class RPCTests(TestCase):
def setUp(self):
print
print "=== setup ==="
import tempfile
print "WrappedClass publishers:", WrappedClass.publishers
self.sockname = tempfile.mktemp()
self.server = RPCHost()
self.server.start()
self.listener = RPCListener(self.sockname, "RPCTests", self.server)
self.listener.start()
self.remote = start_helper(self.sockname)
self.remote.start()
self.server.publish(WrappedLocalClass)
self.server.subscribe(WrappedClass)
print "=== setup done ==="
def tearDown(self):
from datetime import datetime
print
print "=== teardown ==="
print " teardown 1 %s" % datetime.now()
self.server.finish()
print " teardown 2 %s" % datetime.now()
self.listener.finish()
print " teardown 3 %s" % datetime.now()
self.remote.finish()
print "=== teardown done ==="
def test_local(self):
'''test_local: local calls on a RPCWrapper subclass work'''
o = WrappedLocalClass("hello")
print "test_local: WrappedLocal ctor returned"
self.assertEqual(o.local, True)
self.assertEqual(o.retarg(), "hello")
o.setarg("goodbye")
self.assertEqual(o.retarg(), "goodbye")
print "test_local: ok"
def test_remote(self):
'''test_remote: calls on remote objects work'''
print "About to create WrappedClass"
o = WrappedClass(123.45)
self.assertNotEqual(o.rpcid, None)
try:
self.assertEqual(o.retarg(), 123.45)
o.setarg(dict(x=1, y=2))
self.assertEqual(o.retarg(), dict(x=1, y=2))
except RPCWrapper.MethodFailed, e:
print '-------------------------'
print e.traceback
print '-------------------------'
assert 0
class RPCTests(TestCase):
def setUp(self):
print
print "=== setup ==="
import tempfile
print "WrappedClass publishers:", WrappedClass.publishers
self.sockname = tempfile.mktemp()
self.server = RPCHost()
self.server.start()
self.listener = RPCListener(self.sockname, "RPCTests", self.server)
self.listener.start()
self.remote = start_helper(self.sockname)
self.remote.start()
self.server.publish(WrappedLocalClass)
self.server.subscribe(WrappedClass)
print "=== setup done ==="
def tearDown(self):
from datetime import datetime
print
print "=== teardown ==="
print " teardown 1 %s" % datetime.now()
self.server.finish()
print " teardown 2 %s" % datetime.now()
self.listener.finish()
print " teardown 3 %s" % datetime.now()
self.remote.finish()
print "=== teardown done ==="
def test_local(self):
'''test_local: local calls on a RPCWrapper subclass work'''
o = WrappedLocalClass("hello")
print "test_local: WrappedLocal ctor returned"
self.assertEqual(o.local, True)
self.assertEqual(o.retarg(), "hello")
o.setarg("goodbye")
self.assertEqual(o.retarg(), "goodbye")
print "test_local: ok"
def test_remote(self):
'''test_remote: calls on remote objects work'''
print "About to create WrappedClass"
o = WrappedClass(123.45)
self.assertNotEqual(o.rpcid, None)
try:
self.assertEqual(o.retarg(), 123.45)
o.setarg(dict(x=1, y=2))
self.assertEqual(o.retarg(), dict(x=1, y=2))
except RPCWrapper.MethodFailed, e:
print '-------------------------'
print e.traceback
print '-------------------------'
assert 0
def setUp(self):
print()
print("=== setup ===")
import tempfile
print("WrappedClass publishers:", WrappedClass.publishers)
self.sockname = tempfile.mktemp()
self.server = RPCHost()
self.server.start()
self.listener = RPCListener(self.sockname, "RPCTests", self.server)
self.listener.start()
self.remote = start_helper(self.sockname)
self.remote.start()
self.server.publish(WrappedLocalClass)
self.server.subscribe(WrappedClass)
print("=== setup done ===")
def setUp(self):
print()
print("=== setup ===")
import tempfile
print("WrappedClass publishers:", WrappedClass.publishers)
self.sockname = tempfile.mktemp()
self.server = RPCHost()
self.server.start()
self.listener = RPCListener(self.sockname, "RPCTests", self.server)
self.listener.start()
self.remote = start_helper(self.sockname)
self.remote.start()
self.server.publish(WrappedLocalClass)
self.server.subscribe(WrappedClass)
print("=== setup done ===")
class RPCTests(TestCase):
def setUp(self):
print()
print("=== setup ===")
import tempfile
print("WrappedClass publishers:", WrappedClass.publishers)
self.sockname = tempfile.mktemp()
self.server = RPCHost()
self.server.start()
self.listener = RPCListener(self.sockname, "RPCTests", self.server)
self.listener.start()
self.remote = start_helper(self.sockname)
self.remote.start()
self.server.publish(WrappedLocalClass)
self.server.subscribe(WrappedClass)
print("=== setup done ===")
def tearDown(self):
from datetime import datetime
print()
print("=== teardown ===")
print(" teardown 1 %s" % datetime.now())
self.server.finish()
print(" teardown 2 %s" % datetime.now())
self.listener.finish()
print(" teardown 3 %s" % datetime.now())
self.remote.finish()
print("=== teardown done ===")
def test_local(self):
'''test_local: local calls on a RPCWrapper subclass work'''
o = WrappedLocalClass("hello")
print("test_local: WrappedLocal ctor returned")
self.assertEqual(o.local, True)
self.assertEqual(o.retarg(), "hello")
o.setarg("goodbye")
self.assertEqual(o.retarg(), "goodbye")
print("test_local: ok")
def test_remote(self):
'''test_remote: calls on remote objects work'''
print("About to create WrappedClass")
o = WrappedClass(123.45)
self.assertNotEqual(o.rpcid, None)
try:
self.assertEqual(o.retarg(), 123.45)
o.setarg(dict(x=1, y=2))
self.assertEqual(o.retarg(), dict(x=1, y=2))
except RPCWrapper.MethodFailed as e:
print('-------------------------')
print(e.traceback)
print('-------------------------')
assert 0
def test_badmethod(self):
'''test_badmethod: failed method should raise MethodFailed'''
failed = 0
try:
o = WrappedClass('foo')
o.error_method()
except RPCWrapper.MethodFailed as e:
failed = 1
print(e.traceback)
self.assertEqual(failed, 1)
print("test_badmethod: ok")
class RPCTests(TestCase):
def setUp(self):
print()
print("=== setup ===")
import tempfile
print("WrappedClass publishers:", WrappedClass.publishers)
self.sockname = tempfile.mktemp()
self.server = RPCHost()
self.server.start()
self.listener = RPCListener(self.sockname, "RPCTests", self.server)
self.listener.start()
self.remote = start_helper(self.sockname)
self.remote.start()
self.server.publish(WrappedLocalClass)
self.server.subscribe(WrappedClass)
print("=== setup done ===")
def tearDown(self):
from datetime import datetime
print()
print("=== teardown ===")
print(" teardown 1 %s" % datetime.now())
self.server.finish()
print(" teardown 2 %s" % datetime.now())
self.listener.finish()
print(" teardown 3 %s" % datetime.now())
self.remote.finish()
print("=== teardown done ===")
def test_local(self):
'''test_local: local calls on a RPCWrapper subclass work'''
o = WrappedLocalClass("hello")
print("test_local: WrappedLocal ctor returned")
self.assertEqual(o.local, True)
self.assertEqual(o.retarg(), "hello")
o.setarg("goodbye")
self.assertEqual(o.retarg(), "goodbye")
print("test_local: ok")
def test_remote(self):
'''test_remote: calls on remote objects work'''
print("About to create WrappedClass")
o = WrappedClass(123.45)
self.assertNotEqual(o.rpcid, None)
try:
self.assertEqual(o.retarg(), 123.45)
o.setarg(dict(x=1, y=2))
self.assertEqual(o.retarg(), dict(x=1, y=2))
except RPCWrapper.MethodFailed as e:
print('-------------------------')
print(e.traceback)
print('-------------------------')
assert 0
def test_badmethod(self):
'''test_badmethod: failed method should raise MethodFailed'''
failed = 0
try:
o = WrappedClass('foo')
o.error_method()
except RPCWrapper.MethodFailed as e:
failed = 1
print(e.traceback)
self.assertEqual(failed, 1)
print("test_badmethod: ok")
