def test_parse_permissions_css(
self, mock_conn):
restrictions = ('canEdit', 'canAnnotate', 'canLink', 'canDelete')
# Iterate through every combination of the restrictions' flags,
# checking each with and without expected canChgrp
for i in range(2**len(restrictions)):
expected = []
permissions_dict = {'perm': '------'}
for j in range(len(restrictions)):
if i & 2**j != 0:
expected.append(restrictions[j])
permissions_dict[restrictions[j]] = True
else:
permissions_dict[restrictions[j]] = False
expected.sort()
owner_id = mock_conn.getUserId()
# Test with different owner_ids, which means canChgrp is False
received = parse_permissions_css(permissions_dict,
owner_id+1,
mock_conn)
received = filter(None, received.split(' '))
received.sort()
assert expected == received
# Test with matching owner_ids, which means
# isOwned and canChgrp is True
expected.append('isOwned')
expected.append('canChgrp')
expected.sort()
received = parse_permissions_css(permissions_dict,
owner_id,
mock_conn)
received = filter(None, received.split(' '))
received.sort()
assert expected == received
def test_parse_permissions_css(self, mock_conn):
restrictions = ("canEdit", "canAnnotate", "canLink", "canDelete",
"canChgrp")
# Iterate through every combination of the restrictions' flags,
# checking each with and without expected canChgrp
for i in range(2**len(restrictions)):
expected = []
permissions_dict = {"perm": "------"}
for j in range(len(restrictions)):
if i & 2**j != 0:
expected.append(restrictions[j])
permissions_dict[restrictions[j]] = True
else:
permissions_dict[restrictions[j]] = False
expected.sort()
owner_id = mock_conn.getUserId()
# Test with different owner_ids, which means canChgrp is False
received = parse_permissions_css(permissions_dict, owner_id + 1,
mock_conn)
received = list(filter(None, received.split(" ")))
received.sort()
assert expected == received
# Test with matching owner_ids, which means
# isOwned and canChgrp is True
expected.append("isOwned")
expected.sort()
received = parse_permissions_css(permissions_dict, owner_id,
mock_conn)
received = list(filter(None, received.split(" ")))
received.sort()
assert expected == received
def _marshal_map(conn, row):
''' Given a Map row (list) marshals it into a dictionary. Order
and type of columns in row is:
* id (rlong)
* value (rstring)
* description (rstring)
* details.owner.id (rlong)
* details.permissions (dict)
* namespace (rstring)
@param conn OMERO gateway.
@type conn L{omero.gateway.BlitzGateway}
@param row The Tag row to marshal
@type row L{list}
'''
map_id, value, description, owner_id, permissions, namespace, \
child_count = row
mapann = dict()
mapann['id'] = unwrap(map_id)
mapann['name'] = unwrap(value)
desc = unwrap(description)
if desc:
mapann['description'] = desc
mapann['ownerId'] = unwrap(owner_id)
mapann['permsCss'] = parse_permissions_css(permissions, unwrap(owner_id),
conn)
mapann['childCount'] = unwrap(child_count)
return mapann
def _marshal_map(conn, row):
''' Given a Map row (list) marshals it into a dictionary. Order
and type of columns in row is:
* id (rlong)
* value (rstring)
* description (rstring)
* details.owner.id (rlong)
* details.permissions (dict)
* namespace (rstring)
@param conn OMERO gateway.
@type conn L{omero.gateway.BlitzGateway}
@param row The Tag row to marshal
@type row L{list}
'''
map_id, value, description, owner_id, permissions, namespace, \
child_count = row
mapann = dict()
mapann['id'] = unwrap(map_id)
mapann['name'] = unwrap(value)
desc = unwrap(description)
if desc:
mapann['description'] = desc
mapann['ownerId'] = unwrap(owner_id)
mapann['permsCss'] = parse_permissions_css(permissions,
unwrap(owner_id), conn)
mapann['childCount'] = unwrap(child_count)
return mapann