def test_add(self):
interface.add(simple, lambda arg1: arg1, dict(name='added'), [dict(name='arg1', type=int)])
assert(interface.call('added arg1=1') == 1)
assert(expect_exception(lambda: interface.call('added arg1=a'), HandledException))
del simple.__ec_member__.Members['added'] # remove the added member
def inject(sharedBase=None, **Settings):
import sys
from json import dumps
from urllib import quote
from ec import interface
from ec.ec import settings
import delegator # #Note: An ec module is used, instead of making the call directly, so to utilize ec's features like debugging etc.
if sharedBase:
delegator.setSharedBase(sharedBase)
if Settings:
settings(**Settings)
Args = sys.argv[1:]
interface.setBase(delegator)
interface.call('makeCall %s %s' % (Args[0], quote(dumps(Args[1:]))), silent=False)
def test_call_with_input(self):
from support.helpers import RawInputHook as RIH
RIH.values(2, 3)
assert(interface.call('task1 arg1=1', True) == (1, 2))
def test_unhandled_exception(self):
assert(expect_exception(lambda: interface.call('ex'), ZeroDivisionError))
def test_handled_exception(self):
assert(expect_exception(lambda: interface.call('task2'), HandledException))
def test_mixed_args(self):
assert(interface.call('task1 1 arg2=1') == (1, 1))
def test_positional_args(self):
assert(interface.call('task1 1') == (1, 2))
def test_call(self):
assert(interface.call('task1 arg1=1') == (1, 2))
"""
An example for wrapping ec based modules.
"""
from ec import interface
import simple # the ec-ed script
interface.setBase(simple)
interface.call('task1 arg2=1', True)
