def kick(self):
url = self.get_stt('url')
prv = self.get_stt('dig')
res = urlfetch.fetch(url, deadline=60, headers=self.__headers)
stts = {}
stts['chk'] = tz.nowjststr()
if res.status_code != 200:
logging.error('HTTP Response: %(cd)s' % {'cd':res.status_code})
return None
if not res.content:
logging.error('No content.')
return None
if 1 > len(res.content):
logging.error('Content length: %(len)s' % {'len':len(res.content)})
return None
sha1 = hashlib.sha1()
sha1.update(res.content)
cur = sha1.hexdigest()
if cur == prv:
self.set_stt(stts)
logging.info('Nothing to get.')
return 'stop'
stts['dig'] = cur
stts['mod'] = tz.nowjststr()
if self.get_task() == "ar":
self.__save(res.content, self.get_cat(), stts)
self.set_stt(stts)
return 'ok'
def kick(self):
url = self.get_stt('url')
prv = self.get_stt('dig')
res = urlfetch.fetch(url, deadline=60, headers=self.__headers)
stts = {}
stts['chk'] = tz.nowjststr()
if res.status_code != 200:
logging.error('HTTP Response: %(cd)s' % {'cd': res.status_code})
return None
if not res.content:
logging.error('No content.')
return None
if 1 > len(res.content):
logging.error('Content length: %(len)s' %
{'len': len(res.content)})
return None
sha1 = hashlib.sha1()
sha1.update(res.content)
cur = sha1.hexdigest()
if cur == prv:
self.set_stt(stts)
logging.info('Nothing to get.')
return 'stop'
stts['dig'] = cur
stts['mod'] = tz.nowjststr()
if self.get_task() == "ar":
self.__save(res.content, self.get_cat(), stts)
self.set_stt(stts)
return 'ok'
def post(self):
params = self.request.path.split("/")
ctrl = None
ret = "ok"
if len(params) < 4:
ret = "Error: Path: %(path)s" % {"path": self.request.path}
else:
task = params[2]
cat = params[3]
if task == "first":
task = Params().get("first_task", cat)
if task not in self.__jobs:
ret = "Error: Path: %(path)s" % {"path": self.request.path}
if ret != "ok":
self.ret_text(ret)
return
if len(params) > 4:
ctrl = params[4]
job = self.__jobs[task](task, cat)
if ctrl == "reg" and len(params) > 5:
taskqueue.add(url="/job/%(task)s/%(cat)s" % {"task": task, "cat": cat})
self.redirect("/" + "/".join(params[5:]))
return
stt = job.kick()
if not stt:
ret = "Error: Failed to proc: %(path)s" % {"path": self.request.path}
elif stt == "stop":
ret = "stop"
elif ctrl == "stop":
ret = "stop"
else:
succ = Params().get("task_seq", task)
if succ is None:
Status().set("upd_%(cat)s" % {"cat": cat}, tz.nowjststr())
Status().set("upd", tz.nowjststr())
ret = "end"
self.ret_text(ret)
if self.is_test():
interval = Params().get("task_interval", "test")
else:
interval = Params().get("task_interval", "active")
if ret == "ok":
taskqueue.add(url="/job/%(task)s/%(cat)s" % {"task": succ, "cat": cat}, countdown=interval)
elif ret == "end":
succ = Params().get("job_seq", cat)
if succ is None:
logging.info("Refles release status.")
Release().reflesh()
else:
taskqueue.add(url="/job/first/%(cat)s" % {"cat": succ}, countdown=interval)
def post(self):
stts = {}
if 'clear' in self.request.arguments():
Status(self.is_test()).clear()
else:
for name in self.request.arguments():
stts[name] = self.request.get(name, default_value='')
stts['last_mod'] = tz.nowjststr()
Status(self.is_test()).merge(stts)
self.redirect(self.request.url)
def __init_param(self):
"""
空の値に初期値を設定する。
初期値は設定の param_ini または param_ini_test
"""
if self.__is_test:
initparam = Params().get('param_ini_test')
else:
initparam = Params().get('param_ini')
initparam['last_mod'] = tz.nowjststr()
for key in initparam.keys():
if key not in self.__stts or self.__stts[key] == '':
self.__stts[key] = initparam[key]
def __init_param(self):
"""
空の値に初期値を設定する。
初期値は設定の param_ini または param_ini_test
"""
if self.__is_test:
initparam = Params().get('param_ini_test')
else:
initparam = Params().get('param_ini')
initparam['last_mod'] = tz.nowjststr()
for key in initparam.keys():
if key not in self.__stts or self.__stts[key] == '':
self.__stts[key] = initparam[key]
