def test_get_attributes_for_sanity(self):
'''
Verifies the parsing of attributes.
'''
self.assertEquals(parser.get_attributes('foo=bar'), ('foo', 'bar'))
self.assertEquals(parser.get_attributes('foo=bar '), ('foo', 'bar'))
self.assertEquals(parser.get_attributes('foo= "some stuff"'),
('foo', 'some stuff'))
self.assertEquals(parser.get_attributes('foo = "bar"'), ('foo', 'bar'))
def test_get_attributes_for_sanity(self):
'''
Verifies the parsing of attributes.
'''
self.assertEquals(parser.get_attributes('foo=bar'), ('foo', 'bar'))
self.assertEquals(parser.get_attributes('foo=bar '), ('foo', 'bar'))
self.assertEquals(parser.get_attributes('foo= "some stuff"'),
('foo', 'some stuff'))
self.assertEquals(parser.get_attributes('foo = "bar"'),
('foo', 'bar'))
def _get_filter(data, registry):
'''
Parse categories and attributes from the request.
data -- the HTTP data.
registry -- The registry used for this call.
'''
categories = []
attributes = {}
for cat in data.categories:
categories.append(parser.get_category(cat, registry.get_categories()))
for attr in data.attributes:
key, value = parser.get_attributes(attr)
attributes[key] = value
return categories, attributes
def _get_filter(data, registry):
"""
Parse categories and attributes from the request.
data -- the HTTP data.
registry -- The registry used for this call.
"""
categories = []
attributes = {}
for cat in data.categories:
categories.append(parser.get_category(cat, registry.get_categories()))
for attr in data.attributes:
key, value = parser.get_attributes(attr)
attributes[key] = value
return categories, attributes
def _to_entity(data, def_kind, registry):
'''
Extract an entity from the HTTP data object.
kind -- The kind definition.
registry -- The registry.
'''
# disable 'Too many local vars' pylint check (It's a bit ugly but will do)
# disable 'Too many branches' pylint check (Needs to be improved)
# pylint: disable=R0914,R0912
kind = None
mixins = []
# first kind & mixins
kind_found = False
for category_string in data.categories:
category = parser.get_category(category_string.strip(),
registry.get_categories())
if repr(category) == 'kind' and not kind_found:
kind = category
kind_found = True
else:
mixins.append(category)
# the attributes
attributes = {}
for attr_string in data.attributes:
key, value = parser.get_attributes(attr_string)
attributes[key] = value
# now create the entity
if kind_found is False and def_kind is None:
raise AttributeError('Could not find a valid kind.')
elif def_kind is not None:
kind = def_kind
if Resource.kind in kind.related:
# links
entity = Resource(None, kind, mixins, [])
for link_string in data.links:
entity.links.append(
parser.get_link(link_string.strip(), entity, registry))
elif Link.kind in kind.related:
try:
source_attr = attributes['occi.core.source']
target_attr = attributes['occi.core.target']
if source_attr.find(registry.get_hostname()) == 0:
source_attr = source_attr.replace(registry.get_hostname(), '')
if target_attr.find(registry.get_hostname()) == 0:
target_attr = target_attr.replace(registry.get_hostname(), '')
source = registry.get_resource(source_attr)
target = registry.get_resource(target_attr)
except KeyError:
raise AttributeError('Both occi.core.[source, target]' +
' attributes need to be resources.')
entity = Link(None, kind, mixins, source, target)
else:
raise AttributeError('This kind seems not to be related to either' +
' resource or link.')
entity.attributes = attributes
return entity
def _to_entity(data, def_kind, registry):
"""
Extract an entity from the HTTP data object.
kind -- The kind definition.
registry -- The registry.
"""
# disable 'Too many local vars' pylint check (It's a bit ugly but will do)
# disable 'Too many branches' pylint check (Needs to be improved)
# pylint: disable=R0914,R0912
kind = None
mixins = []
# first kind & mixins
kind_found = False
for category_string in data.categories:
category = parser.get_category(category_string.strip(), registry.get_categories())
if repr(category) == "kind" and not kind_found:
kind = category
kind_found = True
else:
mixins.append(category)
# the attributes
attributes = {}
for attr_string in data.attributes:
key, value = parser.get_attributes(attr_string)
attributes[key] = value
# now create the entity
if kind_found is False and def_kind is None:
raise AttributeError("Could not find a valid kind.")
elif def_kind is not None:
kind = def_kind
if Resource.kind in kind.related:
# links
entity = Resource(None, kind, mixins, [])
for link_string in data.links:
entity.links.append(parser.get_link(link_string.strip(), entity, registry))
elif Link.kind in kind.related:
try:
source_attr = attributes["occi.core.source"]
target_attr = attributes["occi.core.target"]
if source_attr.find(registry.get_hostname()) == 0:
source_attr = source_attr.replace(registry.get_hostname(), "")
if target_attr.find(registry.get_hostname()) == 0:
target_attr = target_attr.replace(registry.get_hostname(), "")
source = registry.get_resource(source_attr)
target = registry.get_resource(target_attr)
except KeyError:
raise AttributeError("Both occi.core.[source, target]" + " attributes need to be resources.")
entity = Link(None, kind, mixins, source, target)
else:
raise AttributeError("This kind seems not to be related to either" + " resource or link.")
entity.attributes = attributes
return entity
