def flushThreadLog(threadList):
#global threadDict
#global logThreadLock
currentThread = threading.currentThread()
for thread in threadList:
if thread == currentThread:
continue
elif currentThread.getName() not in LOGGING_THREADS:
for msg in threadDict[thread]['msgList']:
logThreadLock.acquire()
debug('flushThreadLog - lock acquired by thread %s' %
thread.threadId,
level=const.LEVEL4)
try:
threadDict[currentThread]['msgList'].append(msg)
except:
sys.__stdout__.write(sys.exc_info())
logThreadLock.release()
debug('flushThreadLog - lock released by thread %s' %
thread.threadId,
level=const.LEVEL4)
logThreadLock.release()
debug('flushThreadLog - lock released by thread %s' %
thread.threadId,
level=const.LEVEL4)
threadDict.pop(thread, None)
else:
for msg in threadDict[thread]['msgList']:
LOGGER.log_message(msg)
threadDict.pop(thread, None)
def write(self, msg, level, html=False):
with self.lock:
thread = threading.currentThread().getName()
if thread in self.LOGGING_THREADS:
LOGGER.log_message(Message(msg, level, html))
else:
message = Message(msg, level, html)
self._messages.setdefault(thread, []).append(message)
def debug(msg, html=True, timestamp=None, level=0):
currentThread = threading.currentThread()
if currentThread.getName() in LOGGING_THREADS:
if level <= debugLogLevel:
logMsg = Message(msg, 'DEBUG', html, timestamp=timestamp)
LOGGER.log_message(logMsg)
else:
if level <= debugLogLevel:
logMsg = Message(msg,'DEBUG',html,timestamp=timestamp)
if currentThread in threadDict:
threadDict[currentThread]['msgList'].append(logMsg)
else:
threadDict[currentThread]['msgList'] = []
threadDict[currentThread]['msgList'].append(logMsg)
def debug(msg, html=True, timestamp=None, level=0):
currentThread = threading.currentThread()
if currentThread.getName() in LOGGING_THREADS:
if level <= debugLogLevel:
logMsg = Message(msg, 'DEBUG', html, timestamp=timestamp)
LOGGER.log_message(logMsg)
else:
if level <= debugLogLevel:
logMsg = Message(msg, 'DEBUG', html, timestamp=timestamp)
if currentThread in threadDict:
threadDict[currentThread]['msgList'].append(logMsg)
else:
threadDict[currentThread]['msgList'] = []
threadDict[currentThread]['msgList'].append(logMsg)
def info(msg, html=False, also_console=True,timestamp=None):
currentThread = threading.currentThread()
if currentThread.getName() in LOGGING_THREADS:
logMsg = Message(msg, 'INFO', html, timestamp=timestamp)
LOGGER.log_message(logMsg)
if also_console:
sys.__stdout__.write('\n %s' %(msg))
else:
if also_console:
sys.__stdout__.write("\n%s" %(msg))
logMsg = Message(msg,'INFO',html,timestamp=timestamp)
if currentThread in threadDict:
threadDict[currentThread]['msgList'].append(logMsg)
else:
threadDict[currentThread]['msgList'] = []
threadDict[currentThread]['msgList'].append(logMsg)
def info(msg, html=False, also_console=True, timestamp=None):
currentThread = threading.currentThread()
if currentThread.getName() in LOGGING_THREADS:
logMsg = Message(msg, 'INFO', html, timestamp=timestamp)
LOGGER.log_message(logMsg)
if also_console:
sys.__stdout__.write('\n %s' % (msg))
else:
if also_console:
sys.__stdout__.write("\n%s" % (msg))
logMsg = Message(msg, 'INFO', html, timestamp=timestamp)
if currentThread in threadDict:
threadDict[currentThread]['msgList'].append(logMsg)
else:
threadDict[currentThread]['msgList'] = []
threadDict[currentThread]['msgList'].append(logMsg)
def details(msg, html=True, also_console=True, timestamp=None):
current_thread = threading.currentThread()
if current_thread.getName() in LOGGING_THREADS:
log_msg = Message(msg, 'INFO', html, timestamp=timestamp)
LOGGER.log_message(log_msg)
if also_console:
sys.__stdout__.write('\n\x1b[5;36mINFO : %s\x1b[0m' % msg)
else:
if also_console:
sys.__stdout__.write("\n%s" % msg)
log_msg = Message(msg, 'INFO', html, timestamp=timestamp)
if current_thread in threadDict:
threadDict[current_thread]['msg_list'].append(log_msg)
else:
threadDict[current_thread]['msg_list'] = []
threadDict[current_thread]['msg_list'].append(log_msg)
def fail(msg, html=True, also_console=True, timestamp=None):
font_tag = '<font color=\"red\"><b> FAIL: '
font_end_tag = '</b></font>'
failmsg = "%s %s %s" % (font_tag, msg, font_end_tag)
current_thread = threading.currentThread()
sys.__stdout__.write('\n\x1b[38;5;1mFAIL: %s\x1b[0m' % msg)
if current_thread.getName() in LOGGING_THREADS:
log_msg = Message(failmsg, 'FAIL', html, timestamp=timestamp)
LOGGER.log_message(log_msg)
if also_console:
sys.__stdout__.write('\n %s' % msg)
else:
if also_console:
sys.__stdout__.write("\n%s" % msg)
log_msg = Message(msg, 'FAIL', html, timestamp=timestamp)
if current_thread in threadDict:
threadDict[current_thread]['msg_list'].append(log_msg)
else:
threadDict[current_thread]['msg_list'] = []
threadDict[current_thread]['msg_list'].append(log_msg)
def flushThreadLog(threadList):
#global threadDict
#global logThreadLock
currentThread = threading.currentThread()
for thread in threadList:
if thread == currentThread:
continue
elif currentThread.getName() not in LOGGING_THREADS:
for msg in threadDict[thread]['msgList']:
logThreadLock.acquire()
debug('flushThreadLog - lock acquired by thread %s' %thread.threadId, level=const.LEVEL4)
try:
threadDict[currentThread]['msgList'].append(msg)
except:
sys.__stdout__.write(sys.exc_info())
logThreadLock.release()
debug('flushThreadLog - lock released by thread %s' %thread.threadId, level=const.LEVEL4)
logThreadLock.release()
debug('flushThreadLog - lock released by thread %s' %thread.threadId, level=const.LEVEL4)
threadDict.pop(thread, None)
else:
for msg in threadDict[thread]['msgList']:
LOGGER.log_message(msg)
threadDict.pop(thread, None)
def emit(self, record):
message = self.format(record)
level = MAP.get(record.levelname, record.levelname)
LOGGER.log_message(Message(message, level, False))
def _log_all_messages(self):
for thread in list(self._messages):
# Only way to get custom timestamps currently is with print
print("*HTML* <b>Messages by '%s'</b>" % thread)
for message in self._messages.pop(thread):
LOGGER.log_message(message)
def _log_messages_by_thread(self, name, html=False):
msg = 'Run Thread %s' % name
LOGGER.log_message(Message(msg, 'INFO', html))
for message in self._messages.pop(name, []):
LOGGER.log_message(message)
