def initialize(self):
# meta-file
printMessage("loading transfer %s and stat..." % self.name)
self.tf = TransferFile(self.fileMeta)
# stat-file
self.sf = StatFile(self.fileStat)
# verbose
# printMessage("transfer loaded.")
# return
return True
def initialize(self):
# out
printMessage("initializing transfer %s ..." % self.name)
# meta-file
printMessage("loading transfer-file %s ..." % self.fileMeta)
self.tf = TransferFile(self.fileMeta)
# stat-file
printMessage("loading statfile %s ..." % self.fileStat)
self.sf = StatFile(self.fileStat)
# verbose
printMessage("transfer loaded.")
# return
return True
def initialize(self):
# meta-file
printMessage("loading transfer %s and stat..." % self.name)
self.tf = TransferFile(self.fileMeta)
# stat-file
self.sf = StatFile(self.fileStat)
# verbose
# printMessage("transfer loaded.")
# return
return True
def initialize(self):
# out
printMessage("initializing transfer %s ..." % self.name)
# meta-file
printMessage("loading transfer-file %s ..." % self.fileMeta)
self.tf = TransferFile(self.fileMeta)
# stat-file
printMessage("loading statfile %s ..." % self.fileStat)
self.sf = StatFile(self.fileStat)
# verbose
printMessage("transfer loaded.")
# return
return True
class Transfer(object):
""" tf states """
TF_STOPPED = 0
TF_RUNNING = 1
TF_NEW = 2
TF_QUEUED = 3
""" azu states """
AZ_DOWNLOADING = 4
AZ_ERROR = 8
AZ_PREPARING = 2
AZ_QUEUED = 9
AZ_READY = 3
AZ_SEEDING = 5
AZ_STOPPED = 7
AZ_STOPPING = 6
AZ_WAITING = 1
""" azu -> flu map """
STATE_MAP = { \
AZ_DOWNLOADING: TF_RUNNING, \
AZ_ERROR: TF_STOPPED, \
AZ_PREPARING: TF_RUNNING, \
AZ_QUEUED: TF_RUNNING, \
AZ_READY: TF_STOPPED, \
AZ_SEEDING: TF_RUNNING, \
AZ_STOPPED: TF_STOPPED, \
AZ_STOPPING: TF_RUNNING, \
AZ_WAITING: TF_STOPPED \
}
""" -------------------------------------------------------------------- """
""" __init__ """
""" -------------------------------------------------------------------- """
def __init__(self, tf_pathTransfers, flu_pathTransfers, file):
self.state = Transfer.TF_STOPPED
self.state_azu = Transfer.AZ_STOPPED
self.tf_pathTransfers = tf_pathTransfers
self.flu_pathTransfers = flu_pathTransfers
self.name = file
self.fileTorrent = self.tf_pathTransfers + file
self.fileMeta = self.flu_pathTransfers + file
# file-vars
self.fileStat = self.fileTorrent + ".stat"
self.fileCommand = self.fileTorrent + ".cmd"
self.fileLog = self.fileTorrent + ".log"
self.filePid = self.fileTorrent + ".pid"
# meta-file-object
self.tf = None
# stat-object
self.sf = None
# initialize
self.initialize()
""" -------------------------------------------------------------------- """
""" initialize """
""" -------------------------------------------------------------------- """
def initialize(self):
# out
printMessage("initializing transfer %s ..." % self.name)
# meta-file
printMessage("loading transfer-file %s ..." % self.fileMeta)
self.tf = TransferFile(self.fileMeta)
# stat-file
printMessage("loading statfile %s ..." % self.fileStat)
self.sf = StatFile(self.fileStat)
# verbose
printMessage("transfer loaded.")
# return
return True
""" -------------------------------------------------------------------- """
""" update """
""" -------------------------------------------------------------------- """
def update(self, download):
# azu-state
self.state_azu = download.getState()
# set state
self.state = Transfer.STATE_MAP[self.state_azu]
# only when running
if self.state == Transfer.TF_RUNNING:
# stat
self.statRunning(download)
""" -------------------------------------------------------------------- """
""" start """
""" -------------------------------------------------------------------- """
def start(self, download):
self.log("starting transfer %s (%s) ..." % (str(self.name), str(self.tf.transferowner)))
# stat
self.statStartup(download)
# write pid
self.writePid()
# start transfer
try:
download.restart()
except:
self.log("exception when starting transfer :")
printException()
# refresh
download.refresh_object()
# set state
self.state = Transfer.STATE_MAP[download.getState()]
# set rates
self.setRateU(download, int(self.tf.max_upload_rate))
self.setRateD(download, int(self.tf.max_download_rate))
# log
self.log("transfer started.")
# return
return True
""" -------------------------------------------------------------------- """
""" stop """
""" -------------------------------------------------------------------- """
def stop(self, download):
self.log("stopping transfer %s (%s) ..." % (str(self.name), str(self.tf.transferowner)))
# stat
self.statShutdown(download)
# stop transfer
retVal = True
try:
download.stop()
retVal = True
except:
self.log("exception when stopping transfer :")
printException()
retVal = False
# delete pid
self.deletePid()
# log
self.log("transfer stopped.")
# states
self.state = Transfer.TF_STOPPED
self.state_azu = Transfer.AZ_STOPPED
# return
return retVal
""" -------------------------------------------------------------------- """
""" isRunning """
""" -------------------------------------------------------------------- """
def isRunning(self):
return (self.state == Transfer.TF_RUNNING)
""" -------------------------------------------------------------------- """
""" processCommandStack """
""" -------------------------------------------------------------------- """
def processCommandStack(self, download):
if os.path.isfile(self.fileCommand):
# process file
self.log("Processing command-file %s ..." % self.fileCommand)
try:
# read file to mem
f = open(self.fileCommand, 'r')
data = f.read()
f.close()
# delete file
try:
os.remove(self.fileCommand)
except:
self.log("Failed to delete command-file : %s" % self.fileCommand)
# exec commands
if len(data) > 0:
commands = data.split("\n")
if len(commands) > 0:
for command in commands:
if len(command) > 0:
# stop reading a quit-command
if self.execCommand(download, command):
# stop it
self.stop(download)
# return
return True
else:
self.log("No commands found.")
else:
self.log("No commands found.")
except:
self.log("Failed to read command-file : %s" % self.fileCommand)
return False
""" -------------------------------------------------------------------- """
""" execCommand """
""" -------------------------------------------------------------------- """
def execCommand(self, download, command):
opCode = command[0]
# q
if opCode == 'q':
self.log("command: stop-request, setting shutdown-flag...")
return True
# u
elif opCode == 'u':
if len(command) < 2:
self.log("invalid rate.")
return False
rateNew = command[1:]
self.log("command: setting upload-rate to %s ..." % rateNew)
# set rate
if self.setRateU(download, rateNew):
# update meta-object
self.tf.max_upload_rate = rateNew
self.tf.write()
# return
return False
# d
elif opCode == 'd':
if len(command) < 2:
self.log("invalid rate.")
return False
rateNew = command[1:]
self.log("command: setting download-rate to %s ..." % rateNew)
# set rate
if self.setRateD(download, rateNew):
# update meta-object
self.tf.max_download_rate = rateNew
self.tf.write()
# return
return False
# r
elif opCode == 'r':
if len(command) < 2:
self.log("invalid runtime-code.")
return False
runtimeNew = command[1]
rt = ''
if runtimeNew == '0':
rt = 'False'
elif runtimeNew == '1':
rt = 'True'
else:
self.log("runtime-code unknown: %s" % runtimeNew)
return False
self.log("command: setting die-when-done to %s" % rt)
# update meta-object
self.tf.die_when_done = rt
self.tf.write()
return False
# s
elif opCode == 's':
if len(command) < 2:
self.log("invalid sharekill.")
return False
sharekillNew = command[1:]
self.log("command: setting sharekill to %s ..." % sharekillNew)
# update meta-object
self.tf.sharekill = sharekillNew
self.tf.write()
return False
# default
else:
self.log("op-code unknown: %s" % opCode)
return False
return False
""" -------------------------------------------------------------------- """
""" setRateU """
""" -------------------------------------------------------------------- """
def setRateU(self, download, rate):
try:
download.setUploadRateLimitBytesPerSecond((int(rate) << 10))
return True
except:
printMessage("Failed to set upload-rate.")
printException()
return False
""" -------------------------------------------------------------------- """
""" setRateD """
""" -------------------------------------------------------------------- """
def setRateD(self, download, rate):
try:
download.setMaximumDownloadKBPerSecond(int(rate))
return True
except:
printMessage("Failed to set download-rate.")
printException()
return False
""" -------------------------------------------------------------------- """
""" statStartup """
""" -------------------------------------------------------------------- """
def statStartup(self, download):
# set some values
self.sf.running = Transfer.TF_RUNNING
self.sf.percent_done = 0
self.sf.time_left = "Starting..."
self.sf.down_speed = "0.00 kB/s"
self.sf.up_speed = "0.00 kB/s"
self.sf.transferowner = self.tf.transferowner
self.sf.seeds = ""
self.sf.peers = ""
self.sf.sharing = ""
self.sf.seedlimit = ""
self.sf.uptotal = 0
self.sf.downtotal = 0
try:
# get size
try:
size = str(download.getTorrent().getSize())
self.sf.size = size
except:
printException()
# write
return self.sf.write()
except:
printException()
return False
""" -------------------------------------------------------------------- """
""" statRunning """
""" -------------------------------------------------------------------- """
def statRunning(self, download):
# die-when-done
if self.state_azu == Transfer.AZ_SEEDING and self.tf.die_when_done.lower() == 'true':
self.log("die-when-done set, setting shutdown-flag...")
self.stop(download)
return
# set some values
self.sf.running = Transfer.TF_RUNNING
try:
try:
# stats
if download == None:
return
stats = download.getStats()
if stats == None:
return
# die-on-seed-limit
if self.state_azu == Transfer.AZ_SEEDING:
sk = float(self.tf.sharekill)
if sk > 0:
try:
shareRatio = (float(stats.getShareRatio())) / 10
if shareRatio >= sk:
self.log("seed-limit %s reached (%s), setting shutdown-flag..." % (self.tf.sharekill, str(shareRatio)))
self.stop(download)
return
except:
printException()
# completed
try:
pctf = (float(stats.getCompleted())) / 10
self.sf.percent_done = str(pctf)
except:
printException()
# time_left
try:
self.sf.time_left = str(stats.getETA())
except:
self.sf.time_left = '-'
# down_speed
try:
self.sf.down_speed = "%.1f kB/s" % ((float(stats.getDownloadAverage())) / 1024)
except:
printException()
# up_speed
try:
self.sf.up_speed = "%.1f kB/s" % ((float(stats.getUploadAverage())) / 1024)
except:
printException()
# uptotal
try:
self.sf.uptotal = str(stats.getUploaded())
except:
printException()
# downtotal
try:
self.sf.downtotal = str(stats.getDownloaded())
except:
printException()
except:
printException()
# hosts
try:
ps = download.getPeerManager().getStats()
scrape = download.getLastScrapeResult()
# seeds
try:
countS = int(scrape.getSeedCount())
if (countS < 0):
countS = 0
countSC = int(ps.getConnectedSeeds())
if (countSC < 0):
countSC = 0
self.sf.seeds = "%d (%d)" % (countSC, countS)
except:
printException()
# peers
try:
countP = int(scrape.getNonSeedCount())
if (countP < 0):
countP = 0
countPC = int(ps.getConnectedLeechers())
if (countPC < 0):
countPC = 0
self.sf.peers = "%d (%d)" % (countPC, countP)
except:
printException()
except:
printException()
# write
return self.sf.write()
except:
printException()
return False
""" -------------------------------------------------------------------- """
""" statShutdown """
""" -------------------------------------------------------------------- """
def statShutdown(self, download, error = None):
# set some values
self.sf.running = Transfer.TF_STOPPED
self.sf.down_speed = "0.00 kB/s"
self.sf.up_speed = "0.00 kB/s"
self.sf.transferowner = self.tf.transferowner
self.sf.seeds = ""
self.sf.peers = ""
self.sf.sharing = ""
self.sf.seedlimit = ""
try:
# stats
try:
stats = download.getStats()
# done
if download.isComplete():
self.sf.percent_done = 100
self.sf.time_left = "Download Succeeded!"
# not done
else:
try:
pctf = float(stats.getCompleted())
pctf /= 10
pcts = "-" + str(pctf)
pctf = float(pcts)
pctf -= 100
self.sf.percent_done = str(pctf)
except:
printException()
self.sf.time_left = "Transfer Stopped"
# uptotal
try:
self.sf.uptotal = str(stats.getUploaded())
except:
printException()
# downtotal
try:
self.sf.downtotal = str(stats.getDownloaded())
except:
printException()
except:
printException()
# size
try:
self.sf.size = str(download.getTorrent().getSize())
except:
printException()
# error
if error is not None:
self.sf.time_left = "Error: %s" % error
# write
return self.sf.write()
except:
printException()
return False
""" -------------------------------------------------------------------- """
""" writePid """
""" -------------------------------------------------------------------- """
def writePid(self):
self.log("writing pid-file %s " % self.filePid)
try:
pidFile = open(self.filePid, 'w')
pidFile.write("0\n")
pidFile.flush()
pidFile.close()
return True
except Exception, e:
self.log("Failed to write pid-file %s" % self.filePid)
return False
class Transfer(object):
""" tf states """
TF_STOPPED = 0
TF_RUNNING = 1
TF_NEW = 2
TF_QUEUED = 3
""" azu states """
AZ_DOWNLOADING = 4
AZ_ERROR = 8
AZ_PREPARING = 2
AZ_QUEUED = 9
AZ_READY = 3
AZ_SEEDING = 5
AZ_STOPPED = 7
AZ_STOPPING = 6
AZ_WAITING = 1
""" azu -> flu map """
STATE_MAP = { \
AZ_DOWNLOADING: TF_RUNNING, \
AZ_ERROR: TF_STOPPED, \
AZ_PREPARING: TF_RUNNING, \
AZ_QUEUED: TF_RUNNING, \
AZ_READY: TF_STOPPED, \
AZ_SEEDING: TF_RUNNING, \
AZ_STOPPED: TF_STOPPED, \
AZ_STOPPING: TF_RUNNING, \
AZ_WAITING: TF_STOPPED \
}
""" -------------------------------------------------------------------- """
""" __init__ """
""" -------------------------------------------------------------------- """
def __init__(self, tf_pathTransfers, flu_pathTransfers, file):
self.state = Transfer.TF_STOPPED
self.state_azu = Transfer.AZ_STOPPED
self.tf_pathTransfers = tf_pathTransfers
self.flu_pathTransfers = flu_pathTransfers
self.name = file
self.fileTorrent = self.tf_pathTransfers + file
self.fileMeta = self.flu_pathTransfers + file
# file-vars
self.fileStat = self.fileTorrent + ".stat"
self.fileCommand = self.fileTorrent + ".cmd"
self.fileLog = self.fileTorrent + ".log"
self.filePid = self.fileTorrent + ".pid"
# meta-file-object
self.tf = None
# stat-object
self.sf = None
# initialize
self.initialize()
""" -------------------------------------------------------------------- """
""" initialize """
""" -------------------------------------------------------------------- """
def initialize(self):
# out
printMessage("initializing transfer %s ..." % self.name)
# meta-file
printMessage("loading transfer-file %s ..." % self.fileMeta)
self.tf = TransferFile(self.fileMeta)
# stat-file
printMessage("loading statfile %s ..." % self.fileStat)
self.sf = StatFile(self.fileStat)
# verbose
printMessage("transfer loaded.")
# return
return True
""" -------------------------------------------------------------------- """
""" update """
""" -------------------------------------------------------------------- """
def update(self, download):
# azu-state
self.state_azu = download.getState()
# set state
self.state = Transfer.STATE_MAP[self.state_azu]
# only when running
if self.state == Transfer.TF_RUNNING:
# stat
self.statRunning(download)
""" -------------------------------------------------------------------- """
""" start """
""" -------------------------------------------------------------------- """
def start(self, download):
self.log("starting transfer %s (%s) ..." %
(str(self.name), str(self.tf.transferowner)))
# stat
self.statStartup(download)
# write pid
self.writePid()
# start transfer
try:
download.restart()
except:
self.log("exception when starting transfer :")
printException()
# refresh
download.refresh_object()
# set state
self.state = Transfer.STATE_MAP[download.getState()]
# set rates
self.setRateU(download, int(self.tf.max_upload_rate))
self.setRateD(download, int(self.tf.max_download_rate))
# log
self.log("transfer started.")
# return
return True
""" -------------------------------------------------------------------- """
""" stop """
""" -------------------------------------------------------------------- """
def stop(self, download):
self.log("stopping transfer %s (%s) ..." %
(str(self.name), str(self.tf.transferowner)))
# stat
self.statShutdown(download)
# stop transfer
retVal = True
try:
download.stop()
retVal = True
except:
self.log("exception when stopping transfer :")
printException()
retVal = False
# delete pid
self.deletePid()
# log
self.log("transfer stopped.")
# states
self.state = Transfer.TF_STOPPED
self.state_azu = Transfer.AZ_STOPPED
# return
return retVal
""" -------------------------------------------------------------------- """
""" isRunning """
""" -------------------------------------------------------------------- """
def isRunning(self):
return (self.state == Transfer.TF_RUNNING)
""" -------------------------------------------------------------------- """
""" processCommandStack """
""" -------------------------------------------------------------------- """
def processCommandStack(self, download):
if os.path.isfile(self.fileCommand):
# process file
self.log("Processing command-file %s ..." % self.fileCommand)
try:
# read file to mem
f = open(self.fileCommand, 'r')
data = f.read()
f.close()
# delete file
try:
os.remove(self.fileCommand)
except:
self.log("Failed to delete command-file : %s" %
self.fileCommand)
# exec commands
if len(data) > 0:
commands = data.split("\n")
if len(commands) > 0:
for command in commands:
if len(command) > 0:
# stop reading a quit-command
if self.execCommand(download, command):
# stop it
self.stop(download)
# return
return True
else:
self.log("No commands found.")
else:
self.log("No commands found.")
except:
self.log("Failed to read command-file : %s" % self.fileCommand)
return False
""" -------------------------------------------------------------------- """
""" execCommand """
""" -------------------------------------------------------------------- """
def execCommand(self, download, command):
opCode = command[0]
# q
if opCode == 'q':
self.log("command: stop-request, setting shutdown-flag...")
return True
# u
elif opCode == 'u':
if len(command) < 2:
self.log("invalid rate.")
return False
rateNew = command[1:]
self.log("command: setting upload-rate to %s ..." % rateNew)
# set rate
if self.setRateU(download, rateNew):
# update meta-object
self.tf.max_upload_rate = rateNew
self.tf.write()
# return
return False
# d
elif opCode == 'd':
if len(command) < 2:
self.log("invalid rate.")
return False
rateNew = command[1:]
self.log("command: setting download-rate to %s ..." % rateNew)
# set rate
if self.setRateD(download, rateNew):
# update meta-object
self.tf.max_download_rate = rateNew
self.tf.write()
# return
return False
# r
elif opCode == 'r':
if len(command) < 2:
self.log("invalid runtime-code.")
return False
runtimeNew = command[1]
rt = ''
if runtimeNew == '0':
rt = 'False'
elif runtimeNew == '1':
rt = 'True'
else:
self.log("runtime-code unknown: %s" % runtimeNew)
return False
self.log("command: setting die-when-done to %s" % rt)
# update meta-object
self.tf.die_when_done = rt
self.tf.write()
return False
# s
elif opCode == 's':
if len(command) < 2:
self.log("invalid sharekill.")
return False
sharekillNew = command[1:]
self.log("command: setting sharekill to %s ..." % sharekillNew)
# update meta-object
self.tf.sharekill = sharekillNew
self.tf.write()
return False
# default
else:
self.log("op-code unknown: %s" % opCode)
return False
return False
""" -------------------------------------------------------------------- """
""" setRateU """
""" -------------------------------------------------------------------- """
def setRateU(self, download, rate):
try:
download.setUploadRateLimitBytesPerSecond((int(rate) << 10))
return True
except:
printMessage("Failed to set upload-rate.")
printException()
return False
""" -------------------------------------------------------------------- """
""" setRateD """
""" -------------------------------------------------------------------- """
def setRateD(self, download, rate):
try:
download.setMaximumDownloadKBPerSecond(int(rate))
return True
except:
printMessage("Failed to set download-rate.")
printException()
return False
""" -------------------------------------------------------------------- """
""" statStartup """
""" -------------------------------------------------------------------- """
def statStartup(self, download):
# set some values
self.sf.running = Transfer.TF_RUNNING
self.sf.percent_done = 0
self.sf.time_left = "Starting..."
self.sf.down_speed = "0.00 kB/s"
self.sf.up_speed = "0.00 kB/s"
self.sf.transferowner = self.tf.transferowner
self.sf.seeds = ""
self.sf.peers = ""
self.sf.sharing = ""
self.sf.seedlimit = ""
self.sf.uptotal = 0
self.sf.downtotal = 0
try:
# get size
try:
size = str(download.getTorrent().getSize())
self.sf.size = size
except:
printException()
# write
return self.sf.write()
except:
printException()
return False
""" -------------------------------------------------------------------- """
""" statRunning """
""" -------------------------------------------------------------------- """
def statRunning(self, download):
# die-when-done
if self.state_azu == Transfer.AZ_SEEDING and self.tf.die_when_done.lower(
) == 'true':
self.log("die-when-done set, setting shutdown-flag...")
self.stop(download)
return
# set some values
self.sf.running = Transfer.TF_RUNNING
try:
try:
# stats
if download == None:
return
stats = download.getStats()
if stats == None:
return
# die-on-seed-limit
if self.state_azu == Transfer.AZ_SEEDING:
sk = float(self.tf.sharekill)
if sk > 0:
try:
shareRatio = (float(stats.getShareRatio())) / 10
if shareRatio >= sk:
self.log(
"seed-limit %s reached (%s), setting shutdown-flag..."
% (self.tf.sharekill, str(shareRatio)))
self.stop(download)
return
except:
printException()
# completed
try:
pctf = (float(stats.getCompleted())) / 10
self.sf.percent_done = str(pctf)
except:
printException()
# time_left
try:
self.sf.time_left = str(stats.getETA())
except:
self.sf.time_left = '-'
# down_speed
try:
self.sf.down_speed = "%.1f kB/s" % (
(float(stats.getDownloadAverage())) / 1024)
except:
printException()
# up_speed
try:
self.sf.up_speed = "%.1f kB/s" % (
(float(stats.getUploadAverage())) / 1024)
except:
printException()
# uptotal
try:
self.sf.uptotal = str(stats.getUploaded())
except:
printException()
# downtotal
try:
self.sf.downtotal = str(stats.getDownloaded())
except:
printException()
except:
printException()
# hosts
try:
ps = download.getPeerManager().getStats()
scrape = download.getLastScrapeResult()
# seeds
try:
countS = int(scrape.getSeedCount())
if (countS < 0):
countS = 0
countSC = int(ps.getConnectedSeeds())
if (countSC < 0):
countSC = 0
self.sf.seeds = "%d (%d)" % (countSC, countS)
except:
printException()
# peers
try:
countP = int(scrape.getNonSeedCount())
if (countP < 0):
countP = 0
countPC = int(ps.getConnectedLeechers())
if (countPC < 0):
countPC = 0
self.sf.peers = "%d (%d)" % (countPC, countP)
except:
printException()
except:
printException()
# write
return self.sf.write()
except:
printException()
return False
""" -------------------------------------------------------------------- """
""" statShutdown """
""" -------------------------------------------------------------------- """
def statShutdown(self, download, error=None):
# set some values
self.sf.running = Transfer.TF_STOPPED
self.sf.down_speed = "0.00 kB/s"
self.sf.up_speed = "0.00 kB/s"
self.sf.transferowner = self.tf.transferowner
self.sf.seeds = ""
self.sf.peers = ""
self.sf.sharing = ""
self.sf.seedlimit = ""
try:
# stats
try:
stats = download.getStats()
# done
if download.isComplete():
self.sf.percent_done = 100
self.sf.time_left = "Download Succeeded!"
# not done
else:
try:
pctf = float(stats.getCompleted())
pctf /= 10
pcts = "-" + str(pctf)
pctf = float(pcts)
pctf -= 100
self.sf.percent_done = str(pctf)
except:
printException()
self.sf.time_left = "Transfer Stopped"
# uptotal
try:
self.sf.uptotal = str(stats.getUploaded())
except:
printException()
# downtotal
try:
self.sf.downtotal = str(stats.getDownloaded())
except:
printException()
except:
printException()
# size
try:
self.sf.size = str(download.getTorrent().getSize())
except:
printException()
# error
if error is not None:
self.sf.time_left = "Error: %s" % error
# write
return self.sf.write()
except:
printException()
return False
""" -------------------------------------------------------------------- """
""" writePid """
""" -------------------------------------------------------------------- """
def writePid(self):
self.log("writing pid-file %s " % self.filePid)
try:
pidFile = open(self.filePid, 'w')
pidFile.write("0\n")
pidFile.flush()
pidFile.close()
return True
except Exception, e:
self.log("Failed to write pid-file %s" % self.filePid)
return False
