def __init__(self, sequence_file, loops=1):
self.seq_file = sequence_file # sequence file
if LOG_ENABLED:
logfile = utils.new_log_path(sequence_file.split(os.sep)[-1])
self.logfile = open(logfile, mode='w') # logging file handler
else:
self.logfile = None
self.errordump = None # error obj dumped to errordump file when worker stops unexpectly
self.errordumpfile = None # errordump file handler to record errordump obj
self.seq_loops = loops # loop count that we run the sequence
self.loop_failures = [] # failure info queue for current test loop
self.uds = get_this_uds() # unix domain socket for ipc to master
self.agent = AgentWrapper(logfile=self.logfile)
# read sequence file, to get the sequence of commands
try:
seqreader = SequenceReader(sequence_file)
seqreader.parse_lines()
self.sequence = seqreader.sequence
self.subsequences = seqreader.subsequences
except Exception as error:
global WIN_DISPLAY_EN
if WIN_DISPLAY_EN is not None:
WIN_DISPLAY_EN.value = 0
self.logging_error(error)
raise error
# running arguments that we really use
self.running_sequence = self.sequence # running sequence, by default the whole sequence
self.running_loops = self.seq_loops # running sequence loops
self.cmplt_running_loops = 0 # how many loops that has completed
self.running_command = 0 # running command running sequence
self.spawned_workers = [] # workers spawned by current worker
def logging_failure(self, data):
if self.failure_logfile is None:
log_header = '********FAILURE LOGGING********' + '\n\n'
filename = utils.new_log_path(
sequence=self.init_sequence_file.split(os.sep)[-1],
suffix='failure')
self.failure_logfile = open(filename, mode='w')
self.failure_logfile.write(log_header)
self.failure_logfile.flush()
if self.failure_logfile and not self.failure_logfile.closed:
self.failure_logfile.write(data)
self.failure_logfile.flush()
def failure_logging(self, data):
if not self.failure_logfile:
log_header = '********FAILURE LOG********' + newline + newline
self.failure_logfile = open(utils.new_log_path(
sequence=self.init_sequence_file.split(os.sep)[-1],
suffix='failure'),
mode='w')
self.failure_logfile.write(log_header)
self.failure_logfile.flush()
if self.failure_logfile and not self.failure_logfile.closed:
self.failure_logfile.write(data)
self.failure_logfile.flush()
def logging_error(self, errorinfo):
if not self.errordumpfile:
error_header = '******ERROR DUMP MESSAGE******\n\n'
error_title = 'TEST SEQUENCE: %s\n\n' % (self.seq_file)
errordumpfile = utils.new_log_path(sequence=self.seq_file.split(
os.sep)[-1],
suffix='errordump')
self.errordumpfile = open(errordumpfile, mode='w')
self.errordumpfile.write(error_header + error_title)
self.errordumpfile.flush()
if self.errordumpfile and not self.errordumpfile.closed:
if not isinstance(errorinfo, str): errorinfo = repr(errorinfo)
self.errordumpfile.write(errorinfo)
self.errordumpfile.flush()
def __init__(self, global_display_control, sequence_file, loops=1):
self.sequence_file = sequence_file
self.logfile = open(utils.new_log_path(
sequence=sequence_file.split(os.sep)[-1]),
mode='w') if log_enabled else None
self.display_control = global_display_control
self.errordumpfile = None
self.test_loops = loops
self.complt_loops = 0
self.errordump = None
self.spawned_workers = []
self.agent = UCSAgentWrapper(local_prompt=local_shell_prompt,
logfile=self.logfile)
try:
self.test_sequence = sequence_reader(sequence_file)
except Exception as err:
self.stop_display_refresh()
self.error_logging(err)
raise err