @Override public Definition parse(String processName, int processVersion) { Document processXML = getXML(processName, processVersion); return parser0(processName, 1, processXML, true); } @Override boolean needRefresh(String processName, int processVersion, Definition oldDefinition); @Ove... | Parser implements BaseParser { @Override public Definition parse(String processName, int processVersion) { Document processXML = getXML(processName, processVersion); return parser0(processName, 1, processXML, true); } @Override boolean needRefresh(String processName, int processVersion, Definition oldDefinition); @Ove... |
@Test public void checkValueTerseWay() throws Exception { try { checkerWithException.checkValue(0); fail("Expected exception for zero length"); } catch (IllegalArgumentException e) { assertTrue("expected", true); } } | public int checkValue(final int amount) { if (amount == 0) { throw new IllegalArgumentException("value is 0"); } return 0; } | CheckerWithException { public int checkValue(final int amount) { if (amount == 0) { throw new IllegalArgumentException("value is 0"); } return 0; } } | CheckerWithException { public int checkValue(final int amount) { if (amount == 0) { throw new IllegalArgumentException("value is 0"); } return 0; } } | CheckerWithException { public int checkValue(final int amount) { if (amount == 0) { throw new IllegalArgumentException("value is 0"); } return 0; } int checkValue(final int amount); } | CheckerWithException { public int checkValue(final int amount) { if (amount == 0) { throw new IllegalArgumentException("value is 0"); } return 0; } int checkValue(final int amount); } |
@Test(expected = IllegalArgumentException.class) public void checkValueTerseWay2() throws Exception { checkerWithException.checkValue(0); } | public int checkValue(final int amount) { if (amount == 0) { throw new IllegalArgumentException("value is 0"); } return 0; } | CheckerWithException { public int checkValue(final int amount) { if (amount == 0) { throw new IllegalArgumentException("value is 0"); } return 0; } } | CheckerWithException { public int checkValue(final int amount) { if (amount == 0) { throw new IllegalArgumentException("value is 0"); } return 0; } } | CheckerWithException { public int checkValue(final int amount) { if (amount == 0) { throw new IllegalArgumentException("value is 0"); } return 0; } int checkValue(final int amount); } | CheckerWithException { public int checkValue(final int amount) { if (amount == 0) { throw new IllegalArgumentException("value is 0"); } return 0; } int checkValue(final int amount); } |
@Test public void checkValueBetterWay() throws Exception { assertThrows(IllegalArgumentException.class, () -> checkerWithException.checkValue(0)); } | public int checkValue(final int amount) { if (amount == 0) { throw new IllegalArgumentException("value is 0"); } return 0; } | CheckerWithException { public int checkValue(final int amount) { if (amount == 0) { throw new IllegalArgumentException("value is 0"); } return 0; } } | CheckerWithException { public int checkValue(final int amount) { if (amount == 0) { throw new IllegalArgumentException("value is 0"); } return 0; } } | CheckerWithException { public int checkValue(final int amount) { if (amount == 0) { throw new IllegalArgumentException("value is 0"); } return 0; } int checkValue(final int amount); } | CheckerWithException { public int checkValue(final int amount) { if (amount == 0) { throw new IllegalArgumentException("value is 0"); } return 0; } int checkValue(final int amount); } |
@Test public void testBlocksFromLine() throws Exception { String[] lines = { "<INodeSection><lastInodeId>1" + "</lastInodeId><inode><id>2</id><type>FILE</type>" + "<name>fake-file</name>" + "<replication>3</replication><mtime>3</mtime>" + "<atime>4</atime>" + "<perferredBlockSize>5</perferredBlockSize>" + "<permission>... | List<BlockInfo> parseLine(String line) throws IOException { if (line.contains("<inode>")) { transitionTo(State.INODE); } if (line.contains("<type>FILE</type>")) { transitionTo(State.FILE); } List<String> replicationStrings = valuesFromXMLString(line, "replication"); if (!replicationStrings.isEmpty()) { if (replicationS... | XMLParser { List<BlockInfo> parseLine(String line) throws IOException { if (line.contains("<inode>")) { transitionTo(State.INODE); } if (line.contains("<type>FILE</type>")) { transitionTo(State.FILE); } List<String> replicationStrings = valuesFromXMLString(line, "replication"); if (!replicationStrings.isEmpty()) { if (... | XMLParser { List<BlockInfo> parseLine(String line) throws IOException { if (line.contains("<inode>")) { transitionTo(State.INODE); } if (line.contains("<type>FILE</type>")) { transitionTo(State.FILE); } List<String> replicationStrings = valuesFromXMLString(line, "replication"); if (!replicationStrings.isEmpty()) { if (... | XMLParser { List<BlockInfo> parseLine(String line) throws IOException { if (line.contains("<inode>")) { transitionTo(State.INODE); } if (line.contains("<type>FILE</type>")) { transitionTo(State.FILE); } List<String> replicationStrings = valuesFromXMLString(line, "replication"); if (!replicationStrings.isEmpty()) { if (... | XMLParser { List<BlockInfo> parseLine(String line) throws IOException { if (line.contains("<inode>")) { transitionTo(State.INODE); } if (line.contains("<type>FILE</type>")) { transitionTo(State.FILE); } List<String> replicationStrings = valuesFromXMLString(line, "replication"); if (!replicationStrings.isEmpty()) { if (... |
@Test public void testParseStaleDatanodeListSingleDatanode() throws Exception { String json = "{" + "\"1.2.3.4:5\": {" + " \"numBlocks\": 5," + " \"fooString\":\"stringValue\"," + " \"fooInteger\": 1," + " \"fooFloat\": 1.0," + " \"fooArray\": []" + "}" + "}"; Set<String> out = DynoInfraUtils.parseStaleDataNodeList(jso... | static Set<String> parseStaleDataNodeList(String liveNodeJsonString, final int blockThreshold, final Log log) throws IOException { final Set<String> dataNodesToReport = new HashSet<>(); JsonFactory fac = new JsonFactory(); JsonParser parser = fac.createJsonParser(IOUtils.toInputStream(liveNodeJsonString, StandardCharse... | DynoInfraUtils { static Set<String> parseStaleDataNodeList(String liveNodeJsonString, final int blockThreshold, final Log log) throws IOException { final Set<String> dataNodesToReport = new HashSet<>(); JsonFactory fac = new JsonFactory(); JsonParser parser = fac.createJsonParser(IOUtils.toInputStream(liveNodeJsonStrin... | DynoInfraUtils { static Set<String> parseStaleDataNodeList(String liveNodeJsonString, final int blockThreshold, final Log log) throws IOException { final Set<String> dataNodesToReport = new HashSet<>(); JsonFactory fac = new JsonFactory(); JsonParser parser = fac.createJsonParser(IOUtils.toInputStream(liveNodeJsonStrin... | DynoInfraUtils { static Set<String> parseStaleDataNodeList(String liveNodeJsonString, final int blockThreshold, final Log log) throws IOException { final Set<String> dataNodesToReport = new HashSet<>(); JsonFactory fac = new JsonFactory(); JsonParser parser = fac.createJsonParser(IOUtils.toInputStream(liveNodeJsonStrin... | DynoInfraUtils { static Set<String> parseStaleDataNodeList(String liveNodeJsonString, final int blockThreshold, final Log log) throws IOException { final Set<String> dataNodesToReport = new HashSet<>(); JsonFactory fac = new JsonFactory(); JsonParser parser = fac.createJsonParser(IOUtils.toInputStream(liveNodeJsonStrin... |
@Test public void testParseStaleDatanodeListMultipleDatanodes() throws Exception { String json = "{" + "\"1.2.3.4:1\": {\"numBlocks\": 0}, " + "\"1.2.3.4:2\": {\"numBlocks\": 15}, " + "\"1.2.3.4:3\": {\"numBlocks\": 5}, " + "\"1.2.3.4:4\": {\"numBlocks\": 10} " + "}"; Set<String> out = DynoInfraUtils.parseStaleDataNode... | static Set<String> parseStaleDataNodeList(String liveNodeJsonString, final int blockThreshold, final Log log) throws IOException { final Set<String> dataNodesToReport = new HashSet<>(); JsonFactory fac = new JsonFactory(); JsonParser parser = fac.createJsonParser(IOUtils.toInputStream(liveNodeJsonString, StandardCharse... | DynoInfraUtils { static Set<String> parseStaleDataNodeList(String liveNodeJsonString, final int blockThreshold, final Log log) throws IOException { final Set<String> dataNodesToReport = new HashSet<>(); JsonFactory fac = new JsonFactory(); JsonParser parser = fac.createJsonParser(IOUtils.toInputStream(liveNodeJsonStrin... | DynoInfraUtils { static Set<String> parseStaleDataNodeList(String liveNodeJsonString, final int blockThreshold, final Log log) throws IOException { final Set<String> dataNodesToReport = new HashSet<>(); JsonFactory fac = new JsonFactory(); JsonParser parser = fac.createJsonParser(IOUtils.toInputStream(liveNodeJsonStrin... | DynoInfraUtils { static Set<String> parseStaleDataNodeList(String liveNodeJsonString, final int blockThreshold, final Log log) throws IOException { final Set<String> dataNodesToReport = new HashSet<>(); JsonFactory fac = new JsonFactory(); JsonParser parser = fac.createJsonParser(IOUtils.toInputStream(liveNodeJsonStrin... | DynoInfraUtils { static Set<String> parseStaleDataNodeList(String liveNodeJsonString, final int blockThreshold, final Log log) throws IOException { final Set<String> dataNodesToReport = new HashSet<>(); JsonFactory fac = new JsonFactory(); JsonParser parser = fac.createJsonParser(IOUtils.toInputStream(liveNodeJsonStrin... |
@Test public void testSimpleInput() throws Exception { Text in = getAuditString("1970-01-01 00:00:11,000", "fakeUser", "listStatus", "sourcePath", "null"); AuditReplayCommand expected = new AuditReplayCommand(1000, "fakeUser", "listStatus", "sourcePath", "null", "0.0.0.0"); assertEquals(expected, parser.parse(in, IDENT... | @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from audit log line: " + inputLine); } long relativeTimesta... | AuditLogDirectParser implements AuditCommandParser { @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from a... | AuditLogDirectParser implements AuditCommandParser { @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from a... | AuditLogDirectParser implements AuditCommandParser { @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from a... | AuditLogDirectParser implements AuditCommandParser { @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from a... |
@Test public void testInputWithRenameOptions() throws Exception { Text in = getAuditString("1970-01-01 00:00:11,000", "fakeUser", "rename (options=[TO_TRASH])", "sourcePath", "destPath"); AuditReplayCommand expected = new AuditReplayCommand(1000, "fakeUser", "rename (options=[TO_TRASH])", "sourcePath", "destPath", "0.0... | @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from audit log line: " + inputLine); } long relativeTimesta... | AuditLogDirectParser implements AuditCommandParser { @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from a... | AuditLogDirectParser implements AuditCommandParser { @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from a... | AuditLogDirectParser implements AuditCommandParser { @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from a... | AuditLogDirectParser implements AuditCommandParser { @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from a... |
@Test public void testInputWithTokenAuth() throws Exception { Text in = getAuditString("1970-01-01 00:00:11,000", "fakeUser (auth:TOKEN)", "create", "sourcePath", "null"); AuditReplayCommand expected = new AuditReplayCommand(1000, "fakeUser", "create", "sourcePath", "null", "0.0.0.0"); assertEquals(expected, parser.par... | @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from audit log line: " + inputLine); } long relativeTimesta... | AuditLogDirectParser implements AuditCommandParser { @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from a... | AuditLogDirectParser implements AuditCommandParser { @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from a... | AuditLogDirectParser implements AuditCommandParser { @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from a... | AuditLogDirectParser implements AuditCommandParser { @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from a... |
@Test public void testInputWithProxyUser() throws Exception { Text in = getAuditString("1970-01-01 00:00:11,000", "proxyUser (auth:TOKEN) via fakeUser", "create", "sourcePath", "null"); AuditReplayCommand expected = new AuditReplayCommand(1000, "proxyUser", "create", "sourcePath", "null", "0.0.0.0"); assertEquals(expec... | @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from audit log line: " + inputLine); } long relativeTimesta... | AuditLogDirectParser implements AuditCommandParser { @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from a... | AuditLogDirectParser implements AuditCommandParser { @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from a... | AuditLogDirectParser implements AuditCommandParser { @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from a... | AuditLogDirectParser implements AuditCommandParser { @Override public AuditReplayCommand parse(Text inputLine, Function<Long, Long> relativeToAbsolute) throws IOException { Matcher m = MESSAGE_ONLY_PATTERN.matcher(inputLine.toString()); if (!m.find()) { throw new IOException("Unable to find valid message pattern from a... |
@Test public void skipTest() throws InterruptedException { DummyProcessor dp = new DummyProcessor(false); for (int i = 0; i < 10000; i += 5) { Integer res = dp.nextInterruptable(); assertEquals(i, (int) res); dp.skip(4); } } | @Override public long skip(long count) { long skipped = 0; while (skipped < count) { try { if (!ensureBuffer()) { return skipped; } } catch (InterruptedException e) { Thread.currentThread().interrupt(); throw new UncheckedInterruptedException(e); } int toSkip = (int) Math.min(count - skipped, _currentResult._length - _... | ParallelProcessor implements AutoCloseable, BatchIterator<R> { @Override public long skip(long count) { long skipped = 0; while (skipped < count) { try { if (!ensureBuffer()) { return skipped; } } catch (InterruptedException e) { Thread.currentThread().interrupt(); throw new UncheckedInterruptedException(e); } int toSk... | ParallelProcessor implements AutoCloseable, BatchIterator<R> { @Override public long skip(long count) { long skipped = 0; while (skipped < count) { try { if (!ensureBuffer()) { return skipped; } } catch (InterruptedException e) { Thread.currentThread().interrupt(); throw new UncheckedInterruptedException(e); } int toSk... | ParallelProcessor implements AutoCloseable, BatchIterator<R> { @Override public long skip(long count) { long skipped = 0; while (skipped < count) { try { if (!ensureBuffer()) { return skipped; } } catch (InterruptedException e) { Thread.currentThread().interrupt(); throw new UncheckedInterruptedException(e); } int toSk... | ParallelProcessor implements AutoCloseable, BatchIterator<R> { @Override public long skip(long count) { long skipped = 0; while (skipped < count) { try { if (!ensureBuffer()) { return skipped; } } catch (InterruptedException e) { Thread.currentThread().interrupt(); throw new UncheckedInterruptedException(e); } int toSk... |
@Test public void shutdownNowTest() throws InterruptedException, ExecutionException { ExecutorService baseExecutor = Executors.newFixedThreadPool(4); VirtualExecutorService virtualExecutor = new VirtualExecutorService(baseExecutor); for (int i = 0; i < 10; i++) { virtualExecutor.submit(Interrupted.unchecked(() -> { whi... | @Override public List<Runnable> shutdownNow() { synchronized (_pendingLock) { _stage = STAGE_SHUTDOWN_NOW; for (Thread pending : LinkedNode.values(_pendingThreads)) { pending.interrupt(); } return LinkedNode.values(_pendingRunnables); } } | VirtualExecutorService extends AbstractExecutorService { @Override public List<Runnable> shutdownNow() { synchronized (_pendingLock) { _stage = STAGE_SHUTDOWN_NOW; for (Thread pending : LinkedNode.values(_pendingThreads)) { pending.interrupt(); } return LinkedNode.values(_pendingRunnables); } } } | VirtualExecutorService extends AbstractExecutorService { @Override public List<Runnable> shutdownNow() { synchronized (_pendingLock) { _stage = STAGE_SHUTDOWN_NOW; for (Thread pending : LinkedNode.values(_pendingThreads)) { pending.interrupt(); } return LinkedNode.values(_pendingRunnables); } } VirtualExecutorService(E... | VirtualExecutorService extends AbstractExecutorService { @Override public List<Runnable> shutdownNow() { synchronized (_pendingLock) { _stage = STAGE_SHUTDOWN_NOW; for (Thread pending : LinkedNode.values(_pendingThreads)) { pending.interrupt(); } return LinkedNode.values(_pendingRunnables); } } VirtualExecutorService(E... | VirtualExecutorService extends AbstractExecutorService { @Override public List<Runnable> shutdownNow() { synchronized (_pendingLock) { _stage = STAGE_SHUTDOWN_NOW; for (Thread pending : LinkedNode.values(_pendingThreads)) { pending.interrupt(); } return LinkedNode.values(_pendingRunnables); } } VirtualExecutorService(E... |
@Test public void lockingBinaryTree() { LockingBinaryTree lockingBinaryTree = new LockingBinaryTree(0); lockingBinaryTree.left = new LockingBinaryTree(1); lockingBinaryTree.right = new LockingBinaryTree(2); lockingBinaryTree.left.left = new LockingBinaryTree(3); assertFalse(((LockingBinaryTree) lockingBinaryTree.left).... | public LockingBinaryTree(Integer data) { super(data); } | LockingBinaryTree extends BinaryTree<Integer> { public LockingBinaryTree(Integer data) { super(data); } } | LockingBinaryTree extends BinaryTree<Integer> { public LockingBinaryTree(Integer data) { super(data); } LockingBinaryTree(Integer data); } | LockingBinaryTree extends BinaryTree<Integer> { public LockingBinaryTree(Integer data) { super(data); } LockingBinaryTree(Integer data); boolean isLocked(); boolean lock(); void unlock(); } | LockingBinaryTree extends BinaryTree<Integer> { public LockingBinaryTree(Integer data) { super(data); } LockingBinaryTree(Integer data); boolean isLocked(); boolean lock(); void unlock(); } |
@Test public void lruCache() { final int capacity = 8; final Map<Integer, Integer> map = new HashMap<>(); final List<Integer> list = Arrays.asList(1, 2, 3, 4, 5, 6, 7, 8, 9, 10); final LRUCache cache = new LRUCache(capacity); list.forEach(i -> { cache.insert(i, i); }); assertNull(cache.lookup(1)); assertNull(cache.look... | public LRUCache(int capacity) { this.capacity = capacity; map = new HashMap<>(); head = new Node(-1, -1); tail = new Node(-1, -1); head.next = tail; tail.prev = head; } | LRUCache { public LRUCache(int capacity) { this.capacity = capacity; map = new HashMap<>(); head = new Node(-1, -1); tail = new Node(-1, -1); head.next = tail; tail.prev = head; } } | LRUCache { public LRUCache(int capacity) { this.capacity = capacity; map = new HashMap<>(); head = new Node(-1, -1); tail = new Node(-1, -1); head.next = tail; tail.prev = head; } LRUCache(int capacity); } | LRUCache { public LRUCache(int capacity) { this.capacity = capacity; map = new HashMap<>(); head = new Node(-1, -1); tail = new Node(-1, -1); head.next = tail; tail.prev = head; } LRUCache(int capacity); Integer lookup(Integer key); Integer insert(Integer key, Integer value); Integer remove(Integer key); } | LRUCache { public LRUCache(int capacity) { this.capacity = capacity; map = new HashMap<>(); head = new Node(-1, -1); tail = new Node(-1, -1); head.next = tail; tail.prev = head; } LRUCache(int capacity); Integer lookup(Integer key); Integer insert(Integer key, Integer value); Integer remove(Integer key); } |
@Test public void testLengthNorm() { MySimilarity s = new MySimilarity(); assertEquals(0, s.lengthNorm("test", 0), 1e-6); assertEquals(0.289400, s.lengthNorm("test", 10), 1e-6); assertEquals(0.234860, s.lengthNorm("test", 19), 1e-6); assertEquals(0.223606, s.lengthNorm("test", 20), 1e-6); } | @Override public float lengthNorm(String fieldName, int numTerms) { if (numTerms < 20) { if (numTerms <= 0) return 0; return -0.00606f * numTerms + 0.35f; } return (float) (1.0 / Math.sqrt(numTerms)); } | MySimilarity extends DefaultSimilarity { @Override public float lengthNorm(String fieldName, int numTerms) { if (numTerms < 20) { if (numTerms <= 0) return 0; return -0.00606f * numTerms + 0.35f; } return (float) (1.0 / Math.sqrt(numTerms)); } } | MySimilarity extends DefaultSimilarity { @Override public float lengthNorm(String fieldName, int numTerms) { if (numTerms < 20) { if (numTerms <= 0) return 0; return -0.00606f * numTerms + 0.35f; } return (float) (1.0 / Math.sqrt(numTerms)); } } | MySimilarity extends DefaultSimilarity { @Override public float lengthNorm(String fieldName, int numTerms) { if (numTerms < 20) { if (numTerms <= 0) return 0; return -0.00606f * numTerms + 0.35f; } return (float) (1.0 / Math.sqrt(numTerms)); } @Override float lengthNorm(String fieldName, int numTerms); } | MySimilarity extends DefaultSimilarity { @Override public float lengthNorm(String fieldName, int numTerms) { if (numTerms < 20) { if (numTerms <= 0) return 0; return -0.00606f * numTerms + 0.35f; } return (float) (1.0 / Math.sqrt(numTerms)); } @Override float lengthNorm(String fieldName, int numTerms); } |
@Test public void testGetAt() { try { array.getAt(10001, 1); assertTrue( "You failed to throw the exception properly for row out of bounds", false); } catch (ArrayIndexOutOfBoundsException ae) { assertTrue(true); } try { array.getAt(1, 10001); assertTrue( "You failed to throw the exception properly for column out of bo... | @Override public T getAt(int row, int col) throws ArrayIndexOutOfBoundsException { if (row>this.row || col>column){ throw new ArrayIndexOutOfBoundsException(); } else{ IndexNode current = rowLinkedList.head; while (current!=null){ if (row==current.index){ ArrayNode<T> currentNode = current.head; while (currentNode!=nul... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public T getAt(int row, int col) throws ArrayIndexOutOfBoundsException { if (row>this.row || col>column){ throw new ArrayIndexOutOfBoundsException(); } else{ IndexNode current = rowLinkedList.head; while (current!=null){ if (row==current.index){ ArrayNode<T> cu... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public T getAt(int row, int col) throws ArrayIndexOutOfBoundsException { if (row>this.row || col>column){ throw new ArrayIndexOutOfBoundsException(); } else{ IndexNode current = rowLinkedList.head; while (current!=null){ if (row==current.index){ ArrayNode<T> cu... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public T getAt(int row, int col) throws ArrayIndexOutOfBoundsException { if (row>this.row || col>column){ throw new ArrayIndexOutOfBoundsException(); } else{ IndexNode current = rowLinkedList.head; while (current!=null){ if (row==current.index){ ArrayNode<T> cu... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public T getAt(int row, int col) throws ArrayIndexOutOfBoundsException { if (row>this.row || col>column){ throw new ArrayIndexOutOfBoundsException(); } else{ IndexNode current = rowLinkedList.head; while (current!=null){ if (row==current.index){ ArrayNode<T> cu... |
@Test public void testLast() { assertTrue("New sequence not reporting empty", seq.isEmpty()); assertEquals("Taking last of an new empty sequence did not return null", null, seq.last()); seq.append("a"); seq.append("b"); seq.append("c"); assertEquals("Last element returned not correct", "c", seq.last()); assertEquals("N... | @Override public Object last() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); T lastObj; if (rear == 0){ if (tempSequence.backingArray[tempSequence.backingArray.length-1]==null && tempSequence.backingArray[tempSequence.rear] != null){ lastObj = tempSequence.backingArray[tempSequence.rear]... | CircularArraySequence implements Sequence { @Override public Object last() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); T lastObj; if (rear == 0){ if (tempSequence.backingArray[tempSequence.backingArray.length-1]==null && tempSequence.backingArray[tempSequence.rear] != null){ lastObj = ... | CircularArraySequence implements Sequence { @Override public Object last() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); T lastObj; if (rear == 0){ if (tempSequence.backingArray[tempSequence.backingArray.length-1]==null && tempSequence.backingArray[tempSequence.rear] != null){ lastObj = ... | CircularArraySequence implements Sequence { @Override public Object last() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); T lastObj; if (rear == 0){ if (tempSequence.backingArray[tempSequence.backingArray.length-1]==null && tempSequence.backingArray[tempSequence.rear] != null){ lastObj = ... | CircularArraySequence implements Sequence { @Override public Object last() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); T lastObj; if (rear == 0){ if (tempSequence.backingArray[tempSequence.backingArray.length-1]==null && tempSequence.backingArray[tempSequence.rear] != null){ lastObj = ... |
@Test public void testPeekHead() { assertEquals("Peek should return null for empty sequence", null, seq.peekHead()); seq.append("a"); assertEquals("Peeking at head did not return correct value", "a", seq.peekHead()); seq.append("b"); assertEquals("Peeking at head after appending 2 things did not return correct value", ... | @Override public Object peekHead() { return backingArray[front]; } | CircularArraySequence implements Sequence { @Override public Object peekHead() { return backingArray[front]; } } | CircularArraySequence implements Sequence { @Override public Object peekHead() { return backingArray[front]; } CircularArraySequence(int size); CircularArraySequence(CircularArraySequence<T> seq); } | CircularArraySequence implements Sequence { @Override public Object peekHead() { return backingArray[front]; } CircularArraySequence(int size); CircularArraySequence(CircularArraySequence<T> seq); @Override Object head(); @Override Object last(); @Override Sequence front(); @Override Sequence tail(); @Override Sequenc... | CircularArraySequence implements Sequence { @Override public Object peekHead() { return backingArray[front]; } CircularArraySequence(int size); CircularArraySequence(CircularArraySequence<T> seq); @Override Object head(); @Override Object last(); @Override Sequence front(); @Override Sequence tail(); @Override Sequenc... |
@Test public void testPeekLast() { assertEquals("Peek last should return null if empty", null, seq.peekLast()); seq.append("a"); assertEquals("Peek last returns wrong value for 1 element", "a", seq.peekLast()); seq.append("b"); assertEquals("Peek last returns wrong value for 2 elements", "b", seq.peekLast()); seq.appen... | @Override public Object peekLast() { if (rear==0){ if (backingArray[backingArray.length-1]==null){ return backingArray[rear]; } else{ return backingArray[backingArray.length-1]; } } return backingArray[rear-1]; } | CircularArraySequence implements Sequence { @Override public Object peekLast() { if (rear==0){ if (backingArray[backingArray.length-1]==null){ return backingArray[rear]; } else{ return backingArray[backingArray.length-1]; } } return backingArray[rear-1]; } } | CircularArraySequence implements Sequence { @Override public Object peekLast() { if (rear==0){ if (backingArray[backingArray.length-1]==null){ return backingArray[rear]; } else{ return backingArray[backingArray.length-1]; } } return backingArray[rear-1]; } CircularArraySequence(int size); CircularArraySequence(Circula... | CircularArraySequence implements Sequence { @Override public Object peekLast() { if (rear==0){ if (backingArray[backingArray.length-1]==null){ return backingArray[rear]; } else{ return backingArray[backingArray.length-1]; } } return backingArray[rear-1]; } CircularArraySequence(int size); CircularArraySequence(Circula... | CircularArraySequence implements Sequence { @Override public Object peekLast() { if (rear==0){ if (backingArray[backingArray.length-1]==null){ return backingArray[rear]; } else{ return backingArray[backingArray.length-1]; } } return backingArray[rear-1]; } CircularArraySequence(int size); CircularArraySequence(Circula... |
@Test public void testPrepend() { seq.append("x"); seq.prepend("a"); assertEquals("Prepend did not put new item in front", "a", seq.peekHead()); assertEquals("Length of sequence wrong after prepend", 2, seq.length()); seq.prepend("b"); assertEquals("Prepend did not put new item in front on second call", "b", seq.peekHe... | @Override public void prepend(Object element) { if (backingArray[front] != null && front == 0){ backingArray[backingArray.length-1] = (T)element; front = backingArray.length-1; fillCount+=1; if (fullCheck()==true){ regrow(); } } else if(backingArray[front] == null){ backingArray[front] = (T)element; fillCount +=1; rear... | CircularArraySequence implements Sequence { @Override public void prepend(Object element) { if (backingArray[front] != null && front == 0){ backingArray[backingArray.length-1] = (T)element; front = backingArray.length-1; fillCount+=1; if (fullCheck()==true){ regrow(); } } else if(backingArray[front] == null){ backingAr... | CircularArraySequence implements Sequence { @Override public void prepend(Object element) { if (backingArray[front] != null && front == 0){ backingArray[backingArray.length-1] = (T)element; front = backingArray.length-1; fillCount+=1; if (fullCheck()==true){ regrow(); } } else if(backingArray[front] == null){ backingAr... | CircularArraySequence implements Sequence { @Override public void prepend(Object element) { if (backingArray[front] != null && front == 0){ backingArray[backingArray.length-1] = (T)element; front = backingArray.length-1; fillCount+=1; if (fullCheck()==true){ regrow(); } } else if(backingArray[front] == null){ backingAr... | CircularArraySequence implements Sequence { @Override public void prepend(Object element) { if (backingArray[front] != null && front == 0){ backingArray[backingArray.length-1] = (T)element; front = backingArray.length-1; fillCount+=1; if (fullCheck()==true){ regrow(); } } else if(backingArray[front] == null){ backingAr... |
@Test public void testTail() { Sequence<String> seq2 = seq.tail(); assertTrue("empty sequence tail should empty seq", seq2.isEmpty()); seq.append("a"); seq.append("b"); seq.append("c"); seq.append("d"); seq.append("e"); Sequence<String> seq1 = seq.tail(); assertEquals("Length of tail sequence incorrect", 4 , seq1.lengt... | @Override public Sequence tail() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); if (backingArray[front]!=null){ tempSequence.backingArray[front] = null; tempSequence.fillCount-=1; if (front == backingArray.length-1){ tempSequence.front = 0; } else{ tempSequence.front+=1; } } return tempSe... | CircularArraySequence implements Sequence { @Override public Sequence tail() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); if (backingArray[front]!=null){ tempSequence.backingArray[front] = null; tempSequence.fillCount-=1; if (front == backingArray.length-1){ tempSequence.front = 0; } el... | CircularArraySequence implements Sequence { @Override public Sequence tail() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); if (backingArray[front]!=null){ tempSequence.backingArray[front] = null; tempSequence.fillCount-=1; if (front == backingArray.length-1){ tempSequence.front = 0; } el... | CircularArraySequence implements Sequence { @Override public Sequence tail() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); if (backingArray[front]!=null){ tempSequence.backingArray[front] = null; tempSequence.fillCount-=1; if (front == backingArray.length-1){ tempSequence.front = 0; } el... | CircularArraySequence implements Sequence { @Override public Sequence tail() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); if (backingArray[front]!=null){ tempSequence.backingArray[front] = null; tempSequence.fillCount-=1; if (front == backingArray.length-1){ tempSequence.front = 0; } el... |
@Test public void testIterator() { Iterator<String> ite = seq.iterator(); assertFalse("Empty sequence iterator not empty", ite.hasNext()); seq.append("a"); seq.append("b"); seq.append("c"); Iterator<String> it = seq.iterator(); assertTrue("Iterator over data thinks it is empty", it.hasNext()); assertEquals("Iterator di... | @Override public Iterator<T> iterator() { SequenceIterator<T> iterator = new SequenceIterator<T>(this); return iterator; } | CircularArraySequence implements Sequence { @Override public Iterator<T> iterator() { SequenceIterator<T> iterator = new SequenceIterator<T>(this); return iterator; } } | CircularArraySequence implements Sequence { @Override public Iterator<T> iterator() { SequenceIterator<T> iterator = new SequenceIterator<T>(this); return iterator; } CircularArraySequence(int size); CircularArraySequence(CircularArraySequence<T> seq); } | CircularArraySequence implements Sequence { @Override public Iterator<T> iterator() { SequenceIterator<T> iterator = new SequenceIterator<T>(this); return iterator; } CircularArraySequence(int size); CircularArraySequence(CircularArraySequence<T> seq); @Override Object head(); @Override Object last(); @Override Sequen... | CircularArraySequence implements Sequence { @Override public Iterator<T> iterator() { SequenceIterator<T> iterator = new SequenceIterator<T>(this); return iterator; } CircularArraySequence(int size); CircularArraySequence(CircularArraySequence<T> seq); @Override Object head(); @Override Object last(); @Override Sequen... |
@Test public void testLength() { assertEquals("Length of the new sequence not zero", 0, seq.length()); seq.append("a"); assertEquals("Length after 1 append not 1", 1, seq.length()); seq.prepend("b"); assertEquals("Length after 2 appends not 2", 2, seq.length()); seq.last(); seq.last(); assertEquals("Length after removi... | @Override public int length() { return fillCount; } | CircularArraySequence implements Sequence { @Override public int length() { return fillCount; } } | CircularArraySequence implements Sequence { @Override public int length() { return fillCount; } CircularArraySequence(int size); CircularArraySequence(CircularArraySequence<T> seq); } | CircularArraySequence implements Sequence { @Override public int length() { return fillCount; } CircularArraySequence(int size); CircularArraySequence(CircularArraySequence<T> seq); @Override Object head(); @Override Object last(); @Override Sequence front(); @Override Sequence tail(); @Override Sequence<T> concat(Seq... | CircularArraySequence implements Sequence { @Override public int length() { return fillCount; } CircularArraySequence(int size); CircularArraySequence(CircularArraySequence<T> seq); @Override Object head(); @Override Object last(); @Override Sequence front(); @Override Sequence tail(); @Override Sequence<T> concat(Seq... |
@Test public void testToString() { assertEquals("To string of empty sequence wrong", "",seq.toString()); seq.append("a"); seq.append("b"); seq.append("c"); assertEquals("ToString of 3 element seq wrong", "abc", seq.toString()); seq.prepend("d"); seq.prepend("e"); seq.prepend("f"); assertEquals("toString of 6 element se... | public String toString(){ String stringSeq = ""; boolean halt = false; int index = front; while (halt == false){ if (index == backingArray.length){ index = 0; } if (index == rear){ halt = true; } else{ stringSeq = stringSeq + backingArray[index].toString(); index += 1; } } return stringSeq; } | CircularArraySequence implements Sequence { public String toString(){ String stringSeq = ""; boolean halt = false; int index = front; while (halt == false){ if (index == backingArray.length){ index = 0; } if (index == rear){ halt = true; } else{ stringSeq = stringSeq + backingArray[index].toString(); index += 1; } } re... | CircularArraySequence implements Sequence { public String toString(){ String stringSeq = ""; boolean halt = false; int index = front; while (halt == false){ if (index == backingArray.length){ index = 0; } if (index == rear){ halt = true; } else{ stringSeq = stringSeq + backingArray[index].toString(); index += 1; } } re... | CircularArraySequence implements Sequence { public String toString(){ String stringSeq = ""; boolean halt = false; int index = front; while (halt == false){ if (index == backingArray.length){ index = 0; } if (index == rear){ halt = true; } else{ stringSeq = stringSeq + backingArray[index].toString(); index += 1; } } re... | CircularArraySequence implements Sequence { public String toString(){ String stringSeq = ""; boolean halt = false; int index = front; while (halt == false){ if (index == backingArray.length){ index = 0; } if (index == rear){ halt = true; } else{ stringSeq = stringSeq + backingArray[index].toString(); index += 1; } } re... |
@Test public void testRegrow() { for(int i=0; i < 15 ; i++) seq.append("a"); seq.prepend("e"); seq.append("x"); assertEquals("Error on regrow", 17, seq.length()); assertEquals("Head wrong after regrow", "e", seq.peekHead()); assertEquals("Last wrong after regrow", "x" , seq.peekLast()); assertEquals("String rep wrong o... | private void regrow(){ T[] tempArray = (T[])new Object[backingArray.length*2]; for (int i=0;i<backingArray.length;i++){ tempArray[i] = backingArray[i]; } int tempfillCount = fillCount; int index = front; int newIndex = 0; while (tempfillCount!=0){ if (index == backingArray.length){ index = 0; } tempArray[newIndex]=back... | CircularArraySequence implements Sequence { private void regrow(){ T[] tempArray = (T[])new Object[backingArray.length*2]; for (int i=0;i<backingArray.length;i++){ tempArray[i] = backingArray[i]; } int tempfillCount = fillCount; int index = front; int newIndex = 0; while (tempfillCount!=0){ if (index == backingArray.le... | CircularArraySequence implements Sequence { private void regrow(){ T[] tempArray = (T[])new Object[backingArray.length*2]; for (int i=0;i<backingArray.length;i++){ tempArray[i] = backingArray[i]; } int tempfillCount = fillCount; int index = front; int newIndex = 0; while (tempfillCount!=0){ if (index == backingArray.le... | CircularArraySequence implements Sequence { private void regrow(){ T[] tempArray = (T[])new Object[backingArray.length*2]; for (int i=0;i<backingArray.length;i++){ tempArray[i] = backingArray[i]; } int tempfillCount = fillCount; int index = front; int newIndex = 0; while (tempfillCount!=0){ if (index == backingArray.le... | CircularArraySequence implements Sequence { private void regrow(){ T[] tempArray = (T[])new Object[backingArray.length*2]; for (int i=0;i<backingArray.length;i++){ tempArray[i] = backingArray[i]; } int tempfillCount = fillCount; int index = front; int newIndex = 0; while (tempfillCount!=0){ if (index == backingArray.le... |
@Test public void testIsEmpty() { assertTrue("Empty tree did not return true", tree.isEmpty()); tree.add(20, "S"); avlTree.add(20, "S"); assertFalse("Tree thinks its empty after one insert", tree.isEmpty()); assertFalse("AVL Tree thinks its empty after one insert", avlTree.isEmpty()); tree.add(30, "X"); tree.remove(30)... | @Override public boolean isEmpty() { if (root==null){ return true; } return false; } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public boolean isEmpty() { if (root==null){ return true; } return false; } } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public boolean isEmpty() { if (root==null){ return true; } return false; } AVLTreeImpl(boolean rotate); } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public boolean isEmpty() { if (root==null){ return true; } return false; } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void add(K key, V data); @Override boolean remove(K key); ... | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public boolean isEmpty() { if (root==null){ return true; } return false; } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void add(K key, V data); @Override boolean remove(K key); ... |
@Test public void testGetColumnFor() { try { array.getColumnFor(10001); assertTrue("You failed to detect column out bounds", false); } catch (ArrayIndexOutOfBoundsException ae) { assertTrue(true); } List<String> list = array.getColumnFor(100); assertTrue("You did not return an empty list for an empty array", list.isEmp... | @Override public List<T> getColumnFor(int col) throws ArrayIndexOutOfBoundsException { if (col>column || col<0){ throw new ArrayIndexOutOfBoundsException(); } ArrayList<T> list = new ArrayList<T>(); IndexNode current = colLinkedList.head; while (current!=null){ if (col==current.index){ ArrayNode<T> currentNode = curren... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public List<T> getColumnFor(int col) throws ArrayIndexOutOfBoundsException { if (col>column || col<0){ throw new ArrayIndexOutOfBoundsException(); } ArrayList<T> list = new ArrayList<T>(); IndexNode current = colLinkedList.head; while (current!=null){ if (col==... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public List<T> getColumnFor(int col) throws ArrayIndexOutOfBoundsException { if (col>column || col<0){ throw new ArrayIndexOutOfBoundsException(); } ArrayList<T> list = new ArrayList<T>(); IndexNode current = colLinkedList.head; while (current!=null){ if (col==... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public List<T> getColumnFor(int col) throws ArrayIndexOutOfBoundsException { if (col>column || col<0){ throw new ArrayIndexOutOfBoundsException(); } ArrayList<T> list = new ArrayList<T>(); IndexNode current = colLinkedList.head; while (current!=null){ if (col==... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public List<T> getColumnFor(int col) throws ArrayIndexOutOfBoundsException { if (col>column || col<0){ throw new ArrayIndexOutOfBoundsException(); } ArrayList<T> list = new ArrayList<T>(); IndexNode current = colLinkedList.head; while (current!=null){ if (col==... |
@Test public void testSize() { assertEquals("Size of new tree not 0", 0, tree.size()); tree.add(20, "S"); assertEquals("Size after 1 insert wrong", 1, tree.size()); tree.remove(20); assertEquals("Size after last remove not 0", 0, tree.size()); for (int i = 0; i < 10 ; i++) { tree.add(i + i, "S"); } assertEquals("Size a... | @Override public int size() { int size = 0; if (root==null){ return 0; } if (root.getLeft()==null && root.getRight()==null){ return 1; } if (root.getLeft()!=null){ size+= 1+size(root.getLeft()); } if (root.getRight()!=null){ size+= 1+size(root.getRight()); } return size; } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public int size() { int size = 0; if (root==null){ return 0; } if (root.getLeft()==null && root.getRight()==null){ return 1; } if (root.getLeft()!=null){ size+= 1+size(root.getLeft()); } if (root.getRight()!=null){ size+= 1+size(root.getRight()); } return size; } ... | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public int size() { int size = 0; if (root==null){ return 0; } if (root.getLeft()==null && root.getRight()==null){ return 1; } if (root.getLeft()!=null){ size+= 1+size(root.getLeft()); } if (root.getRight()!=null){ size+= 1+size(root.getRight()); } return size; } ... | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public int size() { int size = 0; if (root==null){ return 0; } if (root.getLeft()==null && root.getRight()==null){ return 1; } if (root.getLeft()!=null){ size+= 1+size(root.getLeft()); } if (root.getRight()!=null){ size+= 1+size(root.getRight()); } return size; } ... | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public int size() { int size = 0; if (root==null){ return 0; } if (root.getLeft()==null && root.getRight()==null){ return 1; } if (root.getLeft()!=null){ size+= 1+size(root.getLeft()); } if (root.getRight()!=null){ size+= 1+size(root.getRight()); } return size; } ... |
@Test public void testMin() { assertNull("Empty tree min was not null", tree.min()); tree.add(20, "LD"); assertEquals("One element tree min wrong", (Integer) 20, tree.min()); tree.add(30, "df"); tree.add(15, "kjd"); tree.add(10, "kjdf"); tree.add(5, "kdjf"); tree.add(1, "esd"); assertEquals("Multi-element tree min wron... | @Override public K min() { opsCount++; if (root==null){ return null; } else { return min(root,root.key); } } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public K min() { opsCount++; if (root==null){ return null; } else { return min(root,root.key); } } } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public K min() { opsCount++; if (root==null){ return null; } else { return min(root,root.key); } } AVLTreeImpl(boolean rotate); } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public K min() { opsCount++; if (root==null){ return null; } else { return min(root,root.key); } } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void add(K key, V data); @Override... | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public K min() { opsCount++; if (root==null){ return null; } else { return min(root,root.key); } } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void add(K key, V data); @Override... |
@Test public void testMax() { assertNull("Empty tree max was not null", tree.max()); tree.add(20, "SS"); assertEquals("One element tree max wrong", (Integer) 20, tree.max()); tree.add(30, "SS"); tree.add(35, "LL"); tree.add(40, "JJ"); tree.add(37, "df"); tree.add(36, "wer"); assertEquals("Multi-element tree max wrong",... | @Override public K max() { opsCount++; if (root==null){ return null; } else { return max(root,root.key); } } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public K max() { opsCount++; if (root==null){ return null; } else { return max(root,root.key); } } } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public K max() { opsCount++; if (root==null){ return null; } else { return max(root,root.key); } } AVLTreeImpl(boolean rotate); } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public K max() { opsCount++; if (root==null){ return null; } else { return max(root,root.key); } } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void add(K key, V data); @Override... | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public K max() { opsCount++; if (root==null){ return null; } else { return max(root,root.key); } } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void add(K key, V data); @Override... |
@Test public void testFind() { assertNull(tree.find(40)); tree.add(20, "s"); tree.add(10, "c"); assertEquals("s", tree.find(20)); assertEquals("c", tree.find(10)); tree.add(30, "x"); assertEquals("x", tree.find(30)); } | @Override public V find(K key) { opsCount++; if (root==null){ return null; } else if (key.compareTo(root.key)==0){ return root.data; } else if (key.compareTo(root.key)<0){ return find(root.getLeft(),key); } else{ return find(root.getRight(),key); } } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public V find(K key) { opsCount++; if (root==null){ return null; } else if (key.compareTo(root.key)==0){ return root.data; } else if (key.compareTo(root.key)<0){ return find(root.getLeft(),key); } else{ return find(root.getRight(),key); } } } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public V find(K key) { opsCount++; if (root==null){ return null; } else if (key.compareTo(root.key)==0){ return root.data; } else if (key.compareTo(root.key)<0){ return find(root.getLeft(),key); } else{ return find(root.getRight(),key); } } AVLTreeImpl(boolean rot... | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public V find(K key) { opsCount++; if (root==null){ return null; } else if (key.compareTo(root.key)==0){ return root.data; } else if (key.compareTo(root.key)<0){ return find(root.getLeft(),key); } else{ return find(root.getRight(),key); } } AVLTreeImpl(boolean rot... | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public V find(K key) { opsCount++; if (root==null){ return null; } else if (key.compareTo(root.key)==0){ return root.data; } else if (key.compareTo(root.key)<0){ return find(root.getLeft(),key); } else{ return find(root.getRight(),key); } } AVLTreeImpl(boolean rot... |
@Test public void testHeight() { assertEquals("Height of empty tree wrong", -1, tree.height()); tree.add(20, "lk"); assertEquals("Height wrong for 1 entry", 0, tree.height()); tree.add(1, "lkd"); assertEquals("Height wrong for 2 entry", 1, tree.height()); tree.add(5, "ksjdf"); tree.add(28, "skdjf"); tree.add(32, "sd");... | @Override public int height() { if (root==null){ return -1; } else { return root.getHeight(); } } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public int height() { if (root==null){ return -1; } else { return root.getHeight(); } } } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public int height() { if (root==null){ return -1; } else { return root.getHeight(); } } AVLTreeImpl(boolean rotate); } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public int height() { if (root==null){ return -1; } else { return root.getHeight(); } } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void add(K key, V data); @Override boolean re... | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public int height() { if (root==null){ return -1; } else { return root.getHeight(); } } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void add(K key, V data); @Override boolean re... |
@Test public void testRoot() { assertNull(tree.root()); tree.add(20, "dd"); assertEquals((Integer) 20, tree.root()); tree.remove(20); assertNull(tree.root()); } | @Override public K root() { if (root==null){ return null; } else{ return root.key; } } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public K root() { if (root==null){ return null; } else{ return root.key; } } } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public K root() { if (root==null){ return null; } else{ return root.key; } } AVLTreeImpl(boolean rotate); } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public K root() { if (root==null){ return null; } else{ return root.key; } } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void add(K key, V data); @Override boolean remove(K key)... | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public K root() { if (root==null){ return null; } else{ return root.key; } } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void add(K key, V data); @Override boolean remove(K key)... |
@Test public void testPreorderTraversal() { List<Integer> list = tree.preorderTraversal(); assertTrue(list.isEmpty()); tree.add(13, "sdf"); tree.add(9, "wer"); tree.add(16,"sdxv"); tree.add(5, "wer"); tree.add(10, "sdf"); tree.add(1, "werf"); tree.add(6, "pk"); tree.add(14, "nn"); tree.add(26, "dd"); list = tree.preord... | @Override public List<K> preorderTraversal() { List<K> keyList = new ArrayList<K>(); preorderTraversal(root,keyList); return keyList; } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public List<K> preorderTraversal() { List<K> keyList = new ArrayList<K>(); preorderTraversal(root,keyList); return keyList; } } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public List<K> preorderTraversal() { List<K> keyList = new ArrayList<K>(); preorderTraversal(root,keyList); return keyList; } AVLTreeImpl(boolean rotate); } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public List<K> preorderTraversal() { List<K> keyList = new ArrayList<K>(); preorderTraversal(root,keyList); return keyList; } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void ad... | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public List<K> preorderTraversal() { List<K> keyList = new ArrayList<K>(); preorderTraversal(root,keyList); return keyList; } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void ad... |
@Test public void testPostorderTraversal() { List<Integer> list = tree.postorderTraversal(); assertTrue(list.isEmpty()); tree.add(13, "sdf"); tree.add(9, "wer"); tree.add(16,"sdxv"); tree.add(5, "wer"); tree.add(10, "sdf"); tree.add(1, "werf"); tree.add(6, "pk"); tree.add(14, "nn"); tree.add(26, "dd"); list = tree.post... | @Override public List<K> postorderTraversal() { List<K> keyList = new ArrayList<K>(); postorderTraversal(root,keyList); return keyList; } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public List<K> postorderTraversal() { List<K> keyList = new ArrayList<K>(); postorderTraversal(root,keyList); return keyList; } } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public List<K> postorderTraversal() { List<K> keyList = new ArrayList<K>(); postorderTraversal(root,keyList); return keyList; } AVLTreeImpl(boolean rotate); } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public List<K> postorderTraversal() { List<K> keyList = new ArrayList<K>(); postorderTraversal(root,keyList); return keyList; } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void ... | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public List<K> postorderTraversal() { List<K> keyList = new ArrayList<K>(); postorderTraversal(root,keyList); return keyList; } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void ... |
@Test public void testInorderTraversal() { List<Integer> list = tree.inorderTraversal(); assertTrue(list.isEmpty()); tree.add(13, "sdf"); tree.add(9, "wer"); tree.add(16,"sdxv"); tree.add(5, "wer"); tree.add(10, "sdf"); tree.add(1, "werf"); tree.add(6, "pk"); tree.add(14, "nn"); tree.add(26, "dd"); list = tree.inorderT... | @Override public List<K> inorderTraversal() { List<K> keyList = new ArrayList<K>(); inorderTraversal(root,keyList); return keyList; } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public List<K> inorderTraversal() { List<K> keyList = new ArrayList<K>(); inorderTraversal(root,keyList); return keyList; } } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public List<K> inorderTraversal() { List<K> keyList = new ArrayList<K>(); inorderTraversal(root,keyList); return keyList; } AVLTreeImpl(boolean rotate); } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public List<K> inorderTraversal() { List<K> keyList = new ArrayList<K>(); inorderTraversal(root,keyList); return keyList; } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void add(... | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public List<K> inorderTraversal() { List<K> keyList = new ArrayList<K>(); inorderTraversal(root,keyList); return keyList; } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void add(... |
@Test public void testLevelorderTraversal() { List<Integer> list = tree.levelorderTraversal(); assertTrue(list.isEmpty()); tree.add(13, "sdf"); tree.add(9, "wer"); tree.add(16,"sdxv"); tree.add(5, "wer"); tree.add(10, "sdf"); tree.add(1, "werf"); tree.add(6, "pk"); tree.add(14, "nn"); tree.add(26, "dd"); list = tree.le... | @Override public List<K> levelorderTraversal() { List<K> keyList = new ArrayList<K>(); return levelorderTraversal(root,keyList); } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public List<K> levelorderTraversal() { List<K> keyList = new ArrayList<K>(); return levelorderTraversal(root,keyList); } } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public List<K> levelorderTraversal() { List<K> keyList = new ArrayList<K>(); return levelorderTraversal(root,keyList); } AVLTreeImpl(boolean rotate); } | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public List<K> levelorderTraversal() { List<K> keyList = new ArrayList<K>(); return levelorderTraversal(root,keyList); } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void add(K k... | AVLTreeImpl implements IAVLBinaryTree<K, V> { @Override public List<K> levelorderTraversal() { List<K> keyList = new ArrayList<K>(); return levelorderTraversal(root,keyList); } AVLTreeImpl(boolean rotate); void resetOpsCount(); int getOpsCount(); @Override boolean isEmpty(); @Override int size(); @Override void add(K k... |
@Test public void testGetRowFor() { try { array.getRowFor(10001); assertTrue("You failed to detect row out of bounds", false); } catch (ArrayIndexOutOfBoundsException ae) { assertTrue(true); } List<String> list = array.getRowFor(100); assertTrue("You failed to return an empty list for an empty array", list.isEmpty()); ... | @Override public List<T> getRowFor(int row) throws ArrayIndexOutOfBoundsException { if (row>this.row || row<0){ throw new ArrayIndexOutOfBoundsException(); } ArrayList<T> list = new ArrayList<T>(); IndexNode current = rowLinkedList.head; while (current!=null){ if (row==current.index){ ArrayNode<T> currentNode = current... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public List<T> getRowFor(int row) throws ArrayIndexOutOfBoundsException { if (row>this.row || row<0){ throw new ArrayIndexOutOfBoundsException(); } ArrayList<T> list = new ArrayList<T>(); IndexNode current = rowLinkedList.head; while (current!=null){ if (row==c... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public List<T> getRowFor(int row) throws ArrayIndexOutOfBoundsException { if (row>this.row || row<0){ throw new ArrayIndexOutOfBoundsException(); } ArrayList<T> list = new ArrayList<T>(); IndexNode current = rowLinkedList.head; while (current!=null){ if (row==c... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public List<T> getRowFor(int row) throws ArrayIndexOutOfBoundsException { if (row>this.row || row<0){ throw new ArrayIndexOutOfBoundsException(); } ArrayList<T> list = new ArrayList<T>(); IndexNode current = rowLinkedList.head; while (current!=null){ if (row==c... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public List<T> getRowFor(int row) throws ArrayIndexOutOfBoundsException { if (row>this.row || row<0){ throw new ArrayIndexOutOfBoundsException(); } ArrayList<T> list = new ArrayList<T>(); IndexNode current = rowLinkedList.head; while (current!=null){ if (row==c... |
@Test public void testPutAt() { try { array.putAt(10001, 1, "K"); assertTrue("Failed to detect row out of bounds", false); } catch (ArrayIndexOutOfBoundsException ae) { assertTrue(true); } try { array.putAt(1, 10001, "K"); assertTrue("Failed to detect col out of bounds", false); } catch (ArrayIndexOutOfBoundsException ... | @Override public void putAt(int row, int col, T value) throws ArrayIndexOutOfBoundsException { if (row>this.row || col>column){ throw new ArrayIndexOutOfBoundsException(); } else{ IndexNode rowNode = checkForIndex(rowLinkedList,row); IndexNode colNode = checkForIndex(colLinkedList, col); if (rowNode==null){ rowLinkedLi... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public void putAt(int row, int col, T value) throws ArrayIndexOutOfBoundsException { if (row>this.row || col>column){ throw new ArrayIndexOutOfBoundsException(); } else{ IndexNode rowNode = checkForIndex(rowLinkedList,row); IndexNode colNode = checkForIndex(col... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public void putAt(int row, int col, T value) throws ArrayIndexOutOfBoundsException { if (row>this.row || col>column){ throw new ArrayIndexOutOfBoundsException(); } else{ IndexNode rowNode = checkForIndex(rowLinkedList,row); IndexNode colNode = checkForIndex(col... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public void putAt(int row, int col, T value) throws ArrayIndexOutOfBoundsException { if (row>this.row || col>column){ throw new ArrayIndexOutOfBoundsException(); } else{ IndexNode rowNode = checkForIndex(rowLinkedList,row); IndexNode colNode = checkForIndex(col... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public void putAt(int row, int col, T value) throws ArrayIndexOutOfBoundsException { if (row>this.row || col>column){ throw new ArrayIndexOutOfBoundsException(); } else{ IndexNode rowNode = checkForIndex(rowLinkedList,row); IndexNode colNode = checkForIndex(col... |
@Test public void testRemoveAt() { try { array.removeAt(10001, 1); assertTrue("Failed to detect row out of bounds", false); } catch (ArrayIndexOutOfBoundsException ae) { assertTrue(true); } try { array.removeAt(1, 10001); assertTrue("Failed to detect col out of bounds", false); } catch (ArrayIndexOutOfBoundsException a... | @Override public T removeAt(int row, int col) throws ArrayIndexOutOfBoundsException { if (row>this.row || row<1 || col>column || col<1){ throw new ArrayIndexOutOfBoundsException(); } else if (isEmpty()==true){ return null; } else{ T returnValue = removeFromRow(row,col); removeFromCol(row,col); return returnValue; } } | SparseArray2DImpl implements ISparseArray2D<T> { @Override public T removeAt(int row, int col) throws ArrayIndexOutOfBoundsException { if (row>this.row || row<1 || col>column || col<1){ throw new ArrayIndexOutOfBoundsException(); } else if (isEmpty()==true){ return null; } else{ T returnValue = removeFromRow(row,col); ... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public T removeAt(int row, int col) throws ArrayIndexOutOfBoundsException { if (row>this.row || row<1 || col>column || col<1){ throw new ArrayIndexOutOfBoundsException(); } else if (isEmpty()==true){ return null; } else{ T returnValue = removeFromRow(row,col); ... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public T removeAt(int row, int col) throws ArrayIndexOutOfBoundsException { if (row>this.row || row<1 || col>column || col<1){ throw new ArrayIndexOutOfBoundsException(); } else if (isEmpty()==true){ return null; } else{ T returnValue = removeFromRow(row,col); ... | SparseArray2DImpl implements ISparseArray2D<T> { @Override public T removeAt(int row, int col) throws ArrayIndexOutOfBoundsException { if (row>this.row || row<1 || col>column || col<1){ throw new ArrayIndexOutOfBoundsException(); } else if (isEmpty()==true){ return null; } else{ T returnValue = removeFromRow(row,col); ... |
@Test public void testAppend() { assertTrue("Your sequence was not empty when created", seq.isEmpty()); seq.append("a"); assertFalse("Your sequence claims its empty after appending something", seq.isEmpty()); assertEquals("The head of your sequence was not the thing appended on first append", "a", seq.peekHead()); seq.... | @Override public void append(Object element) { if (backingArray[rear] != null && rear!=backingArray.length-1){ backingArray[rear+1] = (T)element; rear+=1; fillCount +=1; if (fullCheck()==true){ regrow(); } } else if(backingArray[rear] !=null && rear==backingArray.length-1){ rear = 0; backingArray[rear] = (T)element; fi... | CircularArraySequence implements Sequence { @Override public void append(Object element) { if (backingArray[rear] != null && rear!=backingArray.length-1){ backingArray[rear+1] = (T)element; rear+=1; fillCount +=1; if (fullCheck()==true){ regrow(); } } else if(backingArray[rear] !=null && rear==backingArray.length-1){ r... | CircularArraySequence implements Sequence { @Override public void append(Object element) { if (backingArray[rear] != null && rear!=backingArray.length-1){ backingArray[rear+1] = (T)element; rear+=1; fillCount +=1; if (fullCheck()==true){ regrow(); } } else if(backingArray[rear] !=null && rear==backingArray.length-1){ r... | CircularArraySequence implements Sequence { @Override public void append(Object element) { if (backingArray[rear] != null && rear!=backingArray.length-1){ backingArray[rear+1] = (T)element; rear+=1; fillCount +=1; if (fullCheck()==true){ regrow(); } } else if(backingArray[rear] !=null && rear==backingArray.length-1){ r... | CircularArraySequence implements Sequence { @Override public void append(Object element) { if (backingArray[rear] != null && rear!=backingArray.length-1){ backingArray[rear+1] = (T)element; rear+=1; fillCount +=1; if (fullCheck()==true){ regrow(); } } else if(backingArray[rear] !=null && rear==backingArray.length-1){ r... |
@Test public void testConcat() { seq.append("a"); seq.append("b"); seq.append("c"); Sequence<String> seq2 = new CircularArraySequence<String>(10); seq2.append("x"); seq2.append("y"); Sequence<String> seq3 = seq.concat(seq2); assertEquals(5, seq3.length()); assertEquals("a", seq3.peekHead()); assertEquals("y", seq3.peek... | @Override public Sequence<T> concat(Sequence seq) { CircularArraySequence<T> sequence1 = new CircularArraySequence<T>(this); CircularArraySequence<T> sequence2 = new CircularArraySequence<T>((CircularArraySequence<T>)seq); boolean halt = false; int index = sequence2.front; while (halt == false){ if (index == backingArr... | CircularArraySequence implements Sequence { @Override public Sequence<T> concat(Sequence seq) { CircularArraySequence<T> sequence1 = new CircularArraySequence<T>(this); CircularArraySequence<T> sequence2 = new CircularArraySequence<T>((CircularArraySequence<T>)seq); boolean halt = false; int index = sequence2.front; wh... | CircularArraySequence implements Sequence { @Override public Sequence<T> concat(Sequence seq) { CircularArraySequence<T> sequence1 = new CircularArraySequence<T>(this); CircularArraySequence<T> sequence2 = new CircularArraySequence<T>((CircularArraySequence<T>)seq); boolean halt = false; int index = sequence2.front; wh... | CircularArraySequence implements Sequence { @Override public Sequence<T> concat(Sequence seq) { CircularArraySequence<T> sequence1 = new CircularArraySequence<T>(this); CircularArraySequence<T> sequence2 = new CircularArraySequence<T>((CircularArraySequence<T>)seq); boolean halt = false; int index = sequence2.front; wh... | CircularArraySequence implements Sequence { @Override public Sequence<T> concat(Sequence seq) { CircularArraySequence<T> sequence1 = new CircularArraySequence<T>(this); CircularArraySequence<T> sequence2 = new CircularArraySequence<T>((CircularArraySequence<T>)seq); boolean halt = false; int index = sequence2.front; wh... |
@Test public void testFront() { Sequence<String> seq2 = seq.front(); assertTrue("Front of empty seq did not return empty", seq2.isEmpty()); seq.append("a"); seq.append("b"); seq.append("c"); seq.append("d"); seq.append("e"); Sequence<String> seq1 = seq.front(); assertEquals("Length of the sequence after taking front wa... | @Override public Sequence front() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); boolean halt = false; int index = front; while (halt == false){ if (index == backingArray.length){ index = 0; } if (index == rear){ halt = true; } if(backingArray[index] == null){ if (index == 0){ tempSequenc... | CircularArraySequence implements Sequence { @Override public Sequence front() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); boolean halt = false; int index = front; while (halt == false){ if (index == backingArray.length){ index = 0; } if (index == rear){ halt = true; } if(backingArray[i... | CircularArraySequence implements Sequence { @Override public Sequence front() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); boolean halt = false; int index = front; while (halt == false){ if (index == backingArray.length){ index = 0; } if (index == rear){ halt = true; } if(backingArray[i... | CircularArraySequence implements Sequence { @Override public Sequence front() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); boolean halt = false; int index = front; while (halt == false){ if (index == backingArray.length){ index = 0; } if (index == rear){ halt = true; } if(backingArray[i... | CircularArraySequence implements Sequence { @Override public Sequence front() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); boolean halt = false; int index = front; while (halt == false){ if (index == backingArray.length){ index = 0; } if (index == rear){ halt = true; } if(backingArray[i... |
@Test public void testHead() { assertTrue("New sequence not reporting its empty", seq.isEmpty()); assertEquals("Head of the new sequence not null", null, seq.head()); seq.append("a"); assertEquals("Head returned incorrect when one element", "a", seq.head()); assertEquals("Head returned incorrect when no element", null,... | @Override public Object head() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); T firstObj = null; if (front == 0 || backingArray[front]==null){ if (backingArray[front]==null){ firstObj = null; } else{ firstObj = tempSequence.backingArray[front]; backingArray[front] = null; front+=1; fillCo... | CircularArraySequence implements Sequence { @Override public Object head() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); T firstObj = null; if (front == 0 || backingArray[front]==null){ if (backingArray[front]==null){ firstObj = null; } else{ firstObj = tempSequence.backingArray[front]; ... | CircularArraySequence implements Sequence { @Override public Object head() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); T firstObj = null; if (front == 0 || backingArray[front]==null){ if (backingArray[front]==null){ firstObj = null; } else{ firstObj = tempSequence.backingArray[front]; ... | CircularArraySequence implements Sequence { @Override public Object head() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); T firstObj = null; if (front == 0 || backingArray[front]==null){ if (backingArray[front]==null){ firstObj = null; } else{ firstObj = tempSequence.backingArray[front]; ... | CircularArraySequence implements Sequence { @Override public Object head() { CircularArraySequence<T> tempSequence = new CircularArraySequence<T>(this); T firstObj = null; if (front == 0 || backingArray[front]==null){ if (backingArray[front]==null){ firstObj = null; } else{ firstObj = tempSequence.backingArray[front]; ... |
@Test public void testIsEmpty() { assertTrue(seq.isEmpty()); seq.append("A"); assertFalse(seq.isEmpty()); seq.last(); assertTrue(seq.isEmpty()); } | @Override public boolean isEmpty() { if (fillCount>0){ return false; } return true; } | CircularArraySequence implements Sequence { @Override public boolean isEmpty() { if (fillCount>0){ return false; } return true; } } | CircularArraySequence implements Sequence { @Override public boolean isEmpty() { if (fillCount>0){ return false; } return true; } CircularArraySequence(int size); CircularArraySequence(CircularArraySequence<T> seq); } | CircularArraySequence implements Sequence { @Override public boolean isEmpty() { if (fillCount>0){ return false; } return true; } CircularArraySequence(int size); CircularArraySequence(CircularArraySequence<T> seq); @Override Object head(); @Override Object last(); @Override Sequence front(); @Override Sequence tail()... | CircularArraySequence implements Sequence { @Override public boolean isEmpty() { if (fillCount>0){ return false; } return true; } CircularArraySequence(int size); CircularArraySequence(CircularArraySequence<T> seq); @Override Object head(); @Override Object last(); @Override Sequence front(); @Override Sequence tail()... |
@Test public void testSetStructireInfo() { Reader reader = new StringReader("C2H5OH"); SemiStructureTokenizer tokenizer = new SemiStructureTokenizer(reader); assertTrue(tokenizer.fragmentsCounts.containsKey("C")); assertTrue(tokenizer.fragmentsCounts.containsKey("C-C")); assertTrue(tokenizer.fragmentsCounts.containsKey... | private void setStructireInfo(Reader input) { SemistructuredFormulaParser formulaParser = new SemistructuredFormulaParser(input); try { ChemSubStructure structure = formulaParser.parse(); Stack<DFSStackEntry> stack = new Stack<DFSStackEntry>(); stack.push(new DFSStackEntry(structure,1)); while (!stack.isEmpty()) { DFSS... | SemiStructureTokenizer extends Tokenizer { private void setStructireInfo(Reader input) { SemistructuredFormulaParser formulaParser = new SemistructuredFormulaParser(input); try { ChemSubStructure structure = formulaParser.parse(); Stack<DFSStackEntry> stack = new Stack<DFSStackEntry>(); stack.push(new DFSStackEntry(str... | SemiStructureTokenizer extends Tokenizer { private void setStructireInfo(Reader input) { SemistructuredFormulaParser formulaParser = new SemistructuredFormulaParser(input); try { ChemSubStructure structure = formulaParser.parse(); Stack<DFSStackEntry> stack = new Stack<DFSStackEntry>(); stack.push(new DFSStackEntry(str... | SemiStructureTokenizer extends Tokenizer { private void setStructireInfo(Reader input) { SemistructuredFormulaParser formulaParser = new SemistructuredFormulaParser(input); try { ChemSubStructure structure = formulaParser.parse(); Stack<DFSStackEntry> stack = new Stack<DFSStackEntry>(); stack.push(new DFSStackEntry(str... | SemiStructureTokenizer extends Tokenizer { private void setStructireInfo(Reader input) { SemistructuredFormulaParser formulaParser = new SemistructuredFormulaParser(input); try { ChemSubStructure structure = formulaParser.parse(); Stack<DFSStackEntry> stack = new Stack<DFSStackEntry>(); stack.push(new DFSStackEntry(str... |
@Test public void testIncrementToken() throws Exception { } | @Override final public boolean incrementToken() throws IOException { if (currentEntry == null) { currentEntry = currentIterator.next(); currentCount = 0; String result = String.format("%s_%d", currentEntry.getKey(), currentCount); termAtt.setEmpty().append(result); return true; } else { if (currentCount < currentEntry.... | SemiStructureTokenizer extends Tokenizer { @Override final public boolean incrementToken() throws IOException { if (currentEntry == null) { currentEntry = currentIterator.next(); currentCount = 0; String result = String.format("%s_%d", currentEntry.getKey(), currentCount); termAtt.setEmpty().append(result); return true... | SemiStructureTokenizer extends Tokenizer { @Override final public boolean incrementToken() throws IOException { if (currentEntry == null) { currentEntry = currentIterator.next(); currentCount = 0; String result = String.format("%s_%d", currentEntry.getKey(), currentCount); termAtt.setEmpty().append(result); return true... | SemiStructureTokenizer extends Tokenizer { @Override final public boolean incrementToken() throws IOException { if (currentEntry == null) { currentEntry = currentIterator.next(); currentCount = 0; String result = String.format("%s_%d", currentEntry.getKey(), currentCount); termAtt.setEmpty().append(result); return true... | SemiStructureTokenizer extends Tokenizer { @Override final public boolean incrementToken() throws IOException { if (currentEntry == null) { currentEntry = currentIterator.next(); currentCount = 0; String result = String.format("%s_%d", currentEntry.getKey(), currentCount); termAtt.setEmpty().append(result); return true... |
@Test public void synchronizationOnDemandCollisionWithPosts() throws Throwable { setUp(this.nodeCount); this.host.joinNodesAndVerifyConvergence(this.host.getPeerCount()); this.host.setNodeGroupQuorum(this.nodeCount); this.host.waitForNodeGroupConvergence(this.nodeCount); URI factoryUri = UriUtils.buildUri(this.host.get... | @Override public URI getUri() { if (this.uri == null) { this.uri = super.getUri(); } return this.uri; } | NodeGroupService extends StatefulService { @Override public URI getUri() { if (this.uri == null) { this.uri = super.getUri(); } return this.uri; } } | NodeGroupService extends StatefulService { @Override public URI getUri() { if (this.uri == null) { this.uri = super.getUri(); } return this.uri; } NodeGroupService(); } | NodeGroupService extends StatefulService { @Override public URI getUri() { if (this.uri == null) { this.uri = super.getUri(); } return this.uri; } NodeGroupService(); @Override URI getUri(); @Override void handleStart(Operation startPost); @Override void handleGet(Operation get); @Override void handlePatch(Operation pa... | NodeGroupService extends StatefulService { @Override public URI getUri() { if (this.uri == null) { this.uri = super.getUri(); } return this.uri; } NodeGroupService(); @Override URI getUri(); @Override void handleStart(Operation startPost); @Override void handleGet(Operation get); @Override void handlePatch(Operation pa... |
@Test public void testQueueDepthStats() throws Throwable { setUpHost(false); MinimalFactoryTestService factoryService = (MinimalFactoryTestService) this.host.startServiceAndWait(new MinimalFactoryTestService(), UUID.randomUUID().toString(), null); factoryService.setChildServiceCaps(EnumSet.of(ServiceOption.PERSISTENCE)... | @Override public URI getUri() { return this.uri; } | LuceneDocumentIndexService extends StatelessService { @Override public URI getUri() { return this.uri; } } | LuceneDocumentIndexService extends StatelessService { @Override public URI getUri() { return this.uri; } LuceneDocumentIndexService(); LuceneDocumentIndexService(String indexDirectory); } | LuceneDocumentIndexService extends StatelessService { @Override public URI getUri() { return this.uri; } LuceneDocumentIndexService(); LuceneDocumentIndexService(String indexDirectory); static void setImplicitQueryResultLimit(int limit); static int getImplicitQueryResultLimit(); static void setImplicitQueryProcessingP... | LuceneDocumentIndexService extends StatelessService { @Override public URI getUri() { return this.uri; } LuceneDocumentIndexService(); LuceneDocumentIndexService(String indexDirectory); static void setImplicitQueryResultLimit(int limit); static int getImplicitQueryResultLimit(); static void setImplicitQueryProcessingP... |
@Test public void allocateExecutor() throws Throwable { setUp(false); Service s = this.host.startServiceAndWait(MinimalTestService.class, UUID.randomUUID() .toString()); ExecutorService exec = this.host.allocateExecutor(s); this.host.testStart(1); exec.execute(() -> { this.host.completeIteration(); }); this.host.testWa... | public ExecutorService allocateExecutor(Service s) { return allocateExecutor(s, Utils.DEFAULT_THREAD_COUNT); } | ServiceHost implements ServiceRequestSender { public ExecutorService allocateExecutor(Service s) { return allocateExecutor(s, Utils.DEFAULT_THREAD_COUNT); } } | ServiceHost implements ServiceRequestSender { public ExecutorService allocateExecutor(Service s) { return allocateExecutor(s, Utils.DEFAULT_THREAD_COUNT); } protected ServiceHost(); } | ServiceHost implements ServiceRequestSender { public ExecutorService allocateExecutor(Service s) { return allocateExecutor(s, Utils.DEFAULT_THREAD_COUNT); } protected ServiceHost(); static ServiceHost create(String... args); ServiceHost initialize(String[] args); ServiceHost initialize(Arguments args); String getLocat... | ServiceHost implements ServiceRequestSender { public ExecutorService allocateExecutor(Service s) { return allocateExecutor(s, Utils.DEFAULT_THREAD_COUNT); } protected ServiceHost(); static ServiceHost create(String... args); ServiceHost initialize(String[] args); ServiceHost initialize(Arguments args); String getLocat... |
@Test public void buildDocumentDescription() throws Throwable { setUp(false); URI factoryUri = UriUtils.buildUri(this.host, ExampleService.FACTORY_LINK); Map<URI, ExampleServiceState> states = this.host.doFactoryChildServiceStart(null, this.serviceCount, ExampleServiceState.class, (op) -> { ExampleServiceState st = new... | public ServiceDocumentDescription buildDocumentDescription(String servicePath) { Service s = findService(servicePath); if (s == null) { String parentPath = UriUtils.getParentPath(servicePath); return this.descriptionCachePerFactoryLink.get(parentPath); } return buildDocumentDescription(s); } | ServiceHost implements ServiceRequestSender { public ServiceDocumentDescription buildDocumentDescription(String servicePath) { Service s = findService(servicePath); if (s == null) { String parentPath = UriUtils.getParentPath(servicePath); return this.descriptionCachePerFactoryLink.get(parentPath); } return buildDocumen... | ServiceHost implements ServiceRequestSender { public ServiceDocumentDescription buildDocumentDescription(String servicePath) { Service s = findService(servicePath); if (s == null) { String parentPath = UriUtils.getParentPath(servicePath); return this.descriptionCachePerFactoryLink.get(parentPath); } return buildDocumen... | ServiceHost implements ServiceRequestSender { public ServiceDocumentDescription buildDocumentDescription(String servicePath) { Service s = findService(servicePath); if (s == null) { String parentPath = UriUtils.getParentPath(servicePath); return this.descriptionCachePerFactoryLink.get(parentPath); } return buildDocumen... | ServiceHost implements ServiceRequestSender { public ServiceDocumentDescription buildDocumentDescription(String servicePath) { Service s = findService(servicePath); if (s == null) { String parentPath = UriUtils.getParentPath(servicePath); return this.descriptionCachePerFactoryLink.get(parentPath); } return buildDocumen... |
@Test public void setPublicUri() throws Throwable { setUp(false); ExampleServiceHost h = new ExampleServiceHost(); try { ServiceHost.Arguments hostArgs = new ServiceHost.Arguments(); hostArgs.publicUri = ""; try { h.initialize(hostArgs); throw new IllegalStateException("should have failed"); } catch (IllegalArgumentExc... | public ServiceHost setPublicUri(URI publicUri) { this.state.publicUri = publicUri; clearUriAndLogPrefix(); return this; } | ServiceHost implements ServiceRequestSender { public ServiceHost setPublicUri(URI publicUri) { this.state.publicUri = publicUri; clearUriAndLogPrefix(); return this; } } | ServiceHost implements ServiceRequestSender { public ServiceHost setPublicUri(URI publicUri) { this.state.publicUri = publicUri; clearUriAndLogPrefix(); return this; } protected ServiceHost(); } | ServiceHost implements ServiceRequestSender { public ServiceHost setPublicUri(URI publicUri) { this.state.publicUri = publicUri; clearUriAndLogPrefix(); return this; } protected ServiceHost(); static ServiceHost create(String... args); ServiceHost initialize(String[] args); ServiceHost initialize(Arguments args); Stri... | ServiceHost implements ServiceRequestSender { public ServiceHost setPublicUri(URI publicUri) { this.state.publicUri = publicUri; clearUriAndLogPrefix(); return this; } protected ServiceHost(); static ServiceHost create(String... args); ServiceHost initialize(String[] args); ServiceHost initialize(Arguments args); Stri... |
@Test public void registerForServiceAvailabilityTimeout() throws Throwable { setUp(false); int c = 10; this.host.testStart(c); for (int i = 0; i < c; i++) { this.host.send(Operation .createGet(UriUtils.buildUri(this.host, UUID.randomUUID().toString())) .setExpiration(Utils.fromNowMicrosUtc(TimeUnit.SECONDS.toMicros(1))... | @Override public String toString() { return String.format("[" + "%n isStarted: %s" + "%n httpPort: %d" + "%n httpsPort: %d" + "%n id: %s" + "%n attached services: %d" + "%n]", isStarted(), this.state.httpPort, this.state.httpsPort, this.state.id, this.attachedServices.size()); } | ServiceHost implements ServiceRequestSender { @Override public String toString() { return String.format("[" + "%n isStarted: %s" + "%n httpPort: %d" + "%n httpsPort: %d" + "%n id: %s" + "%n attached services: %d" + "%n]", isStarted(), this.state.httpPort, this.state.httpsPort, this.state.id, this.attachedServices.size(... | ServiceHost implements ServiceRequestSender { @Override public String toString() { return String.format("[" + "%n isStarted: %s" + "%n httpPort: %d" + "%n httpsPort: %d" + "%n id: %s" + "%n attached services: %d" + "%n]", isStarted(), this.state.httpPort, this.state.httpsPort, this.state.id, this.attachedServices.size(... | ServiceHost implements ServiceRequestSender { @Override public String toString() { return String.format("[" + "%n isStarted: %s" + "%n httpPort: %d" + "%n httpsPort: %d" + "%n id: %s" + "%n attached services: %d" + "%n]", isStarted(), this.state.httpPort, this.state.httpsPort, this.state.id, this.attachedServices.size(... | ServiceHost implements ServiceRequestSender { @Override public String toString() { return String.format("[" + "%n isStarted: %s" + "%n httpPort: %d" + "%n httpsPort: %d" + "%n id: %s" + "%n attached services: %d" + "%n]", isStarted(), this.state.httpPort, this.state.httpsPort, this.state.id, this.attachedServices.size(... |
@Test public void registerForFactoryServiceAvailability() throws Throwable { setUp(false); this.host.startFactoryServicesSynchronously(new TestFactoryService.SomeFactoryService(), SomeExampleService.createFactory()); this.host.waitForServiceAvailable(SomeExampleService.FACTORY_LINK); this.host.waitForServiceAvailable(T... | public void startFactoryServicesSynchronously(Service... services) throws Throwable { List<Operation> posts = new ArrayList<>(); for (Service s : services) { if (!(s instanceof FactoryService)) { String message = String .format("Service %s is not a FactoryService", s.getClass().getSimpleName()); throw new IllegalArgume... | ServiceHost implements ServiceRequestSender { public void startFactoryServicesSynchronously(Service... services) throws Throwable { List<Operation> posts = new ArrayList<>(); for (Service s : services) { if (!(s instanceof FactoryService)) { String message = String .format("Service %s is not a FactoryService", s.getCla... | ServiceHost implements ServiceRequestSender { public void startFactoryServicesSynchronously(Service... services) throws Throwable { List<Operation> posts = new ArrayList<>(); for (Service s : services) { if (!(s instanceof FactoryService)) { String message = String .format("Service %s is not a FactoryService", s.getCla... | ServiceHost implements ServiceRequestSender { public void startFactoryServicesSynchronously(Service... services) throws Throwable { List<Operation> posts = new ArrayList<>(); for (Service s : services) { if (!(s instanceof FactoryService)) { String message = String .format("Service %s is not a FactoryService", s.getCla... | ServiceHost implements ServiceRequestSender { public void startFactoryServicesSynchronously(Service... services) throws Throwable { List<Operation> posts = new ArrayList<>(); for (Service s : services) { if (!(s instanceof FactoryService)) { String message = String .format("Service %s is not a FactoryService", s.getCla... |
@Test public void immutableServiceLifecycle() throws Throwable { setUpHost(false); URI factoryUri = createImmutableFactoryService(this.host); doThroughputPostWithNoQueryResults(false, factoryUri); ServiceDocumentQueryResult res = this.host.getFactoryState(factoryUri); assertEquals(this.serviceCount, res.documentLinks.s... | @Override public URI getUri() { return this.uri; } | LuceneDocumentIndexService extends StatelessService { @Override public URI getUri() { return this.uri; } } | LuceneDocumentIndexService extends StatelessService { @Override public URI getUri() { return this.uri; } LuceneDocumentIndexService(); LuceneDocumentIndexService(String indexDirectory); } | LuceneDocumentIndexService extends StatelessService { @Override public URI getUri() { return this.uri; } LuceneDocumentIndexService(); LuceneDocumentIndexService(String indexDirectory); static void setImplicitQueryResultLimit(int limit); static int getImplicitQueryResultLimit(); static void setImplicitQueryProcessingP... | LuceneDocumentIndexService extends StatelessService { @Override public URI getUri() { return this.uri; } LuceneDocumentIndexService(); LuceneDocumentIndexService(String indexDirectory); static void setImplicitQueryResultLimit(int limit); static int getImplicitQueryResultLimit(); static void setImplicitQueryProcessingP... |
@Test public void thirdPartyClientPost() throws Throwable { setUp(false); this.host.waitForServiceAvailable(ExampleService.FACTORY_LINK); String name = UUID.randomUUID().toString(); ExampleServiceState s = new ExampleServiceState(); s.name = name; Consumer<Operation> bodySetter = (o) -> { o.setBody(s); }; URI factoryUR... | @Override public String toString() { return String.format("[" + "%n isStarted: %s" + "%n httpPort: %d" + "%n httpsPort: %d" + "%n id: %s" + "%n attached services: %d" + "%n]", isStarted(), this.state.httpPort, this.state.httpsPort, this.state.id, this.attachedServices.size()); } | ServiceHost implements ServiceRequestSender { @Override public String toString() { return String.format("[" + "%n isStarted: %s" + "%n httpPort: %d" + "%n httpsPort: %d" + "%n id: %s" + "%n attached services: %d" + "%n]", isStarted(), this.state.httpPort, this.state.httpsPort, this.state.id, this.attachedServices.size(... | ServiceHost implements ServiceRequestSender { @Override public String toString() { return String.format("[" + "%n isStarted: %s" + "%n httpPort: %d" + "%n httpsPort: %d" + "%n id: %s" + "%n attached services: %d" + "%n]", isStarted(), this.state.httpPort, this.state.httpsPort, this.state.id, this.attachedServices.size(... | ServiceHost implements ServiceRequestSender { @Override public String toString() { return String.format("[" + "%n isStarted: %s" + "%n httpPort: %d" + "%n httpsPort: %d" + "%n id: %s" + "%n attached services: %d" + "%n]", isStarted(), this.state.httpPort, this.state.httpsPort, this.state.id, this.attachedServices.size(... | ServiceHost implements ServiceRequestSender { @Override public String toString() { return String.format("[" + "%n isStarted: %s" + "%n httpPort: %d" + "%n httpsPort: %d" + "%n id: %s" + "%n attached services: %d" + "%n]", isStarted(), this.state.httpPort, this.state.httpsPort, this.state.id, this.attachedServices.size(... |
@Test public void queryServices() throws Throwable { setUp(false); this.host.setServiceCacheClearDelayMicros(TimeUnit.MINUTES.toMicros(1)); int serviceCount = 5; List<URI> childUris = this.host.createExampleServices(this.host, serviceCount, Utils.fromNowMicrosUtc(TimeUnit.MINUTES.toMicros(1))); EnumSet<ServiceOption> o... | public void queryServices(String match, Operation get) { queryServices(null, null, null, match, get); } | ServiceHost implements ServiceRequestSender { public void queryServices(String match, Operation get) { queryServices(null, null, null, match, get); } } | ServiceHost implements ServiceRequestSender { public void queryServices(String match, Operation get) { queryServices(null, null, null, match, get); } protected ServiceHost(); } | ServiceHost implements ServiceRequestSender { public void queryServices(String match, Operation get) { queryServices(null, null, null, match, get); } protected ServiceHost(); static ServiceHost create(String... args); ServiceHost initialize(String[] args); ServiceHost initialize(Arguments args); String getLocation(); ... | ServiceHost implements ServiceRequestSender { public void queryServices(String match, Operation get) { queryServices(null, null, null, match, get); } protected ServiceHost(); static ServiceHost create(String... args); ServiceHost initialize(String[] args); ServiceHost initialize(Arguments args); String getLocation(); ... |
@Test public void create() throws Throwable { ServiceHost h = ServiceHost.create("--port=0"); try { h.start(); h.startDefaultCoreServicesSynchronously(); h.startFactory(ExampleService.class, ExampleService::createFactory); boolean[] isReady = new boolean[1]; h.registerForServiceAvailability((o, e) -> { isReady[0] = tru... | public static ServiceHost create(String... args) throws Throwable { ServiceHost host = new ServiceHost(); host.initialize(args); host.registerRuntimeShutdownHook(); return host; } | ServiceHost implements ServiceRequestSender { public static ServiceHost create(String... args) throws Throwable { ServiceHost host = new ServiceHost(); host.initialize(args); host.registerRuntimeShutdownHook(); return host; } } | ServiceHost implements ServiceRequestSender { public static ServiceHost create(String... args) throws Throwable { ServiceHost host = new ServiceHost(); host.initialize(args); host.registerRuntimeShutdownHook(); return host; } protected ServiceHost(); } | ServiceHost implements ServiceRequestSender { public static ServiceHost create(String... args) throws Throwable { ServiceHost host = new ServiceHost(); host.initialize(args); host.registerRuntimeShutdownHook(); return host; } protected ServiceHost(); static ServiceHost create(String... args); ServiceHost initialize(St... | ServiceHost implements ServiceRequestSender { public static ServiceHost create(String... args) throws Throwable { ServiceHost host = new ServiceHost(); host.initialize(args); host.registerRuntimeShutdownHook(); return host; } protected ServiceHost(); static ServiceHost create(String... args); ServiceHost initialize(St... |
@Test public void findOwnerNode() throws Throwable { setUp(false); int nodeCount = 3; int pathVerificationCount = 3; this.host.setUpPeerHosts(nodeCount); this.host.joinNodesAndVerifyConvergence(nodeCount, true); this.host.setNodeGroupQuorum(nodeCount); for (int i = 0; i < pathVerificationCount; i++) { String path = UUI... | public SelectOwnerResponse findOwnerNode(String selectorPath, String path) { NodeSelectorService nss = findNodeSelectorService(selectorPath, null); if (nss == null) { return null; } return nss.findOwnerNode(path); } | ServiceHost implements ServiceRequestSender { public SelectOwnerResponse findOwnerNode(String selectorPath, String path) { NodeSelectorService nss = findNodeSelectorService(selectorPath, null); if (nss == null) { return null; } return nss.findOwnerNode(path); } } | ServiceHost implements ServiceRequestSender { public SelectOwnerResponse findOwnerNode(String selectorPath, String path) { NodeSelectorService nss = findNodeSelectorService(selectorPath, null); if (nss == null) { return null; } return nss.findOwnerNode(path); } protected ServiceHost(); } | ServiceHost implements ServiceRequestSender { public SelectOwnerResponse findOwnerNode(String selectorPath, String path) { NodeSelectorService nss = findNodeSelectorService(selectorPath, null); if (nss == null) { return null; } return nss.findOwnerNode(path); } protected ServiceHost(); static ServiceHost create(String... | ServiceHost implements ServiceRequestSender { public SelectOwnerResponse findOwnerNode(String selectorPath, String path) { NodeSelectorService nss = findNodeSelectorService(selectorPath, null); if (nss == null) { return null; } return nss.findOwnerNode(path); } protected ServiceHost(); static ServiceHost create(String... |
@Test public void findLocalRootNamespaceServiceViaURI() throws Throwable { setUp(false); this.host.startServiceAndWait(MinimalTestService.class, ""); URI rootUri = this.host.getUri(); URI rootUriWithPath = UriUtils.buildUri(this.host.getUri(), UriUtils.URI_PATH_CHAR); this.host.getTestRequestSender().sendAndWait(Operat... | public URI getUri() { if (this.cachedUri == null) { boolean isSecureConnectionOnly = getCurrentHttpScheme() == HttpScheme.HTTPS_ONLY; String scheme = isSecureConnectionOnly ? UriUtils.HTTPS_SCHEME : UriUtils.HTTP_SCHEME; int port = isSecureConnectionOnly ? getSecurePort() : getPort(); this.cachedUri = UriUtils.buildUri... | ServiceHost implements ServiceRequestSender { public URI getUri() { if (this.cachedUri == null) { boolean isSecureConnectionOnly = getCurrentHttpScheme() == HttpScheme.HTTPS_ONLY; String scheme = isSecureConnectionOnly ? UriUtils.HTTPS_SCHEME : UriUtils.HTTP_SCHEME; int port = isSecureConnectionOnly ? getSecurePort() :... | ServiceHost implements ServiceRequestSender { public URI getUri() { if (this.cachedUri == null) { boolean isSecureConnectionOnly = getCurrentHttpScheme() == HttpScheme.HTTPS_ONLY; String scheme = isSecureConnectionOnly ? UriUtils.HTTPS_SCHEME : UriUtils.HTTP_SCHEME; int port = isSecureConnectionOnly ? getSecurePort() :... | ServiceHost implements ServiceRequestSender { public URI getUri() { if (this.cachedUri == null) { boolean isSecureConnectionOnly = getCurrentHttpScheme() == HttpScheme.HTTPS_ONLY; String scheme = isSecureConnectionOnly ? UriUtils.HTTPS_SCHEME : UriUtils.HTTP_SCHEME; int port = isSecureConnectionOnly ? getSecurePort() :... | ServiceHost implements ServiceRequestSender { public URI getUri() { if (this.cachedUri == null) { boolean isSecureConnectionOnly = getCurrentHttpScheme() == HttpScheme.HTTPS_ONLY; String scheme = isSecureConnectionOnly ? UriUtils.HTTPS_SCHEME : UriUtils.HTTP_SCHEME; int port = isSecureConnectionOnly ? getSecurePort() :... |
@Test public void optionsValidation() throws Throwable { ExampleServiceState body = new ExampleServiceState(); body.name = UUID.randomUUID().toString(); body.documentSelfLink = UUID.randomUUID().toString(); Operation post = Operation .createPost(UriUtils.buildFactoryUri(this.host, ExampleService.class)) .setCompletion(... | @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } } | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... |
@Test public void throughputInMemoryStrictUpdateCheckingServiceRemotePut() throws Throwable { int serviceCount = 4; int updateCount = 20; List<Service> services = this.host.doThroughputServiceStart( serviceCount, MinimalTestService.class, this.host.buildMinimalTestState(), EnumSet.of(Service.ServiceOption.STRICT_UPDATE... | public void log(Level level, String fmt, Object... args) { doLogging(level, () -> String.format(fmt, args)); } | StatefulService implements Service { public void log(Level level, String fmt, Object... args) { doLogging(level, () -> String.format(fmt, args)); } } | StatefulService implements Service { public void log(Level level, String fmt, Object... args) { doLogging(level, () -> String.format(fmt, args)); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
EnumSet<ServiceOption> options); } | StatefulService implements Service { public void log(Level level, String fmt, Object... args) { doLogging(level, () -> String.format(fmt, args)); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
EnumSet<ServiceOption> options); @Over... | StatefulService implements Service { public void log(Level level, String fmt, Object... args) { doLogging(level, () -> String.format(fmt, args)); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
EnumSet<ServiceOption> options); @Over... |
@Test public void remotePutNotModified() throws Throwable { int serviceCount = 10; List<Service> services = this.host.doThroughputServiceStart( serviceCount, MinimalTestService.class, this.host.buildMinimalTestState(), EnumSet.noneOf(Service.ServiceOption.class), null); MinimalTestServiceState body = (MinimalTestServic... | @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } } | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... |
@Test public void implicitQueryResultLimit() throws Throwable { try { LuceneDocumentIndexService.setImplicitQueryResultLimit((int) (this.serviceCount / 2)); setUpHost(false); URI factoryUri = UriUtils.buildUri(this.host, ExampleService.FACTORY_LINK); doThroughputPost(false, factoryUri, null, null); TestRequestSender se... | public static void setImplicitQueryResultLimit(int limit) { queryResultLimit = limit; } | LuceneDocumentIndexService extends StatelessService { public static void setImplicitQueryResultLimit(int limit) { queryResultLimit = limit; } } | LuceneDocumentIndexService extends StatelessService { public static void setImplicitQueryResultLimit(int limit) { queryResultLimit = limit; } LuceneDocumentIndexService(); LuceneDocumentIndexService(String indexDirectory); } | LuceneDocumentIndexService extends StatelessService { public static void setImplicitQueryResultLimit(int limit) { queryResultLimit = limit; } LuceneDocumentIndexService(); LuceneDocumentIndexService(String indexDirectory); static void setImplicitQueryResultLimit(int limit); static int getImplicitQueryResultLimit(); st... | LuceneDocumentIndexService extends StatelessService { public static void setImplicitQueryResultLimit(int limit) { queryResultLimit = limit; } LuceneDocumentIndexService(); LuceneDocumentIndexService(String indexDirectory); static void setImplicitQueryResultLimit(int limit); static int getImplicitQueryResultLimit(); st... |
@Test public void serviceStopWithInflightRequests() throws Throwable { long c = 100; this.host.waitForServiceAvailable(ExampleService.FACTORY_LINK); List<Service> services = this.host.doThroughputServiceStart(c, MinimalTestService.class, this.host.buildMinimalTestState(), EnumSet.of(ServiceOption.PERSISTENCE), null); E... | @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } } | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... |
@Test public void skipPersistDocument() throws Throwable { this.host.startFactory(new NoUpdateOnPutService()); this.host.waitForServiceAvailable(NoUpdateOnPutService.FACTORY_LINK); String servicePath = UriUtils.buildUriPath(NoUpdateOnPutService.FACTORY_LINK, "foo"); NoUpdateOnPutService.State initialBody = new NoUpdate... | protected <T extends ServiceDocument> T getBody(Operation op) { @SuppressWarnings("unchecked") T body = (T) op.getBody(this.context.stateType); return body; } | StatefulService implements Service { protected <T extends ServiceDocument> T getBody(Operation op) { @SuppressWarnings("unchecked") T body = (T) op.getBody(this.context.stateType); return body; } } | StatefulService implements Service { protected <T extends ServiceDocument> T getBody(Operation op) { @SuppressWarnings("unchecked") T body = (T) op.getBody(this.context.stateType); return body; } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... | StatefulService implements Service { protected <T extends ServiceDocument> T getBody(Operation op) { @SuppressWarnings("unchecked") T body = (T) op.getBody(this.context.stateType); return body; } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... | StatefulService implements Service { protected <T extends ServiceDocument> T getBody(Operation op) { @SuppressWarnings("unchecked") T body = (T) op.getBody(this.context.stateType); return body; } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... |
@Test public void patchDeleteThenPost() throws Throwable { int nodeCount = 3; this.host.setPeerSynchronizationEnabled(true); this.host.setUpPeerHosts(nodeCount); this.host.joinNodesAndVerifyConvergence(nodeCount, true); this.host.setNodeGroupQuorum(nodeCount); for (VerificationHost host : this.host.getInProcessHostMap(... | @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } } | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... |
@Test public void replicationWithNullBody() throws Throwable { int nodeCount = 3; this.host.setPeerSynchronizationEnabled(true); this.host.setUpPeerHosts(nodeCount); this.host.joinNodesAndVerifyConvergence(nodeCount, true); this.host.setNodeGroupQuorum(nodeCount); VerificationHost targetHost = this.host.getPeerHost(); ... | @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } } | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... |
@Test public void forwardWithNullBodyResponse() throws Throwable { int nodeCount = 2; this.host.setPeerSynchronizationEnabled(true); this.host.setUpPeerHosts(nodeCount); this.host.joinNodesAndVerifyConvergence(nodeCount, true); this.host.setNodeGroupQuorum(nodeCount); VerificationHost targetHost = this.host.getPeerHost... | @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } } | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... | StatefulService implements Service { @Override public URI getUri() { if (this.context.host == null) { return null; } return UriUtils.buildUri(this.context.host, this.context.selfLink); } StatefulService(Class<? extends ServiceDocument> stateType); StatefulService(Class<? extends ServiceDocument> stateType,
... |
@Test public void testConcurrency() throws InterruptedException { final ExecutorService executor = Executors.newFixedThreadPool(NUM_THREADS); Query q = Builder.create() .addFieldClause( "kind", "foo") .addFieldClause( "name", "jane") .build(); for (int i = 0; i < 1000; i++) { final CountDownLatch start = new CountDownL... | public String toJson(Object body) { for (int i = 1; ; i++) { try { return this.compact.toJson(body); } catch (IllegalStateException e) { handleIllegalStateException(e, i); } } } | JsonMapper { public String toJson(Object body) { for (int i = 1; ; i++) { try { return this.compact.toJson(body); } catch (IllegalStateException e) { handleIllegalStateException(e, i); } } } } | JsonMapper { public String toJson(Object body) { for (int i = 1; ; i++) { try { return this.compact.toJson(body); } catch (IllegalStateException e) { handleIllegalStateException(e, i); } } } JsonMapper(); JsonMapper(Consumer<GsonBuilder> gsonConfigCallback); JsonMapper(Gson compact, Gson compactSensitive); } | JsonMapper { public String toJson(Object body) { for (int i = 1; ; i++) { try { return this.compact.toJson(body); } catch (IllegalStateException e) { handleIllegalStateException(e, i); } } } JsonMapper(); JsonMapper(Consumer<GsonBuilder> gsonConfigCallback); JsonMapper(Gson compact, Gson compactSensitive); String toJ... | JsonMapper { public String toJson(Object body) { for (int i = 1; ; i++) { try { return this.compact.toJson(body); } catch (IllegalStateException e) { handleIllegalStateException(e, i); } } } JsonMapper(); JsonMapper(Consumer<GsonBuilder> gsonConfigCallback); JsonMapper(Gson compact, Gson compactSensitive); String toJ... |
@Test public void testJsonOptions() { TestGsonConfiguration.AnnotatedDoc testDoc = new TestGsonConfiguration.AnnotatedDoc(); testDoc.value = new TestGsonConfiguration.SomeComplexObject("complexA", "complexB"); testDoc.sensitivePropertyOptions = "sensitive data1"; testDoc.sensitiveUsageOption = "sensitive data2"; Patter... | public String toJson(Object body) { for (int i = 1; ; i++) { try { return this.compact.toJson(body); } catch (IllegalStateException e) { handleIllegalStateException(e, i); } } } | JsonMapper { public String toJson(Object body) { for (int i = 1; ; i++) { try { return this.compact.toJson(body); } catch (IllegalStateException e) { handleIllegalStateException(e, i); } } } } | JsonMapper { public String toJson(Object body) { for (int i = 1; ; i++) { try { return this.compact.toJson(body); } catch (IllegalStateException e) { handleIllegalStateException(e, i); } } } JsonMapper(); JsonMapper(Consumer<GsonBuilder> gsonConfigCallback); JsonMapper(Gson compact, Gson compactSensitive); } | JsonMapper { public String toJson(Object body) { for (int i = 1; ; i++) { try { return this.compact.toJson(body); } catch (IllegalStateException e) { handleIllegalStateException(e, i); } } } JsonMapper(); JsonMapper(Consumer<GsonBuilder> gsonConfigCallback); JsonMapper(Gson compact, Gson compactSensitive); String toJ... | JsonMapper { public String toJson(Object body) { for (int i = 1; ; i++) { try { return this.compact.toJson(body); } catch (IllegalStateException e) { handleIllegalStateException(e, i); } } } JsonMapper(); JsonMapper(Consumer<GsonBuilder> gsonConfigCallback); JsonMapper(Gson compact, Gson compactSensitive); String toJ... |
@Test public void accessODLAfterRemovedByMemoryPressure() throws Throwable { LuceneDocumentIndexService indexService = new LuceneDocumentIndexService(); this.host = VerificationHost.create(0); this.host.setDocumentIndexingService(indexService); this.host.start(); this.host.startFactory(new ExampleODLService()); this.ho... | void applyMemoryLimitToDocumentUpdateInfo() { long memThresholdBytes = this.updateMapMemoryLimit; final int bytesPerLinkEstimate = 64; int count = 0; if (allowStats()) { setStat(STAT_NAME_VERSION_CACHE_ENTRY_COUNT, this.updatesPerLink.size()); } synchronized (this.searchSync) { if (this.updatesPerLink.isEmpty()) { retu... | LuceneDocumentIndexService extends StatelessService { void applyMemoryLimitToDocumentUpdateInfo() { long memThresholdBytes = this.updateMapMemoryLimit; final int bytesPerLinkEstimate = 64; int count = 0; if (allowStats()) { setStat(STAT_NAME_VERSION_CACHE_ENTRY_COUNT, this.updatesPerLink.size()); } synchronized (this.s... | LuceneDocumentIndexService extends StatelessService { void applyMemoryLimitToDocumentUpdateInfo() { long memThresholdBytes = this.updateMapMemoryLimit; final int bytesPerLinkEstimate = 64; int count = 0; if (allowStats()) { setStat(STAT_NAME_VERSION_CACHE_ENTRY_COUNT, this.updatesPerLink.size()); } synchronized (this.s... | LuceneDocumentIndexService extends StatelessService { void applyMemoryLimitToDocumentUpdateInfo() { long memThresholdBytes = this.updateMapMemoryLimit; final int bytesPerLinkEstimate = 64; int count = 0; if (allowStats()) { setStat(STAT_NAME_VERSION_CACHE_ENTRY_COUNT, this.updatesPerLink.size()); } synchronized (this.s... | LuceneDocumentIndexService extends StatelessService { void applyMemoryLimitToDocumentUpdateInfo() { long memThresholdBytes = this.updateMapMemoryLimit; final int bytesPerLinkEstimate = 64; int count = 0; if (allowStats()) { setStat(STAT_NAME_VERSION_CACHE_ENTRY_COUNT, this.updatesPerLink.size()); } synchronized (this.s... |
@Test public void testSetOperations() throws Throwable { OperationJoin operationJoin = OperationJoin.create(); Operation op1 = createServiceOperation(this.services.get(0)); Operation op2 = createServiceOperation(this.services.get(1)); Operation op3 = createServiceOperation(this.services.get(2)); host.testStart(1); oper... | public OperationJoin setOperations(Operation... ops) { if (ops.length == 0) { throw new IllegalArgumentException("At least one operation to join expected"); } if (this.operationIterator != null) { throw new IllegalStateException(ERROR_MSG_OPERATIONS_ALREADY_SET); } for (Operation op : ops) { prepareOperation(op); } thi... | OperationJoin { public OperationJoin setOperations(Operation... ops) { if (ops.length == 0) { throw new IllegalArgumentException("At least one operation to join expected"); } if (this.operationIterator != null) { throw new IllegalStateException(ERROR_MSG_OPERATIONS_ALREADY_SET); } for (Operation op : ops) { prepareOper... | OperationJoin { public OperationJoin setOperations(Operation... ops) { if (ops.length == 0) { throw new IllegalArgumentException("At least one operation to join expected"); } if (this.operationIterator != null) { throw new IllegalStateException(ERROR_MSG_OPERATIONS_ALREADY_SET); } for (Operation op : ops) { prepareOper... | OperationJoin { public OperationJoin setOperations(Operation... ops) { if (ops.length == 0) { throw new IllegalArgumentException("At least one operation to join expected"); } if (this.operationIterator != null) { throw new IllegalStateException(ERROR_MSG_OPERATIONS_ALREADY_SET); } for (Operation op : ops) { prepareOper... | OperationJoin { public OperationJoin setOperations(Operation... ops) { if (ops.length == 0) { throw new IllegalArgumentException("At least one operation to join expected"); } if (this.operationIterator != null) { throw new IllegalStateException(ERROR_MSG_OPERATIONS_ALREADY_SET); } for (Operation op : ops) { prepareOper... |
@Test public void statRESTActions() throws Throwable { String name = UUID.randomUUID().toString(); ExampleServiceState s = new ExampleServiceState(); s.name = name; Consumer<Operation> bodySetter = (o) -> { o.setBody(s); }; URI factoryURI = UriUtils.buildFactoryUri(this.host, ExampleService.class); long c = 2; Map<URI,... | @Override public ServiceStats getStats() { if (this.stats == null) { return null; } synchronized (this.stats) { return Utils.clone(this.stats); } } | UtilityService implements Service { @Override public ServiceStats getStats() { if (this.stats == null) { return null; } synchronized (this.stats) { return Utils.clone(this.stats); } } } | UtilityService implements Service { @Override public ServiceStats getStats() { if (this.stats == null) { return null; } synchronized (this.stats) { return Utils.clone(this.stats); } } UtilityService(); } | UtilityService implements Service { @Override public ServiceStats getStats() { if (this.stats == null) { return null; } synchronized (this.stats) { return Utils.clone(this.stats); } } UtilityService(); UtilityService setParent(Service parent); @Override void authorizeRequest(Operation op); @Override void handleRequest(... | UtilityService implements Service { @Override public ServiceStats getStats() { if (this.stats == null) { return null; } synchronized (this.stats) { return Utils.clone(this.stats); } } UtilityService(); UtilityService setParent(Service parent); @Override void authorizeRequest(Operation op); @Override void handleRequest(... |
@Test public void testTimeSeriesStats() throws Throwable { long startTime = TimeUnit.MILLISECONDS.toMicros(System.currentTimeMillis()); int numBins = 4; long interval = 1000; double value = 100; TimeSeriesStats timeSeriesStats = new TimeSeriesStats(numBins, interval, EnumSet.allOf(AggregationType.class)); for (int i = ... | @Override public ServiceStats getStats() { if (this.stats == null) { return null; } synchronized (this.stats) { return Utils.clone(this.stats); } } | UtilityService implements Service { @Override public ServiceStats getStats() { if (this.stats == null) { return null; } synchronized (this.stats) { return Utils.clone(this.stats); } } } | UtilityService implements Service { @Override public ServiceStats getStats() { if (this.stats == null) { return null; } synchronized (this.stats) { return Utils.clone(this.stats); } } UtilityService(); } | UtilityService implements Service { @Override public ServiceStats getStats() { if (this.stats == null) { return null; } synchronized (this.stats) { return Utils.clone(this.stats); } } UtilityService(); UtilityService setParent(Service parent); @Override void authorizeRequest(Operation op); @Override void handleRequest(... | UtilityService implements Service { @Override public ServiceStats getStats() { if (this.stats == null) { return null; } synchronized (this.stats) { return Utils.clone(this.stats); } } UtilityService(); UtilityService setParent(Service parent); @Override void authorizeRequest(Operation op); @Override void handleRequest(... |
@Test public void testIsAvailableStatAndSuffix() throws Throwable { long c = 1; URI factoryURI = UriUtils.buildFactoryUri(this.host, ExampleService.class); String name = UUID.randomUUID().toString(); ExampleServiceState s = new ExampleServiceState(); s.name = name; Consumer<Operation> bodySetter = (o) -> { o.setBody(s)... | @Override public URI getUri() { return null; } | UtilityService implements Service { @Override public URI getUri() { return null; } } | UtilityService implements Service { @Override public URI getUri() { return null; } UtilityService(); } | UtilityService implements Service { @Override public URI getUri() { return null; } UtilityService(); UtilityService setParent(Service parent); @Override void authorizeRequest(Operation op); @Override void handleRequest(Operation op); @Override void handleCreate(Operation post); @Override void handleStart(Operation star... | UtilityService implements Service { @Override public URI getUri() { return null; } UtilityService(); UtilityService setParent(Service parent); @Override void authorizeRequest(Operation op); @Override void handleRequest(Operation op); @Override void handleCreate(Operation post); @Override void handleStart(Operation star... |
@Test public void statsKeyOrder() { ExampleServiceState state = new ExampleServiceState(); state.name = "foo"; Operation post = Operation.createPost(this.host, ExampleService.FACTORY_LINK) .setBody(state); state = this.sender.sendAndWait(post, ExampleServiceState.class); ServiceStats stats = new ServiceStats(); Service... | @Override public ServiceStats getStats() { if (this.stats == null) { return null; } synchronized (this.stats) { return Utils.clone(this.stats); } } | UtilityService implements Service { @Override public ServiceStats getStats() { if (this.stats == null) { return null; } synchronized (this.stats) { return Utils.clone(this.stats); } } } | UtilityService implements Service { @Override public ServiceStats getStats() { if (this.stats == null) { return null; } synchronized (this.stats) { return Utils.clone(this.stats); } } UtilityService(); } | UtilityService implements Service { @Override public ServiceStats getStats() { if (this.stats == null) { return null; } synchronized (this.stats) { return Utils.clone(this.stats); } } UtilityService(); UtilityService setParent(Service parent); @Override void authorizeRequest(Operation op); @Override void handleRequest(... | UtilityService implements Service { @Override public ServiceStats getStats() { if (this.stats == null) { return null; } synchronized (this.stats) { return Utils.clone(this.stats); } } UtilityService(); UtilityService setParent(Service parent); @Override void authorizeRequest(Operation op); @Override void handleRequest(... |
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