def test_T1Detail_2():
t1_detail_text_2 = """
***** w1g1: T1 Rx Alarms (Framer) *****
ALOS: OFF | LOS: OFF
RED: OFF | AIS: OFF
LOF: OFF | RAI: OFF
***** w1g1: T1 Rx Alarms (LIU) *****
Short Circuit: OFF
Open Circuit: OFF
Loss of Signal: OFF
***** w1g1: T1 Tx Alarms *****
AIS: OFF | YEL: OFF
***** w1g1: T1 Performance Monitoring Counters *****
Line Code Violation : 0
Bit Errors (CRC6/Ft/Fs) : 16
Out of Frame Errors : 7
Sync Errors : 0
Rx Level : -7.5db to -10db
"""
expected = {
'AIS': 'OFF',
'ALOS': 'OFF',
'Bit_Errors_CRC6/Ft/Fs': '16',
'LOF': 'OFF',
'LOS': 'OFF',
'Line_Code_Violation': '0',
'Loss_of_Signal': 'OFF',
'Open_Circuit': 'OFF',
'Out_of_Frame_Errors': '7',
'RAI': 'OFF',
'RED': 'OFF',
'Rx_Level_High': '-7.5',
'Rx_Level_Low': '-10',
'Short_Circuit': 'OFF',
'Sync_Errors': '0',
'TxAIS': 'OFF',
'YEL': 'OFF'
}
t = Linux.T1Detail(debug=True)
output = t1_detail_text_2.splitlines()
json_dict = t.convert_to_json(output)
assert json_dict == expected
def run(self, local_info, router_context, gql_token, fp):
"""
"""
test_info = self.test_info(local_info, router_context)
self.output.test_start(test_info, status=Output.Status.OK)
params = self.get_params()
if self.check_user("root") != Output.Status.OK:
return self.output.test_end(fp)
self.output.progress_start(fp)
router_context.query_node_info()
json_data = {}
error_lines = []
t1_detail = Linux.T1Detail(debug=self.debug, progobj=self)
# Ugly....
self.fp = fp
shell_status = t1_detail.run_linux_args(local_info, router_context,
params['node_type'],
params['namespace'],
params['linux_device'],
error_lines, json_data)
# Ugly...
self.fp = None
# reset results for multi-router invocation
self.results = []
if len(error_lines) == 0:
# This should return a list of all entry_test entries which FAIL
# These will be passed to test.output
engine = EntryTest.Parser(debug=False)
engine.eval_tests_by_entry(json_data, params['entry_tests'], self)
else:
self.output.proc_run_linux_error(shell_status, error_lines[0])
return self.output.test_end(fp)
command = t1_detail.get_command(params['namespace'],
params['linux_device'])
self.output.proc_test_result(self.results, params, command)
return self.output.test_end(fp)