def __init__(self,
pidfile='/tmp/test-monitor.pid',
stdin='/dev/stdin',
stdout='/dev/stdout',
stderr='/dev/stderr',
intvl=10,
logfile='/opt/monitor.log'):
super(MonitorManager, self).__init__(pidfile=pidfile, stdin=stdin, stdout=stdout, stderr=stderr)
paras = util.load_conf('conf')
MonitorManager._logfile = logfile
if not paras.has_key('intvl'):
MonitorManager._intvl = intvl
paras['intvl'] = intvl
else:
MonitorManager._intvl = int(paras['intvl'])
if paras.has_key('pollsters'):
tmp_list = eval(paras['pollsters'])
for poll in tmp_list:
p_name, cls = util.load_class(poll)
if p_name and cls:
MonitorManager._pollsters[p_name] = cls()
else:
MonitorManager._pollsters = OrderedDict()
util.update_conf('conf', paras)
def __init__(self,
pidfile='/tmp/test-monitor.pid',
stdin='/dev/stdin',
stdout='/dev/stdout',
stderr='/dev/stderr',
intvl=10,
logfile='/opt/monitor.log'):
super(MonitorManager, self).__init__(pidfile=pidfile,
stdin=stdin,
stdout=stdout,
stderr=stderr)
paras = util.load_conf('conf')
MonitorManager._logfile = logfile
if not paras.has_key('intvl'):
MonitorManager._intvl = intvl
paras['intvl'] = intvl
else:
MonitorManager._intvl = int(paras['intvl'])
if paras.has_key('pollsters'):
tmp_list = eval(paras['pollsters'])
for poll in tmp_list:
p_name, cls = util.load_class(poll)
if p_name and cls:
MonitorManager._pollsters[p_name] = cls()
else:
MonitorManager._pollsters = OrderedDict()
util.update_conf('conf', paras)
def set_pollsters(self, poll_list):
paras = util.load_conf('conf')
MonitorManager._pollsters = OrderedDict()
for poll in poll_list:
p_name, cls = util.load_class(poll)
if p_name and cls:
MonitorManager._pollsters[p_name] = cls()
if poll_list:
paras['pollsters']='%s' %poll_list
util.update_conf('conf', paras)
self.restart()
def set_pollsters(self, poll_list):
paras = util.load_conf('conf')
MonitorManager._pollsters = OrderedDict()
for poll in poll_list:
p_name, cls = util.load_class(poll)
if p_name and cls:
MonitorManager._pollsters[p_name] = cls()
if poll_list:
paras['pollsters'] = '%s' % poll_list
util.update_conf('conf', paras)
self.restart()
def process(self):
assert hasattr(GeneratorConf, "TASKS")
self.debug("####### PROCESS START #######")
for task in GeneratorConf.TASKS:
self.debug("==== start one task for '%s' ====" \
% (task.get("NAME", "--")))
tpx = util.load_class(task["TEMPLATE"][0],
task["TEMPLATE"][1])
drx = util.load_class(task["DATA_RESOURCE"][0],
task["DATA_RESOURCE"][1])
dpx = util.load_class(task["DATA_PROVIDER"][0],
task["DATA_PROVIDER"][1])
hdx = util.load_class(task["HANDLER"][0], task["HANDLER"][1])
resources = []
for rdict in task["RESOURCES"]:
resources.append(drx(rdict))
provider = dpx(resources)
template = tpx()
handler = hdx()
do_list = provider.provide()
for do in do_list:
if not template.validate(do):
continue
path, filename, content = template.output(do)
out_path = task.get("SAVE_PATH", 'out')
path = os.path.join(out_path, path)
h_config = { 'filename' : filename,
'content' : content,
'path' : path,
'data_object' : do }
handler.handle(content, h_config)
self.debug("==== finish one task for '%s' ====" \
% (task.get("NAME", "--")))
self.debug("####### PROCESS END #######")
