Esempio n. 1
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 def testWriteMarkInLog(self):
     loggable = log.Loggable()
     log.setDebug("5")
     log.addLogHandler(self.handler)
     marker = 'test'
     loggable.writeMarker(marker, log.LOG)
     self.assertEquals(self.message, marker)
Esempio n. 2
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 def testWriteMarkInError(self):
     loggable = log.Loggable()
     log.setDebug("4")
     log.addLogHandler(self.handler)
     marker = 'test'
     self.assertRaises(SystemExit, loggable.writeMarker, marker, log.ERROR)
     self.assertEquals(self.message, marker)
Esempio n. 3
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 def testWriteMarkInLog(self):
     loggable = log.Loggable()
     log.setDebug("5")
     log.addLogHandler(self.handler)
     marker = 'test'
     loggable.writeMarker(marker, log.LOG)
     self.assertEquals(self.message, marker)
Esempio n. 4
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    def testSet(self):
        old = log.getLogSettings()
        log.setDebug('*:5')
        self.assertNotEquals(old, log.getLogSettings())

        log.setLogSettings(old)
        self.assertEquals(old, log.getLogSettings())
Esempio n. 5
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    def testSet(self):
        old = log.getLogSettings()
        log.setDebug('*:5')
        self.assertNotEquals(old, log.getLogSettings())

        log.setLogSettings(old)
        self.assertEquals(old, log.getLogSettings())
Esempio n. 6
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 def testWriteMarkInError(self):
     loggable = log.Loggable()
     log.setDebug("4")
     log.addLogHandler(self.handler)
     marker = 'test'
     self.assertRaises(SystemExit, loggable.writeMarker, marker, log.ERROR)
     self.assertEquals(self.message, marker)
Esempio n. 7
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 def checkDebugMode(self):
     self.debugMode = yield self.statsData.CheckDebugMode()
     if self.debugMode == 0:
         log.setDebug(False)
     else:
         log.setDebug(True)
     reactor.callLater(60, self.checkDebugMode)
Esempio n. 8
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 def testWriteMarkInInfo(self):
     loggable = log.Loggable()
     log.setDebug("3")
     log.addLogHandler(self.handler)
     marker = "test"
     loggable.writeMarker(marker, log.INFO)
     self.assertEquals(self.message, marker)
Esempio n. 9
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 def testWriteMarkInWarn(self):
     loggable = log.Loggable()
     log.setDebug("2")
     log.addLogHandler(self.handler)
     marker = "test"
     loggable.writeMarker(marker, log.WARN)
     self.assertEquals(self.message, marker)
Esempio n. 10
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 def checkDebugMode(self):
     self.debugMode = yield self.statsData.CheckDebugMode()
     if self.debugMode == 0:
         log.setDebug(False)
     else:
         log.setDebug(True)
     reactor.callLater(60, self.checkDebugMode)
Esempio n. 11
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    def testFormatStrings(self):
        log.setDebug("testlog:3")
        log.addLimitedLogHandler(self.handler)

        self.tester.info("%d %s", 42, 'the answer')
        assert self.category == 'testlog'
        assert self.level == log.INFO
        assert self.message == '42 the answer'
Esempio n. 12
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    def testFormatStrings(self):
        log.setDebug("testlog:3")
        log.addLimitedLogHandler(self.handler)

        self.tester.info("%d %s", 42, 'the answer')
        assert self.category == 'testlog'
        assert self.level == log.INFO
        assert self.message == '42 the answer'
Esempio n. 13
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    def testLimitedError(self):
        log.setDebug("testlog:3")
        log.addLimitedLogHandler(self.handler)

        self.assertRaises(SystemExit, self.tester.error, "error")
        assert self.category == 'testlog'
        assert self.level == log.ERROR
        assert self.message == 'error'
Esempio n. 14
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    def testLimitedError(self):
        log.setDebug("testlog:3")
        log.addLimitedLogHandler(self.handler)

        self.assertRaises(SystemExit, self.tester.error, "error")
        assert self.category == 'testlog'
        assert self.level == log.ERROR
        assert self.message == 'error'
Esempio n. 15
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    def testLogHandler(self):
        log.setDebug("testlog:3")
        log.addLogHandler(self.handler)

        self.tester.log("visible")
        assert self.message == 'visible'

        self.tester.warning("also visible")
        assert self.message == 'also visible'
Esempio n. 16
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    def testLogHandler(self):
        log.setDebug("testlog:3")
        log.addLogHandler(self.handler)

        self.tester.log("visible")
        assert self.message == 'visible'

        self.tester.warning("also visible")
        assert self.message == 'also visible'
Esempio n. 17
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 def render_POST(self, request):
     try: debugStr = request.args['debug'][0].lower()
     except KeyError: debugStr = ''
     if debugStr in ['0','false','no']:
         self.config.serverConfig.Debug = False
     elif debugStr in ['1','true','yes']:
         self.config.serverConfig.Debug = True
     log.setDebug(self.config.serverConfig.Debug)
     request.setHeader('Content-Type','text/xml')
     return '%s<debug enabled="%s" href="/home"/>' % (
             XML_HEADER, self.config.serverConfig.Debug)
Esempio n. 18
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    def testLimitInvisible(self):
        log.setDebug("testlog:3")
        log.addLimitedLogHandler(self.handler)

        # log 2 we shouldn't get
        self.tester.log("not visible")
        assert not self.category
        assert not self.level
        assert not self.message

        self.tester.debug("not visible")
        assert not self.category
        assert not self.level
        assert not self.message
Esempio n. 19
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    def testLimitInvisible(self):
        log.setDebug("testlog:3")
        log.addLimitedLogHandler(self.handler)

        # log 2 we shouldn't get
        self.tester.log("not visible")
        assert not self.category
        assert not self.level
        assert not self.message

        self.tester.debug("not visible")
        assert not self.category
        assert not self.level
        assert not self.message
Esempio n. 20
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    def testLimitedVisible(self):
        log.setDebug("testlog:3")
        log.addLimitedLogHandler(self.handler)

        # log 3 we should get
        self.tester.info("visible")
        assert self.category == 'testlog'
        assert self.level == log.INFO
        assert self.message == 'visible'

        self.tester.warning("also visible")
        assert self.category == 'testlog'
        assert self.level == log.WARN
        assert self.message == 'also visible'
Esempio n. 21
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    def testLimitedVisible(self):
        log.setDebug("testlog:3")
        log.addLimitedLogHandler(self.handler)

        # log 3 we should get
        self.tester.info("visible")
        assert self.category == 'testlog'
        assert self.level == log.INFO
        assert self.message == 'visible'

        self.tester.warning("also visible")
        assert self.category == 'testlog'
        assert self.level == log.WARN
        assert self.message == 'also visible'
Esempio n. 22
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    def testLogHandlerLimitedLevels(self):
        log.setDebug("testlog:3")
        log.addLimitedLogHandler(self.handler)

        # now try debug and log again too
        log.setDebug("testlog:5")

        self.tester.debug("debug")
        assert self.category == 'testlog'
        assert self.level == log.DEBUG
        assert self.message == 'debug'

        self.tester.log("log")
        assert self.category == 'testlog'
        assert self.level == log.LOG
        assert self.message == 'log'
Esempio n. 23
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    def testLogHandlerLimitedLevels(self):
        log.setDebug("testlog:3")
        log.addLimitedLogHandler(self.handler)

        # now try debug and log again too
        log.setDebug("testlog:5")

        self.tester.debug("debug")
        assert self.category == 'testlog'
        assert self.level == log.DEBUG
        assert self.message == 'debug'

        self.tester.log("log")
        assert self.category == 'testlog'
        assert self.level == log.LOG
        assert self.message == 'log'
Esempio n. 24
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    def testAdaptStandardLogging(self):
        # create a standard logger
        logger = logging.getLogger('standard.logger')

        # set the debug level for the "test" category
        log.setDebug("test:3")
        log.addLimitedLogHandler(self.handler)

        logger.warning('invisible')
        # should not get anything, because the std module has not been adapted
        assert not self.category
        assert not self.level
        assert not self.message

        log.adaptStandardLogging('standard.logger', 'test', 'test_log')
        self.assertEquals(len(logger.handlers), 1)

        # trying to adapt it again should be a noop
        log.adaptStandardLogging('standard.logger', 'test', 'test_log')
        self.assertEquals(len(logger.handlers), 1)

        logger.info('invisible')
        # should not get anything, because INFO translates to Flu debug 4
        assert not self.category
        assert not self.level
        assert not self.message

        logger.warning('visible')
        # WARNING translates to INFO, see log.stdLevelToFluLevel
        assert self.category == 'test', self.category
        assert self.level == log.INFO
        assert self.message == 'visible'

        self.message = self.level = self.category = None

        # lower the debug level
        log.setDebug("test:2")
        logger.warning('visible')
        # should not get anything now
        assert not self.category
        assert not self.level
        assert not self.message
Esempio n. 25
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    def testAdaptStandardLogging(self):
        # create a standard logger
        logger = logging.getLogger('standard.logger')

        # set the debug level for the "test" category
        log.setDebug("test:3")
        log.addLimitedLogHandler(self.handler)

        logger.warning('invisible')
        # should not get anything, because the std module has not been adapted
        assert not self.category
        assert not self.level
        assert not self.message

        log.adaptStandardLogging('standard.logger', 'test', 'test_log')
        self.assertEquals(len(logger.handlers), 1)

        # trying to adapt it again should be a noop
        log.adaptStandardLogging('standard.logger', 'test', 'test_log')
        self.assertEquals(len(logger.handlers), 1)

        logger.info('invisible')
        # should not get anything, because INFO translates to Flu debug 4
        assert not self.category
        assert not self.level
        assert not self.message

        logger.warning('visible')
        # WARNING translates to INFO, see log.stdLevelToFluLevel
        assert self.category == 'test', self.category
        assert self.level == log.INFO
        assert self.message == 'visible'

        self.message = self.level = self.category = None

        # lower the debug level
        log.setDebug("test:2")
        logger.warning('visible')
        # should not get anything now
        assert not self.category
        assert not self.level
        assert not self.message
Esempio n. 26
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 def testSetDebug(self):
     log.setDebug(":5")
     log.setDebug("*")
     log.setDebug("5")
Esempio n. 27
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import argparse
from log import setDebug
import time
from AnalyzeInnerHTML import Analyser
from Eservices_crawler import Crawler

if __name__ == "__main__":
    parser = argparse.ArgumentParser()
    parser.add_argument('--username', type=str, help='username required')
    parser.add_argument('--password', type=str, help='password required')
    parser.add_argument('--mode',
                        type=str,
                        default='i',
                        help='choose info mode(i) or debug mode(d)')
    parser.add_argument(
        '--executable_path',
        type=str,
        default="C:\\Users\Akira.DESKTOP-HM7OVCC\Desktop\phantomjs.exe",
        help='choose info mode(i) or debug mode(d)')
    args = parser.parse_args()
    if args.mode == 'd':
        setDebug()
    if args.username and args.password:
        spider = Crawler(args.username, args.password, args.executable_path)
        analyser = Analyser()
        spider.connect()
        inner = spider.to_note()
        analyser.analyze_notes(inner)
        time.sleep(10)
        inner = spider.to_absence()
        analyser.analyze_absences(inner)
Esempio n. 28
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def main ( ):

  #print ''

  log.setDebug( util.argv( _cmds['Debug'] ) )
  actions.supress( util.argv( _cmds['Supress']) )

  args = sys.argv
  
  if len(args) == 1:
    log.comment ("No arguments specified, listing your Gists. Try '%s help' if you need help." % util.fileName)
    print ''

  del args[0] # Delete the filename
  cmd = None

  log.debug ("Arguments " + str( args ))

  #--------------------------------------------
  # If args[0] is a command. We remove it from the list. args now contains only the  command arguments
  # else we keep as is and try to evaluate the command
  #--------------------------------------------
  if _hasCmd( args ):
    cmd = args[0]
    del args[0] # Delete the command. Arguments remaining are the options for each command
  else:
    cmd = _deriveCmd( args )

  log.debug ("Adjusted cmd: " + str(cmd))
  log.debug ("Adjusted arguments " + str( args ))
  #--------------------------------------------
  # Handle commands
  #--------------------------------------------
  if cmd == None:
    _printNoMatch()
  elif cmd in (_cmds['Help']):
    actions.help()
  elif cmd in (_cmds['List']):
    actions.list()
  elif cmd in (_cmds['Token']):
    actions.updateCredentials()
  elif cmd in (_cmds['View']):
    if len(args) == 1:
      actions.view( args[0] )
    elif len(args) == 2:
      actions.view( args[0], fileName=args[1])
  elif cmd in (_cmds['Download']):
    if len(args) == 2:
      actions.get( args[0], path=args[1] )
    elif len(args) == 3:
      actions.get( args[0], fileName=args[1], path=args[2] )
  elif cmd in (_cmds['New']):
    # Each option will prompt for public/pvt and description. In silent mode, assumes private and no description.
    if len(args) == 0:
      actions.new()
    elif len(args) == 1:
      # create File
      # create Content
      if util.isFileOrDir(args[0]) == True:
        actions.new( filename = args[0] )
      else:
        actions.new( content = args[0] )
    elif len(args) == 2: 
      # create Boolean and File
      # create Boolean and Content
      # create Description and File 
      # create Description and Content 
      if util.parseBool( args[0] ) != None:
        if util.isFileOrDir(args[1]) == True:
          actions.new( public=util.parseBool( args[0] ), filename=args[1] )
        else:
          actions.new( public=util.parseBool( args[0] ), content=args[1] )
      else:
        if util.isFileOrDir(args[1]) == True:
          actions.new( description=args[0], filename=args[1] )
        else:
          actions.new( description=args[0], content=args[1] )
    elif len(args) == 3 and util.parseBool( args[0] ) != None:
      # create Boolean, Description and File
      # create Boolean, Description and Content
      if util.isFileOrDir(args[2]) == True:
        actions.new( public=util.parseBool( args[0] ), description=args[1], filename=args[2] )
      else:
        actions.new( public=util.parseBool( args[0] ), description=args[1], content=args[2] )
    else:
      _printNoMatch()
  elif cmd in (_cmds['Append']):
    # Each option will prompt for public/pvt and description.
    if len(args) == 0:
      _printNoMatch()
    elif len(args) == 2: 
      # append: id File
      # append: id Content 
      if util.isFileOrDir(args[1]) == True:
        actions.append( args[0], filename=args[1] )
      else:
        actions.append( args[0], content=args[1] )
    elif len(args) == 3:
      # append: id Description File
      # append: id Description Content
      if util.isFileOrDir(args[2]) == True:
        actions.append( args[0], description=args[1], filename=args[2] )
      else:
        actions.append( args[0], description=args[1], content=args[2] )
    else:
      actions.append( args[0] )
  elif cmd in (_cmds['Update']):
    # Each option will prompt for public/pvt and description.
    if len(args) == 0:
      _printNoMatch()
    elif len(args) == 2: 
      # append: id File
      # append: id Content 
      if util.isFileOrDir(args[1]) == True:
        actions.update( args[0], filename=args[1] )
      else:
        actions.update( args[0], content=args[1] )
    elif len(args) == 3:
      # append: id Description File
      # append: id Description Content
      if util.isFileOrDir(args[2]) == True:
        actions.update( args[0], description=args[1], filename=args[2] )
      else:
        actions.update( args[0], description=args[1], content=args[2] )
    else:
      actions.update( args[0] )
  elif cmd in (_cmds['Delete']):
    actions.delete( args[0] )
  elif cmd in (_cmds['Backup']):
    _printNoImpl()
    actions.backup( )
  elif cmd in (_cmds['Search']):
    _printNoImpl()
    actions.search( )
  else:
    _printNoMatch()

  log.debug ("Done.")
  print ''
Esempio n. 29
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    def testOwnLogHandlerLimited(self):
        log.setDebug("testlog:3")
        log.addLogHandler(self.handler)

        self.tester.log("visible")
        assert self.message == 'override visible'
Esempio n. 30
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    def testOwnLogHandlerLimited(self):
        log.setDebug("testlog:3")
        log.addLogHandler(self.handler)

        self.tester.log("visible")
        assert self.message == 'override visible'
Esempio n. 31
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def main():

    #print ''

    log.setDebug(util.argv(_cmds['Debug']))
    actions.supress(util.argv(_cmds['Supress']))

    args = sys.argv

    if len(args) == 1:
        log.comment(
            "No arguments specified, listing your Gists. Try '%s help' if you need help."
            % util.fileName)
        print('')

    del args[0]  # Delete the filename
    cmd = None

    log.debug("Arguments " + str(args))

    #--------------------------------------------
    # If args[0] is a command. We remove it from the list. args now contains only the  command arguments
    # else we keep as is and try to evaluate the command
    #--------------------------------------------
    if _hasCmd(args):
        cmd = args[0]
        del args[
            0]  # Delete the command. Arguments remaining are the options for each command
    else:
        cmd = _deriveCmd(args)

    log.debug("Adjusted cmd: " + str(cmd))
    log.debug("Adjusted arguments " + str(args))
    #--------------------------------------------
    # Handle commands
    #--------------------------------------------
    if cmd == None:
        _printNoMatch()
    elif cmd in (_cmds['Help']):
        actions.help()
    elif cmd in (_cmds['List']):
        actions.list()
    elif cmd in (_cmds['Token']):
        actions.updateCredentials()
    elif cmd in (_cmds['Open']):
        if len(args) == 1:
            actions.open(args[0])
        else:
            _printNoMatch()
    elif cmd in (_cmds['View']):
        if len(args) == 1:
            actions.view(args[0])
        elif len(args) == 2:
            actions.view(args[0], fileName=args[1])
    elif cmd in (_cmds['Download']):
        if len(args) == 2:
            actions.get(args[0], path=args[1])
        elif len(args) == 3:
            actions.get(args[0], fileName=args[1], path=args[2])
    elif cmd in (_cmds['New']):
        # Each option will prompt for public/pvt and description. In silent mode, assumes private and no description.
        if len(args) == 0:
            actions.new()
        elif len(args) == 1:
            # create File
            # create Content
            if util.isFileOrDir(args[0]) == True:
                actions.new(filename=args[0])
            else:
                actions.new(content=args[0])
        elif len(args) == 2:
            # create Boolean and File
            # create Boolean and Content
            # create Description and File
            # create Description and Content
            if util.parseBool(args[0]) != None:
                if util.isFileOrDir(args[1]) == True:
                    actions.new(public=util.parseBool(args[0]),
                                filename=args[1])
                else:
                    actions.new(public=util.parseBool(args[0]),
                                content=args[1])
            else:
                if util.isFileOrDir(args[1]) == True:
                    actions.new(description=args[0], filename=args[1])
                else:
                    actions.new(description=args[0], content=args[1])
        elif len(args) == 3 and util.parseBool(args[0]) != None:
            # create Boolean, Description and File
            # create Boolean, Description and Content
            if util.isFileOrDir(args[2]) == True:
                actions.new(public=util.parseBool(args[0]),
                            description=args[1],
                            filename=args[2])
            else:
                actions.new(public=util.parseBool(args[0]),
                            description=args[1],
                            content=args[2])
        else:
            _printNoMatch()
    elif cmd in (_cmds['Append']):
        # Each option will prompt for public/pvt and description.
        if len(args) == 0:
            _printNoMatch()
        elif len(args) == 2:
            # append: id File
            # append: id Content
            if util.isFileOrDir(args[1]) == True:
                actions.append(args[0], filename=args[1])
            else:
                actions.append(args[0], content=args[1])
        elif len(args) == 3:
            # append: id Description File
            # append: id Description Content
            if util.isFileOrDir(args[2]) == True:
                actions.append(args[0], description=args[1], filename=args[2])
            else:
                actions.append(args[0], description=args[1], content=args[2])
        else:
            actions.append(args[0])
    elif cmd in (_cmds['Update']):
        # Each option will prompt for public/pvt and description.
        if len(args) == 0:
            _printNoMatch()
        elif len(args) == 2:
            # append: id File
            # append: id Content
            if util.isFileOrDir(args[1]) == True:
                actions.update(args[0], filename=args[1])
            else:
                actions.update(args[0], content=args[1])
        elif len(args) == 3:
            # append: id Description File
            # append: id Description Content
            if util.isFileOrDir(args[2]) == True:
                actions.update(args[0], description=args[1], filename=args[2])
            else:
                actions.update(args[0], description=args[1], content=args[2])
        else:
            actions.update(args[0])
    elif cmd in (_cmds['Delete']):
        actions.delete(args[0])
    elif cmd in (_cmds['Backup']):
        _printNoImpl()
        actions.backup()
    elif cmd in (_cmds['Search']):
        _printNoImpl()
        actions.search()
    else:
        _printNoMatch()

    log.debug("Done.")
    print('')
Esempio n. 32
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 def testSetDebug(self):
     log.setDebug(":5")
     log.setDebug("*")
     log.setDebug("5")