def test__scan_failed_on_at_least_one_rack(self): results = make_RPCResults( available=['x'], failed=['v', 'w'], unavailable=['y', 'z']) result = get_scan_result_string_for_humans(results) self.assertThat(result, DocTestMatches( "Scanning could not be started...In addition, a scan was already " "in-progress on 2..."))
def test__failed_rack(self): results = make_RPCResults(available=['w'], failed=['w'], unavailable=[]) result = get_scan_result_string_for_humans(results) self.assertThat( result, DocTestMatches("A scan was already in-progress on 1 rack..."))
def test__scan_not_started_on_at_least_one_rack(self): results = make_RPCResults(available=['x'], unavailable=['y', 'z'], failed=[]) result = get_scan_result_string_for_humans(results) self.assertThat( result, DocTestMatches("Scanning could not be started on 2 rack..."))
def test__no_racks_available(self): results = make_RPCResults(available=[], failed=[]) result = get_scan_result_string_for_humans(results) self.assertThat( result, DocTestMatches( "Unable to initiate network scanning on any rack controller..." ))
def scan_all_subnets(self, cidrs): """Scans the specified list of subnet CIDRs. Updates the last_scan time if a scan was initiated. :return: human readable string indicating scan results. """ assert len(cidrs) != 0 scan_results = scan_all_rack_networks(cidrs=cidrs) # Don't increment the last_scan value if we couldn't contact any # rack controllers to initiate the scan. if len(scan_results.available) > 0: self._update_last_scan_time() return get_scan_result_string_for_humans(scan_results)
def test__scan_in_progress(self): results = make_RPCResults(available=['x'], unavailable=[], failed=[]) result = get_scan_result_string_for_humans(results) self.assertThat(result, DocTestMatches("Scanning is in-progress..."))