public void testRestartStarted() {
mockTaskProcessor_.executeTaskPeriodically(1000, null, true);
controlTaskProcessor_.setMatcher(
new AbstractMatcher() {
public boolean matches(Object[] expected, Object[] actual) {
return expected[0].equals(actual[0]);
}
});
controlTaskProcessor_.setReturnValue(mockScheduledFuture_);
mockScheduledFuture_.cancel(true);
controlScheduledFuture_.setReturnValue(true);
mockTaskProcessor_.executeTaskPeriodically(2000, null, true);
controlTaskProcessor_.setReturnValue(mockScheduledFuture_);
replayAll();
objectUnderTest_.startTask(1000);
objectUnderTest_.restartTask(2000);
verifyAll();
}
public void testMultipleStartsAreIgnored() {
mockTaskProcessor_.executeTaskPeriodically(0, null, false);
controlTaskProcessor_.setMatcher(MockControl.ALWAYS_MATCHER);
controlTaskProcessor_.setReturnValue(mockScheduledFuture_);
replayAll();
objectUnderTest_.startTask(2000);
objectUnderTest_.startTask(2000);
verifyAll();
}
public void testStopTask() {
mockTaskProcessor_.executeTaskPeriodically(0, null, false);
controlTaskProcessor_.setMatcher(MockControl.ALWAYS_MATCHER);
controlTaskProcessor_.setReturnValue(mockScheduledFuture_);
controlScheduledFuture_.expectAndReturn(mockScheduledFuture_.cancel(true), true);
replayAll();
objectUnderTest_.startTask(2000);
objectUnderTest_.stopTask();
verifyAll();
}
