def groupMessage(self, command, signatureKey):
"""Given a command string and signature create a signed payload"""
digest = DIGEST_INIT()
keyID = signatureKey.id
magicStr = packify(self.value)
timestamp = int(time.time())
payload = str(magicStr) + str(timestamp) + str(command)
digest.update(payload)
signature = signatureKey.encrypt(digest.hexdigest())
if '.' in signatureKey.id:
keyID = signatureKey.id.split('.', 1)[0]
args = command.split()
action = args.pop(0)
argstr = ""
if args:
argstr = " ".join(args)
#group payload
msgDict = {
'action': action,
'argstr': argstr,
'magic': magicStr,
'time': timestamp,
'key': keyID,
'signature': signature,
}
proto = Serialize()
return urllib.quote(proto.execute(self.MIME, msgDict))
def groupMessage(self, command, signatureKey):
"""Given a command string and signature create a signed payload"""
digest = DIGEST_INIT()
keyID = signatureKey.id
magicStr = packify(self.value)
timestamp = int(time.time())
payload = str(magicStr) + str(timestamp) + str(command)
digest.update(payload)
signature = signatureKey.encrypt(digest.hexdigest())
if '.' in signatureKey.id:
keyID = signatureKey.id.split('.',1)[0]
args = command.split()
action = args.pop(0)
argstr = ""
if args:
argstr = " ".join(args)
#group payload
msgDict = {
'action' : action,
'argstr' : argstr,
'magic' : magicStr,
'time' : timestamp,
'key' : keyID,
'signature' : signature,
}
proto = Serialize()
return urllib.quote(proto.execute(self.MIME, msgDict))
def startInstance(self, label):
"""Starts an Application Instances based on our models rules
@param label: (string) - app instance label
@return defer.Deferred - be prepared for Failures()
"""
start = dictwrapper(copy.deepcopy(self.STARTUP_INFO))
#configure our protocol
if 'debug' not in self.startProtoKwargs:
self.startProtoKwargs['debug'] = False
if 'timeout' not in self.startProtoKwargs:
self.startProtoKwargs['timeout'] = self.DEFAULT_TIMEOUT
if 'logger' not in self.startProtoKwargs:
self.startProtoKwargs['logger'] = self.log
#!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
#
# !! READ THIS COMMENT BLOCK !!
#
# the callback result from your protocol should return a dictionary
# with a KEY 'pid' included and 'pid' should be an integer otherwise
# the injected callback immediately following 'command' will fail to
# update your instance state. You have been warned.
#!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
result = None
try:
thisInst = self.getInstance(label)
TIME = str(time.time())
anchor = DIGEST_INIT()
anchor.update(self.name)
anchor.update(label)
anchor.update(TIME) #add some randomness
anchor = str(anchor.hexdigest())
#inject some env variables that we may want to retrieve later
ENV = {
'DRONED_IDENTIFIER': anchor,
'DRONED_STARTTIME': TIME,
'DRONED_LABEL': label,
'DRONED_APPLICATION': self.name,
'DRONED_LOGDIR': config.LOG_DIR,
}
if thisInst.version:
ENV['DRONED_VERSION'] = thisInst.version
#add these vars to the start env of the contained application
start.START_ENV.update(ENV)
d = command(start.START_CMD, start.START_ARGS, start.START_ENV,
start.START_PATH, start.START_USEPTY, start.START_CHILDFD,
self.startProtocol, *self.startProtoArgs,
**self.startProtoKwargs)
wfd = defer.waitForDeferred(d)
yield wfd
result = wfd.getResult() #we probably might not know the pid yet
#if allowed by config search for the instance after some delay
pid = result.get('pid', 0) #just in case the protocol knows it
if isinstance(self.SEARCH_DELAY, (int, float)) and not pid:
d = defer.Deferred()
self.reactor.callLater(self.SEARCH_DELAY, d.callback, None)
wfd = defer.waitForDeferred(d)
yield wfd
wfd.getResult() #don't care about this result
d = self.findProcesses()
wfd = defer.waitForDeferred(d)
yield wfd
data = wfd.getResult()
if data:
data = data.pop(0)[1] #we are just going to take the first
result.update(data) #we should have the pid captured
thisInst.pid = int(result.get('pid', 0))
except:
result = Failure()
yield result
def startInstance(self, label):
"""Starts an Application Instances based on our models rules
@param label: (string) - app instance label
@return defer.Deferred - be prepared for Failures()
"""
start = dictwrapper(copy.deepcopy(self.STARTUP_INFO))
#configure our protocol
if 'debug' not in self.startProtoKwargs:
self.startProtoKwargs['debug'] = False
if 'timeout' not in self.startProtoKwargs:
self.startProtoKwargs['timeout'] = self.DEFAULT_TIMEOUT
if 'logger' not in self.startProtoKwargs:
self.startProtoKwargs['logger'] = self.log
#!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
#
# !! READ THIS COMMENT BLOCK !!
#
# the callback result from your protocol should return a dictionary
# with a KEY 'pid' included and 'pid' should be an integer otherwise
# the injected callback immediately following 'command' will fail to
# update your instance state. You have been warned.
#!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
result = None
try:
thisInst = self.getInstance(label)
TIME = str(time.time())
anchor = DIGEST_INIT()
anchor.update(self.name)
anchor.update(label)
anchor.update(TIME) #add some randomness
anchor = str(anchor.hexdigest())
#inject some env variables that we may want to retrieve later
ENV = {
'DRONED_IDENTIFIER': anchor,
'DRONED_STARTTIME': TIME,
'DRONED_LABEL': label,
'DRONED_APPLICATION': self.name,
'DRONED_LOGDIR': config.LOG_DIR,
}
if thisInst.version:
ENV['DRONED_VERSION'] = thisInst.version
#add these vars to the start env of the contained application
start.START_ENV.update(ENV)
d = command(start.START_CMD, start.START_ARGS, start.START_ENV,
start.START_PATH, start.START_USEPTY,
start.START_CHILDFD, self.startProtocol,
*self.startProtoArgs, **self.startProtoKwargs)
wfd = defer.waitForDeferred(d)
yield wfd
result = wfd.getResult() #we probably might not know the pid yet
#if allowed by config search for the instance after some delay
pid = result.get('pid', 0) #just in case the protocol knows it
if isinstance(self.SEARCH_DELAY, (int, float)) and not pid:
d = defer.Deferred()
self.reactor.callLater(self.SEARCH_DELAY, d.callback, None)
wfd = defer.waitForDeferred(d)
yield wfd
wfd.getResult() #don't care about this result
d = self.findProcesses()
wfd = defer.waitForDeferred(d)
yield wfd
data = wfd.getResult()
if data:
data = data.pop(0)[1] #we are just going to take the first
result.update(data) #we should have the pid captured
#this is the proper way to notify the AppInstance that we are running
thisInst.pid = int(result.get('pid', 0))
except:
result = Failure()
yield result