def make(cls, what, **kwargs):
'''Read configuration; instantiate classes using dependency injection.
:param what: list of either a class to instantiate
or None to get the dependency graph itself.
:param powers: powers needed by dependencies
Using :meth:`mods` to get a list of modules that provide bindings
from classes (or other keys) to objects, create an `injector.Injector`
and use it to instantiate each of the classes in `what`.
'''
# _logged(('make', cls, kwargs))
modules = cls.mods(**kwargs)
depgraph = injector.Injector(modules)
it = None
try:
return [depgraph.get(it) if it else depgraph
for it in what] # noqa
except TypeError as oops:
# for debugging:
# ack senderle Jul '12 https://stackoverflow.com/a/11415140/7963
# import sys
# import traceback
# ex_type, ex, tb = sys.exc_info()
# traceback.print_tb(tb)
# import pdb; pdb.set_trace()
raise TypeError('failed (%s) to instantiate: %s w.r.t. \n%s' %
(oops, it, '\n'.join([str(m) for m in modules])))
def _setup_dependency_injection(settings: dict,
engine: Engine) -> injector.Injector:
return injector.Injector(
[
Db(engine),
RedisMod(settings["redis.host"]),
Rq(),
EventBusMod(),
Configs(settings),
Auctions(),
AuctionsInfrastructure(),
Shipping(),
ShippingInfrastructure(),
CustomerRelationship(),
Payments(),
Processes(),
],
auto_bind=False,
)
def _setup_dependency_injection(
settings: dict, connection_provider: ThreadlocalConnectionProvider
) -> injector.Injector:
return injector.Injector( # type: ignore
[
Db(connection_provider),
RedisMod(settings["redis.host"]),
Rq(),
EventBusMod(),
Configs(settings),
Auctions(),
AuctionsInfrastructure(),
Shipping(),
ShippingInfrastructure(),
CustomerRelationship(),
Payments(),
Processes(),
],
auto_bind=False,
)
def __init__(self):
self.injector = injector.Injector(self.__class__.configure)
import injector
from flask.cli import with_appcontext
from flask_cors import CORS
from flask_injector import FlaskInjector
from flask_sqlalchemy import SQLAlchemy
from prometheus_flask_exporter.multiprocess import GunicornInternalPrometheusMetrics
from flask_migrate import Migrate
import rhub
from rhub.api.vault import Vault, VaultModule
from rhub.auth.keycloak import KeycloakModule
from rhub.scheduler import SchedulerModule
logger = logging.getLogger(__name__)
di = injector.Injector()
db = SQLAlchemy()
migrate = Migrate()
DEFAULT_PAGE_LIMIT = 20
def init_app():
logger.info('Starting initialization...')
from ._setup import setup
setup()
logger.info('Initialization finished.')
@click.command('init')
@with_appcontext
from flask import Flask,request
import injector
import os
db_url = os.environ.get("DB_API", "http://chaos.db.openshift:5001")
server_port = int(os.environ.get("SERVER_PORT", 5002))
app = Flask(__name__)
injection_slave = injector.Injector(db_url)
@app.route('/inject_fault',methods=['GET'])
def get_instructions():
return "send dns and fault name in json object"
@app.route('/inject_fault',methods=['POST'])
def inject_fault():
dns = request.json['dns']
fault = request.json['fault']
output = call_slave(dns,fault)
return output
def call_slave(dns,fault):
output = injection_slave.start_experiment(dns, fault)
return output
if __name__ == '__main__':
app.run(host='0.0.0.0', port= server_port)
def test_injector(): return injector.Injector()
def runner() -> None:
"""Bind all and launch the simulation!"""
ini = time.process_time()
custom_injector = injector.Injector([Module])
configuration = custom_injector.get(Configuration)
config_logging(configuration)
create_histogram_tables(custom_injector.get(sqlite3.Connection))
if configuration.get_arg('debug'):
numpy.random.seed(0)
simulator = custom_injector.get(Simulation)
max_runs = configuration.get_arg('max_runs')
confidence_width = configuration.get_arg('max_confidence_interval_width')
run = custom_injector.get(profile)(simulator.run)
logger.info('Parsing done at second %.2f', time.process_time() - ini)
logger.info('Simulating %d users during %d s (%.1f week(s)).',
configuration.users_num, configuration.simulation_time,
configuration.simulation_time / WEEK(1))
logger.info('User Satisfaction (US) target is %d%%.',
simulator.target_satisfaction)
if simulator.timeout[0] < math.inf:
logger.info(
'Average global timeout will be %.2f s '
'(median = %.2f s, std = %.2f s)', *simulator.timeout)
logger.info(
'A priori WUS = %.2f%% (median = %.2f%%, std = %.2f p.p.), '
'US = %.2f%% (median = %.2f%%, std = %.2f p.p.), '
'RI = %.2f%%.', *simulator.test_timeout)
logger.info('A priori analysis at second %.2f',
time.process_time() - ini)
if configuration.get_arg('graph_timeouts'):
simulator.graph_timeouts()
logger.info('Graph done %.2f', time.process_time() - ini)
(s, i, t), c = run(), 1
logger.info('Run 1: US = %.2f%%, RI = %.2f%%, timeout = %.2f', s, i, t)
if max_runs == 1 or configuration.get_arg('fleet_generator'):
logger.warning('Only one run, cannot calculate confidence intervals')
else:
satisfaction = confidence_interval(s)
inactivity = confidence_interval(i)
(xs, ds) = satisfaction.send(None)
(xi, di) = inactivity.send(None)
while di > confidence_width or ds > confidence_width or c < 2:
(s, i, t), c = run(), c + 1
(xs, ds) = satisfaction.send(s)
(xi, di) = inactivity.send(i)
logger.info(
'Run %d: US = %.2f%% (d = %.3f), '
'RI = %.2f%% (d = %.3f), timeout = %.2f', c, xs, ds, xi, di, t)
if c >= max_runs:
logger.warning('Max runs (%d) reached, stopping.', max_runs)
break
logger.info('All runs done (%d).', c)
logger.info('Runs done at second %.2f', time.process_time() - ini)
if configuration.get_arg('plot'):
logger.debug('Storing plots.')
custom_injector.get(Plot).plot_all()
logger.info('Plotting done at second %.2f', time.process_time() - ini)
logger.debug('Process memory footprint: %.2f MiB',
memory_profiler.memory_usage()[0])
logger.info('All done at second %.2f', time.process_time() - ini)
import injector
import tornado.ioloop
from url_shortener.lib.configuration import Configuration
from url_shortener.handlers.module import AppHandlers
from url_shortener.app import (AppModule, App)
if __name__ == '__main__':
conf = Configuration(mongo_conf={
'url': 'mongodb://localhost',
'db': 'url_shortener'
})
injection = injector.Injector(AppModule(conf))
app = injection.get(App)
server = app.get_server()
server.start(0)
# add handlers later to start connection after fork
app.add_handlers(injection.get(AppHandlers))
tornado.ioloop.IOLoop.current().start()
from imports.infrastructure.domains.blog.adapters.identity_adapter_impl import IdentityAdapterImpl
from imports.infrastructure.domains.blog.adapters.path_adapter_impl import PathAdapterImpl
from imports.infrastructure.domains.blog.adapters.time_adapter_impl import TimeAdapterImpl
from imports.infrastructure.domains.blog.adapters.truncate_html_adapter_impl import TruncateHTMLAdapterImpl
binder.bind(ConfigAdapter, to=ConfigAdapterImpl)
binder.bind(EnvAdapter, to=EnvAdapterImpl)
binder.bind(IdentityAdapter, to=IdentityAdapterImpl)
binder.bind(PathAdapter, to=PathAdapterImpl)
binder.bind(SlugAdapter, to=SlugAdapterImpl)
binder.bind(TimeAdapter, to=TimeAdapterImpl)
binder.bind(TruncateHTMLAdapter, to=TruncateHTMLAdapterImpl)
binder.bind(SiteInfoRepository, to=SiteInfoRepositoryImpl)
binder.bind(WebPageRepository, to=WebPageRepositoryImpl)
binder.bind(AssetRepository, to=AssetRepositoryImpl)
binder.bind(ArticleRepository, to=ArticleRepositoryImpl)
def mapping_rst_parser_domain(binder):
from imports.domains.rst_parser.adapters import PathAdapter, TransformRstAdapter
from imports.infrastructure.domains.rst_parser.adapters.transform_rst_adapter_impl import TransformRstAdapterImpl
from imports.infrastructure.domains.rst_parser.adapters.path_adapter_impl import PathAdapterImpl
binder.bind(PathAdapter, to=PathAdapterImpl)
binder.bind(TransformRstAdapter, to=TransformRstAdapterImpl)
domain_injector = injector.Injector(
[mapping_blog_domain, mapping_rst_parser_domain])
General Blitzortung error class.
"""
pass
# -----------------------------------------------------------------------------
# Public interface and exports.
# -----------------------------------------------------------------------------
import injector
from . import config
from . import db
from . import geom
INJECTOR = injector.Injector([config.ConfigModule(), db.DbModule()])
__all__ = [
'builder.Strike',
'builder.Station',
'data.TimeIntervals',
'data.Timestamp',
'data.NanosecondTimestamp', # data items
'db.strike',
'db.station',
'db.stationOffline',
'db.location', # database access
'Error', # custom exceptions
'files.Raw',
'files.Data',
'geom.Point',
print('usage: %s aws:<region>/<dynamo table> <mount point> [mount options]' % argv[0])
exit(1)
logStream = open('/var/log/dynamo-fuse.log', 'w', 0)
logging.basicConfig(stream=logStream)
logging.getLogger("dynamo-fuse-oper ").setLevel(logging.DEBUG)
logging.getLogger("dynamo-fuse-access").setLevel(logging.INFO)
logging.getLogger("dynamo-fuse-record").setLevel(logging.INFO)
logging.getLogger("dynamo-fuse-file ").setLevel(logging.DEBUG)
logging.getLogger("fuse.log-mixin").setLevel(logging.INFO)
logging.getLogger("dynamo-fuse-lock ").setLevel(logging.DEBUG)
logging.getLogger("dynamo-fuse-master").setLevel(logging.DEBUG)
logging.getLogger("dynamo-fuse-block ").setLevel(logging.DEBUG)
if argv[2] == "cleanup":
cleanup(argv[1])
elif argv[2] == "createTable":
DynamoFS(argv[1]).createTable()
else:
fg = False
if len(argv) == 4:
fg = "fg" in argv[3].split(",")
dynamoFS = DynamoFS(argv[1])
dynamofuse.ioc = injector.Injector([DynamoFuseInjector(dynamoFS)])
fuse = FUSE(dynamoFS, argv[2], foreground=fg, nothreads=not MULTITHREADED, default_permissions=False,
auto_cache=False, hard_remove=True,
noauto_cache=True, kernel_cache=False, direct_io=True, allow_other=True, use_ino=True, attr_timeout=0)
