def test_basic_requirements_check(self):
"""Test requirement_check."""
requirements = requirements_collect(BasicFunctionCore)
params = {'category': 'test_cat2'}
for line in requirements:
check = requirement_check(params, line)
self.assertFalse(check)
line = "unit='MMI'"
params = {'category': 'test_cat2'}
msg = 'Malformed statement (logged)'
self.assertFalse(requirement_check(params, line), msg)
def test_basic_requirements_check(self):
"""Test requirement_check."""
requirements = requirements_collect(BasicFunctionCore)
params = {'category': 'test_cat2'}
for line in requirements:
check = requirement_check(params, line)
self.assertFalse(check)
line = "unit='MMI'"
params = {'category': 'test_cat2'}
msg = 'Malformed statement (logged)'
self.assertFalse(requirement_check(params, line), msg)
def test_basic_requirements_check(self):
"""Basic plugin requirements check
"""
requirelines = requirements_collect(BasicFunctionCore)
params = {'category': 'test_cat2'}
for line in requirelines:
check = requirement_check(params, line)
assert not check
line = "unit='MMI'"
params = {'category': 'test_cat2'}
msg = 'Malformed statement (logged)'
assert not requirement_check(params, line), msg
def test_basic_requirements_check(self):
"""Basic plugin requirements check
"""
requirelines = requirements_collect(BasicFunctionCore)
params = {'category': 'test_cat2'}
for line in requirelines:
check = requirement_check(params, line)
assert not check
line = "unit='MMI'"
params = {'category': 'test_cat2'}
msg = 'Malformed statement (logged)'
assert not requirement_check(params, line), msg
def test_basic_requirements_check(self):
"""Basic plugin requirements check
"""
requirelines = requirements_collect(BasicFunction)
params = {'category': 'exposure'}
for line in requirelines:
check = requirement_check(params, line)
assert check == False
line = "unit='mmi'"
params = {'category': 'exposure'}
msg = 'Malformed statement (logged)'
assert requirement_check(params, line) == False, msg
def test_get_plugins(self):
"""Plugins can be collected."""
os.environ['LANG'] = 'en'
plugin_list = get_plugins()
self.assertGreater(len(plugin_list), 0)
# Obtain string representation
string_rep = admissible_plugins_to_str(plugin_list)
# Check each plugin
for plugin in plugin_list.values():
# Check that it's name appears in string representation
title = get_function_title(plugin)
message = ('Expected title %s in string representation: %s' %
(title, string_rep))
assert title in string_rep, message
# Check that every plugin has a requires line
requirements = requirements_collect(plugin)
message = 'There were no requirements in plugin %s' % plugin
assert (len(requirements) > 0), message
for required_string in requirements:
message = 'All plugins should return True or False'
assert (requirement_check(
{
'category': 'hazard',
'subcategory': 'earthquake',
'layerType': 'raster'
}, required_string) in [True, False]), message
def test_get_plugins(self):
"""Plugins can be collected."""
os.environ['LANG'] = 'en'
plugin_list = get_plugins()
assert(len(plugin_list) > 0)
# Obtain string representation
string_rep = admissible_plugins_to_str(plugin_list)
# Check each plugin
for plugin in plugin_list.values():
# Check that it's name appeears in string representation
title = get_function_title(plugin)
msg = ('Expected title %s in string representation: %s'
% (title, string_rep))
assert title in string_rep, msg
# Check that every plugin has a requires line
requirements = requirements_collect(plugin)
msg = 'There were no requirements in plugin %s' % plugin
assert(len(requirements) > 0), msg
for req_str in requirements:
msg = 'All plugins should return True or False'
assert(requirement_check({'category': 'hazard',
'subcategory': 'earthquake',
'layerType': 'raster'},
req_str) in [True, False]), msg
def test_requirements_check(self):
"""Plugins are correctly filtered based on requirements."""
plugin_list = get_plugins('BasicFunction')
self.assertEqual(len(plugin_list), 1)
requirements = requirements_collect(plugin_list[0].values()[0])
message = 'Requirements are %s' % requirements
assert (len(requirements) == 1), message
for req_str in requirements:
message = 'Should eval to True'
assert (requirement_check({'category': 'hazard'}, req_str) is
True), message
message = 'Should eval to False'
assert (requirement_check({'broke': 'broke'}, req_str) is
False), message
try:
plugin_list = get_plugins('NotRegistered')
except RuntimeError:
pass
else:
message = 'Search should fail'
raise Exception(message)
def test_requirements_check(self):
"""Plugins are correctly filtered based on requirements."""
plugin_list = get_plugins('BasicFunction')
self.assertEqual(len(plugin_list), 1)
requirements = requirements_collect(plugin_list[0].values()[0])
message = 'Requirements are %s' % requirements
assert(len(requirements) == 1), message
for req_str in requirements:
message = 'Should eval to True'
assert(requirement_check({'category': 'hazard'},
req_str) is True), message
message = 'Should eval to False'
assert(requirement_check({'broke': 'broke'},
req_str) is False), message
try:
plugin_list = get_plugins('NotRegistered')
except RuntimeError:
pass
else:
message = 'Search should fail'
raise Exception(message)
def test_keywords_error(self):
"""Handling of reserved python keywords """
line = "unit=='MMI'"
params = {'class': 'myclass'}
msg = 'Reserved keyword in statement (logged)'
self.assertFalse(requirement_check(params, line), msg)
def test_keywords_error(self):
"""Handling of reserved python keywords """
line = "unit=='MMI'"
params = {'class': 'myclass'}
msg = 'Reserved keyword in statement (logged)'
assert not requirement_check(params, line), msg
