def setUp(self):
self.delegate = Delegate()
super(self.__class__,self).setUp()
self.runLoop = RunLoop.currentRunLoop()
# Wire URLProtocol
URLHTTPProtocol.run_loop = RunLoop
URLHTTPProtocol.assembled()
URLProtocol.registerClass(URLHTTPProtocol)
URLConnection.URLProtocol = URLProtocol
URLCache.assembled()
URLConnection.URLCache = URLCache
URLConnection.runLoop = RunLoop
# Wire RunLoop
ls = LogService()
ls.useStreamHandler(sys.stderr)
RunLoop.log = ls.__binding__('RunLoop', RunLoop)
def setUp(self):
super(self.__class__,self).setUp()
self.runLoop = RunLoop.currentRunLoop()
# Wire URLHTTPProtocol
URLHTTPProtocol.LRProtocol = LineReceiverProtocol
URLHTTPProtocol.portFactory = Port
# Wire URLProtocol
URLProtocol.registerClass(URLDataProtocol)
URLProtocol.registerClass(URLHTTPProtocol)
# Wire URLConnection
URLConnection.URLProtocol = URLProtocol
URLConnection.runLoop = RunLoop
URLConnection.URLRequest = URLRequest
# Wire RunLoop
ls = LogService()
ls.useStreamHandler(sys.stderr)
RunLoop.log = ls.__binding__('RunLoop', RunLoop)
XMLSchemaService.URLConnection = URLConnection
self.XMLSchemaService = XMLSchemaService
self.schema = None
def __init__(self, appDir, authoritativeOptions = None, **defaultComps):
self.appBundle = Bundle(appDir)
self.configFile = self.appBundle.pathForResource('app.conf')
self.status = Application.STOPPED
self.digest = ""
self.name = os.path.basename(os.path.abspath(appDir))
if not authoritativeOptions:
authoritativeOptions = {}
authoritativeOptions['application.name'] = self.name
authoritativeOptions['application.path'] = os.path.abspath(appDir)
authoritativeOptions['system.hostname'] = socket.gethostname()
self.loadConfig()
logService = defaultComps.get("LogService")
if logService is None:
# everybody needs logging, especally during devel. If one
# isn't passed to us, set one up to go directly to syslog
logService = LogService()
logService.addData('app', self.name)
logService.setFormat('[%(app)s:%(name)s:%(levelname)s] %(message)s')
logService.useSyslogHandler()
defaultComps["LogService"] = logService
# load the module that adapts our logging to somthething that twisted deferred's and failuers likes
defaultComps["StdioOnnaStick"] = StdioOnnaStick()
defaultComps["ErrorFactory"] = ErrorFactory()
# these two are sessions so we put their classe rather than
# instances in componentRegistry
defaultComps["RunLoop"] = RunLoop
defaultComps["PortFactory"] = Port
# our os signal handling, has to be as light weight as
# possible. so any signal this app receives will be processed
# by the sameRunLoop that started this app (hopefully you
# don't have it bogged down running long synchronous tasks)
self.mainRunLoop = RunLoop.currentRunLoop()
self.componentRegistry = CompBinder()
for compName, component in defaultComps.items():
self.componentRegistry.addComponent(compName, component)
serviceRegistry = ServiceRegistry()
# blehq, serviceRegistry needs the application name in order to
# load services that have been configured by convention
serviceRegistry.app_name = self.name
serviceRegistry.app = self
self.componentRegistry.addComponent("ServiceRegistry", serviceRegistry)
# need to bind ServiceRegistry's before we can add the App as
# a service.
self.componentRegistry.bind()
# Set up the config service with authorative options
configService = ciConfigService()
for option, value in authoritativeOptions.items():
configService.set_default(option, value)
try: # todo, remove this crap afte we pull the last bits of corba/omniorb from Rambler
from epo import ciIApplication, ciIConfigService
# Register the application service so that we can be remotely managed
serviceRegistry.addService("Application", self, ciIApplication, [])
serviceRegistry.addService("ConfigService", configService, ciIConfigService, [])
except ImportError:
# corba isn't installed
serviceRegistry.addService("Application", self, None, [])
# Note: ConfigService is placed into the componentRegistry
# via the service registry. Not sure why I did this.
serviceRegistry.addService("ConfigService", configService, None, [])
self.componentRegistry.bind()
