public static <A> Object[] getDisplay0(scala.collection.immutable.Vector<A> v) { return v.display0(); } public static <A> Object[] getDisplay1(scala.collection.immutable.Vector<A> v) { return v.display1(); }
public static <A> Object[] getDisplay1(scala.collection.immutable.Vector<A> v) { return v.display1(); } public static <A> Object[] getDisplay2(scala.collection.immutable.Vector<A> v) { return v.display2(); }
public static <A> Object[] getDisplay2(scala.collection.immutable.Vector<A> v) { return v.display2(); } public static <A> Object[] getDisplay3(scala.collection.immutable.Vector<A> v) { return v.display3(); }
/** * Generates a Stream that traverses a scala.collection.immutable.Vector. * <p> * Both sequential and parallel operations will be efficient. * * @param coll The Vector to traverse * @return A Stream view of the collection which, by default, executes sequentially. */ public static <T> Stream<T> stream(scala.collection.immutable.Vector<T> coll) { return StreamSupport.stream(new StepsAnyVector<T>(coll, 0, coll.length()), false); }
public static <A> Object[] getDisplay5(scala.collection.immutable.Vector<A> v) { return v.display5(); } public static <A> scala.Tuple2< scala.Tuple2< scala.collection.Iterator<A>, Object >, scala.collection.Iterator<A> > trieIteratorSplit(scala.collection.Iterator<A> it) {
public static <A> Object[] getDisplay4(scala.collection.immutable.Vector<A> v) { return v.display4(); } public static <A> Object[] getDisplay5(scala.collection.immutable.Vector<A> v) { return v.display5(); }
public static <A> Object[] getDisplay3(scala.collection.immutable.Vector<A> v) { return v.display3(); } public static <A> Object[] getDisplay4(scala.collection.immutable.Vector<A> v) { return v.display4(); }
@Test public void should_get_timesheet_entries() { Date da = new Date(2006 - 1900, Calendar.DECEMBER, 31); Date db = new Date(2007 - 1900, Calendar.JANUARY, 6); DateRange range = new DateRange(da, db); DateRange rangeB = new DateRange(new Date(2006 - 1900, Calendar.DECEMBER, 31), new Date(2007 - 1900, Calendar.JANUARY, 6)); when(timesheetDAO.getTimesheetEntriesInRange(1, range)).thenReturn(new ArrayList<TimesheetEntry>()); when(timesheetCommentDAO.findById(new TimesheetCommentId(1, range.getDateStart()))).thenReturn(new TimesheetComment()); when(projectAssignmentService.getProjectAssignmentsForUser(1, rangeB)).thenReturn(new ArrayList<ProjectAssignment>()); when(config.getFirstDayOfWeek()).thenReturn(1); when(timesheetLockService.findLockedDatesInRange(any(Date.class), any(Date.class), any(User.class))).thenReturn(new Vector<Interval>(0, 0, 1)); timesheetService.getWeekOverview(new User(1), new GregorianCalendar(2007, Calendar.JANUARY, 1)); verify(timesheetDAO).getTimesheetEntriesInRange(1, range); verify(timesheetCommentDAO).findById(new TimesheetCommentId(1, range.getDateStart())); verify(projectAssignmentService).getProjectAssignmentsForUser(1, rangeB); verify(config).getFirstDayOfWeek(); verify(timesheetLockService).findLockedDatesInRange(any(Date.class), any(Date.class), any(User.class)); } }
/** * Build all combinations of graph structures for generic event stubs of a maximum length * @param length Maximum number of nodes in each to generate * @return All graph combinations of specified length or less */ public Vector<Graph<UserStub>> generateAllNodeDataTypeGraphCombinationsOfMaxLength(int length) { Vector<Graph<UserStub>> graphs = super.generateAllNodeDataTypeGraphCombinationsOfMaxLength(length); if (WRITE_STRUCTURES_IN_PARALLEL) { // Left as an exercise to the student. throw new NotImplementedError(); } else { int i = 0; for (Iterator<Graph<UserStub>> iter = graphs.toIterator(); iter.hasNext();) { Graph<UserStub> graph = iter.next(); graph.setGraphId("S_" + ++i + "_" + graph.allNodes().size()); graph.writeDotFile(outDir + graph.graphId() + ".gv", false, ALSO_WRITE_AS_PNG); } System.out.println("Wrote " + i + " graph files in DOT format to " + outDir + ""); } return graphs; }
/** * Generates a Stream that traverses a scala.collection.immutable.Vector. * <p> * Both sequential and parallel operations will be efficient. * * @param coll The Vector to traverse * @return A Stream view of the collection which, by default, executes sequentially. */ public static <T> Stream<T> stream(scala.collection.immutable.Vector<T> coll) { return StreamSupport.stream(new StepsAnyVector<T>(coll, 0, coll.length()), false); }
public static <A> Object[] getDisplay5(scala.collection.immutable.Vector<A> v) { return v.display5(); } public static <A> scala.Tuple2< scala.Tuple2< scala.collection.Iterator<A>, Object >, scala.collection.Iterator<A> > trieIteratorSplit(scala.collection.Iterator<A> it) {
public static <A> Object[] getDisplay4(scala.collection.immutable.Vector<A> v) { return v.display4(); } public static <A> Object[] getDisplay5(scala.collection.immutable.Vector<A> v) { return v.display5(); }
public static <A> Object[] getDisplay3(scala.collection.immutable.Vector<A> v) { return v.display3(); } public static <A> Object[] getDisplay4(scala.collection.immutable.Vector<A> v) { return v.display4(); }
/** * Generates a Stream that traverses a scala.collection.immutable.Vector. * <p> * Both sequential and parallel operations will be efficient. * * @param coll The Vector to traverse * @return A Stream view of the collection which, by default, executes sequentially. */ public static <T> Stream<T> stream(scala.collection.immutable.Vector<T> coll) { return StreamSupport.stream(new StepsAnyVector<T>(coll, 0, coll.length()), false); }
public static <A> Object[] getDisplay0(scala.collection.immutable.Vector<A> v) { return v.display0(); } public static <A> Object[] getDisplay1(scala.collection.immutable.Vector<A> v) { return v.display1(); }
public static <A> Object[] getDisplay1(scala.collection.immutable.Vector<A> v) { return v.display1(); } public static <A> Object[] getDisplay2(scala.collection.immutable.Vector<A> v) { return v.display2(); }
public static <A> Object[] getDisplay5(scala.collection.immutable.Vector<A> v) { return v.display5(); } public static <A> scala.Tuple2< scala.Tuple2< scala.collection.Iterator<A>, Object >, scala.collection.Iterator<A> > trieIteratorSplit(scala.collection.Iterator<A> it) {
public static <A> Object[] getDisplay4(scala.collection.immutable.Vector<A> v) { return v.display4(); } public static <A> Object[] getDisplay5(scala.collection.immutable.Vector<A> v) { return v.display5(); }
public static <A> Object[] getDisplay3(scala.collection.immutable.Vector<A> v) { return v.display3(); } public static <A> Object[] getDisplay4(scala.collection.immutable.Vector<A> v) { return v.display4(); }
public static <A> Object[] getDisplay2(scala.collection.immutable.Vector<A> v) { return v.display2(); } public static <A> Object[] getDisplay3(scala.collection.immutable.Vector<A> v) { return v.display3(); }