def run(self):
if len(self.apps) == 0:
return
print "%s " % self.text.message,
for app in self.apps[:-1]:
print "%s, " % app,
print self.apps[-1]
while not self.abort:
process = GetProcessDict()
for app in self.apps:
if app in process.itervalues():
if not self.running[app]:
eg.TriggerEvent(self.text.launched + "." +
splitext(app)[0],
prefix=self.text.prefix)
self.running[app] = True
else:
if self.running[app]:
eg.TriggerEvent(self.text.terminated + "." +
splitext(app)[0],
prefix=self.text.prefix)
self.running[app] = False
if self.abort:
break
self.threadFlag.wait(self.period)
self.threadFlag.clear()
def __start__(self, apps, period):
self.apps = apps
self.period = period
if apps:
process = GetProcessDict()
self.running = dict([(app, app in process.itervalues()) for app in apps])
print "%s " % self.text.message,
for app in apps[:-1]:
print "%s, " % app,
print apps[-1]
self.task = eg.scheduler.AddTask(period, self.AppObserver)
def AppObserver(self):
self.task = 0
process = GetProcessDict()
for app in self.apps:
if app in process.itervalues():
if not self.running[app]:
eg.TriggerEvent(self.text.launched+"."+splitext(app)[0], prefix = self.text.prefix)
self.running[app] = True
else:
if self.running[app]:
eg.TriggerEvent(self.text.terminated+"."+splitext(app)[0], prefix = self.text.prefix)
self.running[app] = False
if self.task is not None:
self.task = eg.scheduler.AddTask(self.period, self.AppObserver)
def ThreadLoop(self, stopThreadEvent):
oldProcesses = GetProcessDict()
oldPids = set(oldProcesses.iterkeys())
while True:
newProcesses = GetProcessDict()
newPids = set(newProcesses.iterkeys())
for pid in newPids.difference(oldPids):
name = splitext(newProcesses[pid])[0]
eg.TriggerEvent("Created." + name, prefix="Process")
for pid in oldPids.difference(newPids):
name = splitext(oldProcesses[pid])[0]
eg.TriggerEvent("Destroyed." + name, prefix="Process")
oldProcesses = newProcesses
oldPids = newPids
sleep(0.1)
def ThreadLoop(self):
while self.event.isSet():
pass
oldProcesses = GetProcessDict()
oldPids = set(oldProcesses.iterkeys())
while not self.event.isSet():
newProcesses = GetProcessDict()
newPids = set(newProcesses.iterkeys())
for pid in newPids.difference(oldPids):
name = splitext(newProcesses[pid])[0]
eg.TriggerEvent("Created." + name, prefix="Process")
for pid in oldPids.difference(newPids):
name = splitext(oldProcesses[pid])[0]
eg.TriggerEvent("Destroyed." + name, prefix="Process")
oldProcesses = newProcesses
oldPids = newPids
self.event.wait(0.1)
self.event.clear()
def ComActive(self):
if u'iTunes.exe' in GetProcessDict().values():
if not self.workerThread:
self.TriggerEvent("Running")
self.StartThread()
return True
elif self.workerThread:
self.StopThread()
self.TriggerEvent("NotRunning")
eg.PrintNotice("iTunes is not running")
return False
def ThreadLoop(self, stopThreadEvent):
oldProcesses = GetProcessDict()
oldPids = set(oldProcesses.iterkeys())
while True:
newProcesses = GetProcessDict()
newPids = set(newProcesses.iterkeys())
for pid in newPids.difference(oldPids):
name = splitext(newProcesses[pid])[0]
eg.TriggerEvent("Created." + name, prefix="Process")
for pid in oldPids.difference(newPids):
name = splitext(oldProcesses[pid])[0]
eg.TriggerEvent("Destroyed." + name, prefix="Process")
oldProcesses = newProcesses
oldPids = newPids
sleep(0.1)
def ThreadLoop(self):
while self.event.isSet():
pass
oldProcesses = GetProcessDict()
oldPids = set(oldProcesses.keys())
while not self.event.isSet():
newProcesses = GetProcessDict()
newPids = set(newProcesses.keys())
for pid in newPids.difference(oldPids):
name = splitext(newProcesses[pid])[0]
eg.TriggerEvent("Created." + name, prefix="Process")
for pid in oldPids.difference(newPids):
name = splitext(oldProcesses[pid])[0]
eg.TriggerEvent("Destroyed." + name, prefix="Process")
oldProcesses = newProcesses
oldPids = newPids
self.event.wait(0.1)
self.event.clear()
