private void anticipatePollServiceSetMonitorLocators() {
ServiceMonitorLocator locator = new DefaultServiceMonitorLocator("HTTP", ServiceMonitor.class);
Set<ServiceMonitorLocator> locators = Collections.singleton(locator);
expect(m_backEnd.getServiceMonitorLocators(DistributionContext.REMOTE_MONITOR))
.andReturn(locators);
m_pollService.setServiceMonitorLocators(locators);
}
private void anticipatePollerCheckingIn() {
Date oldTimestamp = pollConfig().getConfigurationTimestamp();
switch (m_monitorStatus) {
case CONFIG_CHANGED:
setPollConfig(new DemoPollerConfiguration());
break;
case DISCONNECTED:
setPollConfig(new DemoPollerConfiguration(new Date(0)));
break;
case STARTED:
if (m_oldStatus != MonitorStatus.STARTED) {
setPollConfig(new DemoPollerConfiguration());
}
}
expect(m_backEnd.pollerCheckingIn(1, oldTimestamp)).andReturn(m_monitorStatus);
}
private void anticipateReportResult() {
m_backEnd.reportResult(getRegisteredId(), pollConfig().getFirstId(), m_serviceStatus);
}
private void anticipateRegisterLocationMonitor() {
setRegistered();
expect(m_backEnd.registerLocationMonitor("OAK")).andReturn(getRegisteredId());
m_settings.setMonitorId(getRegisteredId());
}
private void anticipatePollerStopping() {
m_backEnd.pollerStopping(getRegisteredId());
}
private void anticipateGetConfiguration() {
expect(m_backEnd.getPollerConfiguration(1)).andReturn(pollConfig());
}
private void anticipatePollerStarting() {
expect(m_backEnd.pollerStarting(getRegisteredId(), getPollerDetails())).andReturn(true);
}
