def setupUI(self):
ui = TTY(self.concurrency.createLock())
ui.configure()
# Let ui prefix log lines with the worker name.
ui.setCurrentWorkerNameFunction(self.concurrency.getCurrentWorkerNameFunction())
# Apply CLI options.
ui.enableDebugCategories(self.parser.get('debug'))
ui.setInfoLevel(self.parser.get('info'))
self.ui = ui
set_module('ui', ui) # Export ui module.
self.arc = EngineArchitect('Engine')
def test_00_start_stop(self):
self.arc.init()
self.arc.start(self.runner, ())
self.arc.stop()
def test_01_start_kill(self):
self.arc.init()
self.arc.start(self.runner, ())
self.arc.kill()
def test_02_getEmitter(self):
self.arc.init()
emitter = self.arc.getLeftEmitter()
self.assertIsInstance(emitter, Emitter)
emitter = self.arc.getRightEmitter()
self.assertIsInstance(emitter, Emitter)
if __name__ == '__main__':
from imapfw.concurrency import Concurrency
from imapfw.ui.tty import TTY
runtime.set_module('concurrency', Concurrency('multiprocessing'))
ui = TTY(runtime.concurrency.createLock())
ui.configure()
# ui.enableDebugCategories(['architects'])
runtime.set_module('ui', ui)
unittest.main(verbosity=2)
# We catch exception since it's run as a test in travis.
_DEBUG = True # Set to True for more output and stack trace on error.
import sys
from imapfw.concurrency.concurrency import Concurrency
from imapfw.ui.tty import TTY
c = Concurrency("multiprocessing")
ui = TTY(c.createLock())
ui.configure()
if _DEBUG:
ui.enableDebugCategories(["emitters"])
ui.setCurrentWorkerNameFunction(c.getCurrentWorkerNameFunction())
runtime.set_module("ui", ui)
runtime.set_module("concurrency", c)
def run_async():
ui.info("******** running run_async()")
__REMOTE__ = "http://imapfw.github.io"
__CONNECTED__ = "would be connected"
driverReceiver, driverEmitter = newEmitterReceiver("driver")
def connect(remote, port):
print("would connect to %s:%s" % (remote, port))
assert remote == __REMOTE__
assert port == 80
return __CONNECTED__
def setupConcurrency(self):
self.concurrency = Concurrency(self.parser.get('concurrency'))
set_module('concurrency', self.concurrency) # Export concurrency module.
def loadRascal(self):
rascalFile = self.parser.get('rascalfile')
if rascalFile is not None:
self.rascal = Rascal()
self.rascal.load(rascalFile)
set_module('rascal', self.rascal) # Export the rascal.
# We catch exception since it's run as a test in travis.
_DEBUG = True # Set to True for more output and stack trace on error.
import sys
from imapfw.concurrency.concurrency import Concurrency
from imapfw.ui.tty import TTY
c = Concurrency('multiprocessing')
ui = TTY(c.createLock())
ui.configure()
if _DEBUG:
ui.enableDebugCategories(['emitters'])
ui.setCurrentWorkerNameFunction(c.getCurrentWorkerNameFunction())
runtime.set_module('ui', ui)
runtime.set_module('concurrency', c)
def run_async():
ui.info("******** running run_async()")
__REMOTE__ = 'http://imapfw.github.io'
__CONNECTED__ = 'would be connected'
driverReceiver, driverEmitter = newEmitterReceiver('driver')
def connect(remote, port):
print("would connect to %s:%s"% (remote, port))
assert remote == __REMOTE__
assert port == 80
return __CONNECTED__
def setUp(self):
self.c = runtime.concurrency
ui = NullUI()
runtime.set_module('ui', ui)
def setupConcurrency(self):
self._concurrency = Concurrency(self._cli.get('concurrency'))
set_module('concurrency',
self._concurrency) # Export concurrency module.
# We catch exception since it's run as a test in travis.
_DEBUG = True # Set to True for more output and stack trace on error.
import sys
from imapfw.concurrency.concurrency import Concurrency
from imapfw.ui.tty import TTY
c = Concurrency('multiprocessing')
ui = TTY(c.createLock())
ui.configure()
if _DEBUG:
ui.enableDebugCategories(['emitters'])
ui.setCurrentWorkerNameFunction(c.getCurrentWorkerNameFunction())
runtime.set_module('ui', ui)
runtime.set_module('concurrency', c)
def run_async():
ui.info("******** running run_async()")
__REMOTE__ = 'http://imapfw.github.io'
__CONNECTED__ = 'would be connected'
driverReceiver, driverEmitter = newEmitterReceiver('driver')
def connect(remote, port):
print("would connect to %s:%s" % (remote, port))
assert remote == __REMOTE__
assert port == 80
return __CONNECTED__
self.arc = EngineArchitect('Engine')
def test_00_start_stop(self):
self.arc.init()
self.arc.start(self.runner, ())
self.arc.stop()
def test_01_start_kill(self):
self.arc.init()
self.arc.start(self.runner, ())
self.arc.kill()
def test_02_getEmitter(self):
self.arc.init()
emitter = self.arc.getLeftEmitter()
self.assertIsInstance(emitter, Emitter)
emitter = self.arc.getRightEmitter()
self.assertIsInstance(emitter, Emitter)
if __name__ == '__main__':
from imapfw.concurrency import Concurrency
from imapfw.ui.tty import TTY
runtime.set_module('concurrency', Concurrency('multiprocessing'))
ui = TTY(runtime.concurrency.createLock())
ui.configure()
# ui.enableDebugCategories(['architects'])
runtime.set_module('ui', ui)
unittest.main(verbosity=2)