def on_preload_parsed(options, **kwargs):
"""
This actually configures celery from pyramid config file
"""
celery.conf['INI_PYRAMID'] = options['ini']
ini_location = options['ini']
if not ini_location:
raise Exception('You need to pass pyramid ini location using '
'--ini=filename.ini argument to the worker')
env = bootstrap(ini_location)
try:
import appenlight_client.client as appenlight_client
from appenlight_client.ext.celery import register_signals
api_key = env['request'].registry.settings['appenlight.api_key']
tr_config = env['request'].registry.settings.get(
'appenlight.transport_config')
config = appenlight_client.get_config({'appenlight.api_key': api_key})
if tr_config:
config['appenlight.transport_config'] = tr_config
appenlight_client = appenlight_client.Client(config)
register_signals(appenlight_client)
except ImportError:
pass
celery.pyramid = env
def pserve(self, *args, **kwargs):
argv = sys.argv
quiet = False
ini_path = os.environ.get('APPENLIGHT_INI')
config = {}
if not ini_path:
print "APPENLIGHT_INI variable is missing from environment/run cmd"
else:
config = client.get_config(path_to_config=ini_path)
if not config.get('appenlight'):
print 'WARNING Could not instantiate the client properly'
else:
client.Client(config)
from pyramid.scripts import pserve
command = pserve.PServeCommand(argv[1:], quiet=quiet)
return command.run()
def testini(cls, ini_name):
print '\nCurrent directory: %s' % cwd
ini_path = os.path.join(cwd, ini_name)
config = client.get_config(path_to_config=ini_path)
print 'INI file read - creating client'
appenlight_client = client.Client(config)
print 'Client created, sending test entry'
logging.error('This is a test entry', extra={'sometag': 'appenlight.client.test',
'foo': 'bar'})
records = appenlight_client.log_handlers_get_records()
appenlight_client.py_log({}, records)
result = appenlight_client.transport.send(appenlight_client.transport.log_queue[:], 'logs')
if not result:
print 'something went wrong, please check your API key'
return False
else:
print 'Test entry transmitted correctly'
return True
def on_preload_parsed(options, **kwargs):
"""
This actually configures celery from pyramid config file
"""
celery.conf['INI_PYRAMID'] = options['ini']
import appenlight_client.client as e_client
ini_location = options['ini']
if not ini_location:
raise Exception('You need to pass pyramid ini location using '
'--ini=filename.ini argument to the worker')
env = bootstrap(ini_location)
api_key = env['request'].registry.settings['appenlight.api_key']
tr_config = env['request'].registry.settings.get(
'appenlight.transport_config')
CONFIG = e_client.get_config({'appenlight.api_key': api_key})
if tr_config:
CONFIG['appenlight.transport_config'] = tr_config
APPENLIGHT_CLIENT = e_client.Client(CONFIG)
# log.addHandler(APPENLIGHT_CLIENT.log_handler)
register_signals(APPENLIGHT_CLIENT)
celery.pyramid = env
def testini(cls, ini_name):
print '\nCurrent directory: %s' % cwd
ini_path = os.path.join(cwd, ini_name)
config = client.get_config(path_to_config=ini_path)
print 'INI file read - creating client'
appenlight_client = client.Client(config)
print 'Client created, sending test entry'
record = logging.makeLogRecord({
'name': 'appenlight.client.test',
'message': 'Test entry'
})
appenlight_client.py_log({}, [record])
result = appenlight_client.transport.send(
appenlight_client.log_queue[:], 'logs')
if not result:
print 'something went wrong, please check your API key'
return False
else:
print 'Test entry transmitted correctly'
return True
def on_preload_parsed(options, **kwargs):
"""
This actually configures celery from pyramid config file
"""
celery.conf["INI_PYRAMID"] = options["ini"]
import appenlight_client.client as e_client
ini_location = options["ini"]
if not ini_location:
raise Exception(
"You need to pass pyramid ini location using "
"--ini=filename.ini argument to the worker"
)
env = bootstrap(ini_location[0])
api_key = env["request"].registry.settings["appenlight.api_key"]
tr_config = env["request"].registry.settings.get("appenlight.transport_config")
CONFIG = e_client.get_config({"appenlight.api_key": api_key})
if tr_config:
CONFIG["appenlight.transport_config"] = tr_config
APPENLIGHT_CLIENT = e_client.Client(CONFIG)
# log.addHandler(APPENLIGHT_CLIENT.log_handler)
register_signals(APPENLIGHT_CLIENT)
celery.pyramid = env
import datetime
import logging
import socket
import pkg_resources
import time
from appenlight_client import client, make_appenlight_middleware
from appenlight_client.exceptions import get_current_traceback
from appenlight_client.logger import register_logging
from appenlight_client.wsgi import AppenlightWSGIWrapper
timing_conf = client.get_config({'appenlight.api_key': '1234'})
for k, v in timing_conf.iteritems():
if 'appenlight.timing' in k:
timing_conf[k] = 0.00000001
client.Client(config=timing_conf)
from appenlight_client.timing import local_timing, get_local_storage
import timeit
import jinja2
print 'traced', hasattr(jinja2.Template.render, '_e_attached_tracer')
s = """
template = jinja2.Template('''xxxxx {{1+2}} yyyyyy''')
template.render()
"""
print 'time', timeit.timeit(stmt=s, number=1500, setup="import jinja2")
stats, slow_calls = get_local_storage(local_timing).get_thread_stats()
print 'calls', len(slow_calls)
print 'stats', stats