def runTest(self):
# Test that everything in version.versionMap has a handler, except
# for DEVEL.
for (name, vers) in list(versionMap.items()):
if name == "DEVEL":
continue
self.assertEqual(returnClassForVersion(vers).version, vers)
# test that unknown version will raise an exception
import pykickstart.version as ver
orig_versionToString = ver.versionToString
with self.assertRaises(KickstartVersionError):
def fake_versionToString(version, skipDevel=False):
return "-1"
ver.versionToString = fake_versionToString
ver.returnClassForVersion(-1)
ver.versionToString = orig_versionToString
# Load the handlers
_path = os.path.join(os.path.dirname(__file__), "..", "pykickstart", "handlers")
_path = os.path.abspath(_path)
for module in loadModules(_path, cls_pattern="Handler", skip_list=["control"]):
if module.__name__.endswith("Handler") and module.__name__ not in ["BaseHandler"]:
# What is the version of the handler?
vers = module.__name__.replace("Handler", "")
self.assertTrue(vers in versionMap)
# Ensure that returnClassForVersion returns what we expect
self.assertEqual(getClassName(returnClassForVersion(versionMap[vers])), getClassName(module))
def runTest(self):
# Test that everything in version.versionMap has a handler, except
# for DEVEL.
for (name, vers) in list(versionMap.items()):
if name == "DEVEL":
continue
self.assertEqual(returnClassForVersion(vers).version, vers)
# Load the handlers
import pykickstart.handlers
for module in loadModules(pykickstart.handlers.__path__[0],
cls_pattern="Handler",
skip_list=["control"]):
if module.__name__.endswith("Handler") and module.__name__ not in [
"BaseHandler"
]:
# What is the version of the handler?
vers = module.__name__.replace("Handler", "")
self.assertTrue(vers in versionMap)
# Ensure that returnClassForVersion returns what we expect
self.assertEqual(
getClassName(returnClassForVersion(versionMap[vers])),
getClassName(module))
def runTest(self):
# Test that everything in version.versionMap has a handler, except
# for DEVEL.
for (name, vers) in list(versionMap.items()):
if name == "DEVEL":
continue
self.assertEqual(returnClassForVersion(vers).version, vers)
# test that unknown version will raise an exception
import pykickstart.version as ver
orig_versionToString = ver.versionToString
with self.assertRaises(KickstartVersionError):
def fake_versionToString(version, skipDevel = False):
return "-1"
ver.versionToString = fake_versionToString
ver.returnClassForVersion(-1)
ver.versionToString = orig_versionToString
# Load the handlers
import pykickstart.handlers
for module in loadModules(pykickstart.handlers.__path__[0], cls_pattern="Handler", skip_list=["control"]):
if module.__name__.endswith("Handler") and module.__name__ not in ["BaseHandler"]:
# What is the version of the handler?
vers = module.__name__.replace("Handler","")
self.assertTrue(vers in versionMap)
# Ensure that returnClassForVersion returns what we expect
self.assertEqual(getClassName(returnClassForVersion(versionMap[vers])), getClassName(module))
def runTest(self):
# Test that everything in version.versionMap has a handler, except
# for DEVEL.
for (name, vers) in list(versionMap.items()):
if name == "DEVEL":
continue
self.assertEqual(returnClassForVersion(vers).version, vers)
# Load the handlers
import pykickstart.handlers
for module in loadModules(pykickstart.handlers.__path__[0], cls_pattern="Handler", skip_list=["control"]):
if module.__name__.endswith("Handler") and module.__name__ not in ["BaseHandler"]:
# What is the version of the handler?
vers = module.__name__.replace("Handler","")
self.assertTrue(vers in versionMap)
# Ensure that returnClassForVersion returns what we expect
self.assertEqual(getClassName(returnClassForVersion(versionMap[vers])), getClassName(module))