/** * Test a manager that has one cursor running inside of a session. */ TEST_F(CursorManagerTestCustomOpCtx, OneCursorWithASession) { // Add a cursor with a session to the cursor manager. auto lsid = makeLogicalSessionIdForTest(); auto opCtx = _queryServiceContext->makeOperationContext(lsid, boost::none); auto pinned = makeCursor(opCtx.get()); // Retrieve all sessions active in manager - set should contain just lsid. LogicalSessionIdSet lsids; useCursorManager()->appendActiveSessions(&lsids); ASSERT_EQ(lsids.size(), size_t(1)); ASSERT(lsids.find(lsid) != lsids.end()); // Retrieve all cursors for this lsid - should be just ours. auto cursors = useCursorManager()->getCursorsForSession(lsid); ASSERT_EQ(cursors.size(), size_t(1)); auto cursorId = pinned.getCursor()->cursorid(); ASSERT(cursors.find(cursorId) != cursors.end()); // Remove the cursor from the manager. pinned.release(); ASSERT_OK(useCursorManager()->killCursor(opCtx.get(), cursorId, false)); // There should be no more cursor entries by session id. LogicalSessionIdSet sessions; useCursorManager()->appendActiveSessions(&sessions); ASSERT(sessions.empty()); ASSERT(useCursorManager()->getCursorsForSession(lsid).empty()); }
///-------------------------------------------------------------- void Scene2::tuioPressed(ofTouchEventArgs &touch) { TuioCursor *myCursor = makeCursor(touch.id, touch.x, touch.y); ofVec2f screenCoords = TUIOHandler::tuioToScreenCoords(touch.x, touch.y); handlePress(InteractionSourceTuio, int(screenCoords.x), int(screenCoords.y), myCursor); }
///-------------------------------------------------------------- void Scene2::tuioReceiverPressed(TUIOReceiverEvent &cursor) { TuioCursor *myCursor = makeCursor(cursor.sourceId, cursor.sessionId, cursor.cursorId, cursor.x, cursor.y, cursor.xSpeed, cursor.ySpeed, cursor.motionAccel); ofVec2f screenCoords = TUIOHandler::tuioToScreenCoords(cursor.x, cursor.y); handlePress(InteractionSourceTuio, int(screenCoords.x), int(screenCoords.y), myCursor); }
/** * Test that cursors inherit the logical session id from their operation context */ TEST_F(CursorManagerTestCustomOpCtx, LogicalSessionIdOnOperationCtxTest) { // Cursors created on an op ctx without a session id have no session id. { auto opCtx = _queryServiceContext->makeOperationContext(); auto pinned = makeCursor(opCtx.get()); ASSERT_EQUALS(pinned.getCursor()->getSessionId(), boost::none); } // Cursors created on an op ctx with a session id have a session id. { auto lsid = makeLogicalSessionIdForTest(); auto opCtx2 = _queryServiceContext->makeOperationContext(lsid, boost::none); auto pinned2 = makeCursor(opCtx2.get()); ASSERT_EQUALS(pinned2.getCursor()->getSessionId(), lsid); } }
/** * Test that a manager whose cursors do not have sessions does not return them. */ TEST_F(CursorManagerTestCustomOpCtx, CursorsWithoutSessions) { // Add a cursor with no session to the cursor manager. auto opCtx = _queryServiceContext->makeOperationContext(); auto pinned = makeCursor(opCtx.get()); ASSERT_EQUALS(pinned.getCursor()->getSessionId(), boost::none); // Retrieve all sessions active in manager - set should be empty. LogicalSessionIdSet lsids; useCursorManager()->appendActiveSessions(&lsids); ASSERT(lsids.empty()); }
/** * Test a manager with multiple cursors running inside of different sessions. */ TEST_F(CursorManagerTestCustomOpCtx, MultipleCursorsMultipleSessions) { auto lsid1 = makeLogicalSessionIdForTest(); auto lsid2 = makeLogicalSessionIdForTest(); CursorId cursor1; CursorId cursor2; // Cursor with session 1. { auto opCtx1 = _queryServiceContext->makeOperationContext(lsid1, boost::none); cursor1 = makeCursor(opCtx1.get()).getCursor()->cursorid(); } // Cursor with session 2. { auto opCtx2 = _queryServiceContext->makeOperationContext(lsid2, boost::none); cursor2 = makeCursor(opCtx2.get()).getCursor()->cursorid(); } // Cursor with no session. { auto opCtx3 = _queryServiceContext->makeOperationContext(); makeCursor(opCtx3.get()).getCursor(); } // Retrieve all sessions - should be both lsids. LogicalSessionIdSet lsids; useCursorManager()->appendActiveSessions(&lsids); ASSERT_EQ(lsids.size(), size_t(2)); ASSERT(lsids.find(lsid1) != lsids.end()); ASSERT(lsids.find(lsid2) != lsids.end()); // Retrieve cursors for each session - should be just one. auto cursors1 = useCursorManager()->getCursorsForSession(lsid1); ASSERT_EQ(cursors1.size(), size_t(1)); ASSERT(cursors1.find(cursor1) != cursors1.end()); auto cursors2 = useCursorManager()->getCursorsForSession(lsid2); ASSERT_EQ(cursors2.size(), size_t(1)); ASSERT(cursors2.find(cursor2) != cursors2.end()); }
TEST_F(CursorManagerTestCustomOpCtx, KillCursorWithSessionDoesNotKillCursorCreatedOutsideOfSession) { // Add a cursor with a session to the cursor manager. auto opCtx = _queryServiceContext->makeOperationContext(); auto pinned = makeCursor(opCtx.get()); auto cursorId = pinned.getCursor()->cursorid(); // Killing the cursor with the correct cursorId but with an unrelated LogicalSessionId fails. auto lsid = makeLogicalSessionIdForTest(); auto status = useCursorManager()->killCursor(opCtx.get(), cursorId, false, lsid, boost::none); ASSERT_NOT_OK(status); ASSERT_EQ(status.code(), ErrorCodes::CursorNotFound); }
/** * Test a manager with multiple cursors running inside of the same session. */ TEST_F(CursorManagerTestCustomOpCtx, MultipleCursorsWithSameSession) { // Add two cursors on the same session to the cursor manager. auto lsid = makeLogicalSessionIdForTest(); auto opCtx = _queryServiceContext->makeOperationContext(lsid, boost::none); auto pinned = makeCursor(opCtx.get()); auto pinned2 = makeCursor(opCtx.get()); auto cursorId1 = pinned.getCursor()->cursorid(); auto cursorId2 = pinned2.getCursor()->cursorid(); // Retrieve all sessions - set should contain just lsid. stdx::unordered_set<LogicalSessionId, LogicalSessionIdHash> lsids; useCursorManager()->appendActiveSessions(&lsids); ASSERT_EQ(lsids.size(), size_t(1)); ASSERT(lsids.find(lsid) != lsids.end()); // Retrieve all cursors for session - should be both cursors. auto cursors = useCursorManager()->getCursorsForSession(lsid); ASSERT_EQ(cursors.size(), size_t(2)); ASSERT(cursors.find(cursorId1) != cursors.end()); ASSERT(cursors.find(cursorId2) != cursors.end()); // Remove one cursor from the manager. pinned.release(); ASSERT_OK(useCursorManager()->killCursor(opCtx.get(), cursorId1, false)); // Should still be able to retrieve the session. lsids.clear(); useCursorManager()->appendActiveSessions(&lsids); ASSERT_EQ(lsids.size(), size_t(1)); ASSERT(lsids.find(lsid) != lsids.end()); // Should still be able to retrieve remaining cursor by session. cursors = useCursorManager()->getCursorsForSession(lsid); ASSERT_EQ(cursors.size(), size_t(1)); ASSERT(cursors.find(cursorId2) != cursors.end()); }
TEST_F(CursorManagerTestCustomOpCtx, KillCursorRespectsSessionId) { // Add a cursor with a session to the cursor manager. auto lsid = makeLogicalSessionIdForTest(); auto opCtx = _queryServiceContext->makeOperationContext(lsid, boost::none); auto pinned = makeCursor(opCtx.get()); auto cursorId = pinned.getCursor()->cursorid(); // Killing the cursor with incorrect LogicalSessionId fails. pinned.release(); auto wrongLsid = makeLogicalSessionIdForTest(); auto status = useCursorManager()->killCursor(opCtx.get(), cursorId, false, wrongLsid, boost::none); ASSERT_NOT_OK(status); ASSERT_EQ(status.code(), ErrorCodes::CursorNotFound); // Killing the cursor with the correct LogicalSessionId works. ASSERT_OK(useCursorManager()->killCursor(opCtx.get(), cursorId, false, lsid, boost::none)); }