blob: 6447078e7e98fa2ae1370c9a9c794680dae756ba [file] [log] [blame]
# Copyright 2016 The Chromium Authors. All rights reserved.
# Use of this source code is govered by a BSD-style
# license that can be found in the LICENSE file or at
# https://developers.google.com/open-source/licenses/bsd
"""Fake object classes that are useful for unit tests."""
import collections
import logging
import re
import settings
from framework import framework_helpers
from framework import monorailrequest
from framework import permissions
from framework import validate
from proto import project_pb2
from proto import tracker_pb2
from proto import user_pb2
from proto import usergroup_pb2
from services import caches
from services import issue_svc
from services import project_svc
from services import user_svc
from tracker import tracker_bizobj
from tracker import tracker_constants
# Many fakes return partial or constant values, regardless of their arguments.
# pylint: disable=unused-argument
BOUNDARY = '-----thisisaboundary'
OWNER_ROLE = 'OWNER_ROLE'
COMMITTER_ROLE = 'COMMITTER_ROLE'
CONTRIBUTOR_ROLE = 'CONTRIBUTOR_ROLE'
def Project(
project_name='proj', project_id=None, state=project_pb2.ProjectState.LIVE,
access=project_pb2.ProjectAccess.ANYONE, moved_to=None,
cached_content_timestamp=None,
owner_ids=None, committer_ids=None, contributor_ids=None):
"""Returns a project protocol buffer with the given attributes."""
project_id = project_id or hash(project_name)
return project_pb2.MakeProject(
project_name, project_id=project_id, state=state, access=access,
moved_to=moved_to, cached_content_timestamp=cached_content_timestamp,
owner_ids=owner_ids, committer_ids=committer_ids,
contributor_ids=contributor_ids)
def MakeTestIssue(
project_id, local_id, summary, status, owner_id, labels=None,
derived_labels=None, derived_status=None, merged_into=0, star_count=0,
derived_owner_id=0, issue_id=None, reporter_id=None, opened_timestamp=None,
closed_timestamp=None, modified_timestamp=None, is_spam=False,
component_ids=None, project_name=None, field_values=None):
"""Easily make an Issue for testing."""
issue = tracker_pb2.Issue()
issue.project_id = project_id
issue.project_name = project_name
issue.local_id = local_id
issue.issue_id = issue_id if issue_id else 100000 + local_id
issue.reporter_id = reporter_id if reporter_id else owner_id
issue.summary = summary
issue.status = status
issue.owner_id = owner_id
issue.derived_owner_id = derived_owner_id
issue.star_count = star_count
issue.merged_into = merged_into
issue.is_spam = is_spam
if opened_timestamp:
issue.opened_timestamp = opened_timestamp
if modified_timestamp:
issue.modified_timestamp = modified_timestamp
if closed_timestamp:
issue.closed_timestamp = closed_timestamp
if labels is not None:
if isinstance(labels, basestring):
labels = labels.split()
issue.labels.extend(labels)
if derived_labels is not None:
if isinstance(derived_labels, basestring):
derived_labels = derived_labels.split()
issue.derived_labels.extend(derived_labels)
if derived_status is not None:
issue.derived_status = derived_status
if component_ids is not None:
issue.component_ids = component_ids
if field_values is not None:
issue.field_values = field_values
return issue
def MakeTestConfig(project_id, labels, statuses):
"""Convenient function to make a ProjectIssueConfig object."""
config = tracker_bizobj.MakeDefaultProjectIssueConfig(project_id)
if isinstance(labels, basestring):
labels = labels.split()
if isinstance(statuses, basestring):
statuses = statuses.split()
config.well_known_labels = [
tracker_pb2.LabelDef(label=lab) for lab in labels]
config.well_known_statuses = [
tracker_pb2.StatusDef(status=stat) for stat in statuses]
return config
class MonorailConnection(object):
"""Fake connection to databases for use in tests."""
def Commit(self):
pass
def Close(self):
pass
class MonorailRequest(monorailrequest.MonorailRequest):
"""Subclass of MonorailRequest suitable for testing."""
def __init__(self, user_info=None, project=None, perms=None, **kwargs):
"""Construct a test MonorailRequest.
Typically, this is constructed via testing.helpers.GetRequestObjects,
which also causes url parsing and optionally initializes the user,
project, and permissions info.
Args:
user_info: a dict of user attributes to set on a MonorailRequest object.
For example, "user_id: 5" causes self.auth.user_id=5.
project: the Project pb for this request.
perms: a PermissionSet for this request.
"""
super(MonorailRequest, self).__init__(**kwargs)
if user_info is not None:
for key in user_info:
setattr(self.auth, key, user_info[key])
if 'user_id' in user_info:
self.auth.effective_ids = {user_info['user_id']}
self.perms = perms or permissions.ADMIN_PERMISSIONSET
self.project = project
class UserGroupService(object):
"""Fake UserGroupService class for testing other code."""
def __init__(self):
self.group_settings = {}
self.group_members = {}
self.group_addrs = {}
self.role_dict = {}
def TestAddGroupSettings(
self, group_id, email, who_can_view=None, anyone_can_join=False,
who_can_add=None, external_group_type=None,
last_sync_time=0, friend_projects=None):
"""Set up a fake group for testing.
Args:
group_id: int user ID of the new user group.
email: string email address to identify the user group.
who_can_view: string enum 'owners', 'members', or 'anyone'.
anyone_can_join: optional boolean to allow any users to join the group.
who_can_add: optional list of int user IDs of users who can add
more members to the group.
"""
friend_projects = friend_projects or []
group_settings = usergroup_pb2.MakeSettings(
who_can_view or 'members',
external_group_type, last_sync_time, friend_projects)
self.group_settings[group_id] = group_settings
self.group_addrs[group_id] = email
# TODO(jrobbins): store the other settings.
def TestAddMembers(self, group_id, user_ids, role='member'):
self.group_members.setdefault(group_id, []).extend(user_ids)
for user_id in user_ids:
self.role_dict.setdefault(group_id, {})[user_id] = role
def LookupMemberships(self, _cnxn, user_id):
memberships = {
group_id for group_id, member_ids in self.group_members.iteritems()
if user_id in member_ids}
return memberships
def DetermineWhichUserIDsAreGroups(self, _cnxn, user_ids):
return [uid for uid in user_ids
if uid in self.group_settings]
def GetAllUserGroupsInfo(self, cnxn):
infos = []
for group_id in self.group_settings:
infos.append(
(self.group_addrs[group_id],
len(self.group_members.get(group_id, [])),
self.group_settings[group_id], group_id))
return infos
def GetAllGroupSettings(self, _cnxn, group_ids):
return {gid: self.group_settings[gid]
for gid in group_ids
if gid in self.group_settings}
def GetGroupSettings(self, cnxn, group_id):
return self.GetAllGroupSettings(cnxn, [group_id]).get(group_id)
def CreateGroup(self, cnxn, services, email, who_can_view_members,
ext_group_type=None, friend_projects=None):
friend_projects = friend_projects or []
group_id = services.user.LookupUserID(
cnxn, email, autocreate=True, allowgroups=True)
group_settings = usergroup_pb2.MakeSettings(
who_can_view_members, ext_group_type, 0, friend_projects)
self.UpdateSettings(cnxn, group_id, group_settings)
return group_id
def DeleteGroups(self, cnxn, group_ids):
member_ids_dict, owner_ids_dict = self.LookupMembers(cnxn, group_ids)
citizens_id_dict = collections.defaultdict(list)
for g_id, user_ids in member_ids_dict.iteritems():
citizens_id_dict[g_id].extend(user_ids)
for g_id, user_ids in owner_ids_dict.iteritems():
citizens_id_dict[g_id].extend(user_ids)
for g_id, citizen_ids in citizens_id_dict.iteritems():
# Remove group members, friend projects and settings
self.RemoveMembers(cnxn, g_id, citizen_ids)
self.group_settings.pop(g_id, None)
def LookupMembers(self, _cnxn, group_id_list):
members_dict = {}
owners_dict = {}
for gid in group_id_list:
members_dict[gid] = []
owners_dict[gid] = []
for mid in self.group_members.get(gid, []):
if self.role_dict.get(gid, {}).get(mid) == 'owner':
owners_dict[gid].append(mid)
elif self.role_dict.get(gid, {}).get(mid) == 'member':
members_dict[gid].append(mid)
return members_dict, owners_dict
def LookupAllMembers(self, _cnxn, group_id_list):
direct_members, direct_owners = self.LookupMembers(
_cnxn, group_id_list)
members_dict = {}
owners_dict = {}
for gid in group_id_list:
members = direct_members[gid]
owners = direct_owners[gid]
owners_dict[gid] = owners
members_dict[gid] = members
group_ids = set([uid for uid in members + owners
if uid in self.group_settings])
while group_ids:
indirect_members, indirect_owners = self.LookupMembers(
_cnxn, group_ids)
child_members = set()
child_owners = set()
for _, children in indirect_members.iteritems():
child_members.update(children)
for _, children in indirect_owners.iteritems():
child_owners.update(children)
members_dict[gid].extend(list(child_members))
owners_dict[gid].extend(list(child_owners))
group_ids = set(self.DetermineWhichUserIDsAreGroups(
_cnxn, list(child_members) + list(child_owners)))
members_dict[gid] = list(set(members_dict[gid]))
return members_dict, owners_dict
def RemoveMembers(self, _cnxn, group_id, old_member_ids):
current_member_ids = self.group_members.get(group_id, [])
revised_member_ids = [mid for mid in current_member_ids
if mid not in old_member_ids]
self.group_members[group_id] = revised_member_ids
def UpdateMembers(self, _cnxn, group_id, member_ids, new_role):
self.RemoveMembers(_cnxn, group_id, member_ids)
self.TestAddMembers(group_id, member_ids, new_role)
def UpdateSettings(self, _cnxn, group_id, group_settings):
self.group_settings[group_id] = group_settings
def ExpandAnyUserGroups(self, cnxn, user_ids):
group_ids = set(self.DetermineWhichUserIDsAreGroups(cnxn, user_ids))
direct_ids = [uid for uid in user_ids if uid not in group_ids]
member_ids_dict, owner_ids_dict = self.LookupAllMembers(cnxn, group_ids)
indirect_ids = set()
for gid in group_ids:
indirect_ids.update(member_ids_dict[gid])
indirect_ids.update(owner_ids_dict[gid])
# It's possible that a user has both direct and indirect memberships of
# one group. In this case, mark the user as direct member only.
indirect_ids = [iid for iid in indirect_ids if iid not in direct_ids]
return direct_ids, list(indirect_ids)
def LookupVisibleMembers(
self, cnxn, group_id_list, perms, effective_ids, services):
settings_dict = self.GetAllGroupSettings(cnxn, group_id_list)
group_ids = settings_dict.keys()
direct_member_ids_dict, direct_owner_ids_dict = self.LookupMembers(
cnxn, group_ids)
all_member_ids_dict, all_owner_ids_dict = self.LookupAllMembers(
cnxn, group_ids)
visible_member_ids_dict = {}
visible_owner_ids_dict = {}
for gid in group_ids:
member_ids = all_member_ids_dict[gid]
owner_ids = all_owner_ids_dict[gid]
if permissions.CanViewGroup(perms, effective_ids, settings_dict[gid],
member_ids, owner_ids, []):
visible_member_ids_dict[gid] = direct_member_ids_dict[gid]
visible_owner_ids_dict[gid] = direct_owner_ids_dict[gid]
return visible_member_ids_dict, visible_owner_ids_dict
def ValidateFriendProjects(self, cnxn, services, friend_projects):
project_names = filter(None, re.split('; |, | |;|,', friend_projects))
id_dict = services.project.LookupProjectIDs(cnxn, project_names)
missed_projects = []
result = []
for p_name in project_names:
if p_name in id_dict:
result.append(id_dict[p_name])
else:
missed_projects.append(p_name)
error_msg = ''
if missed_projects:
error_msg = 'Project(s) %s do not exist' % ', '.join(missed_projects)
return None, error_msg
else:
return result, None
class CacheManager(object):
def __init__(self, invalidate_tbl=None):
self.last_call = None
self.processed_invalidations_up_to = 0
def MakeCache(self, kind, max_size=None, use_value_centric_cache=False):
"""Make a new cache and register it for future invalidations."""
if use_value_centric_cache:
cache = caches.ValueCentricRamCache(self, kind, max_size=max_size)
else:
cache = caches.RamCache(self, kind, max_size=max_size)
return cache
def DoDistributedInvalidation(self, cnxn):
"""Drop any cache entries that were invalidated by other jobs."""
self.last_call = 'DoDistributedInvalidation', cnxn
def StoreInvalidateRows(self, cnxn, kind, keys):
"""Store database rows to let all frontends know to invalidate."""
self.last_call = 'StoreInvalidateRows', cnxn, kind, keys
def StoreInvalidateAll(self, cnxn, kind):
"""Store a database row to let all frontends know to invalidate."""
self.last_call = 'StoreInvalidateAll', cnxn, kind
class UserService(object):
def __init__(self):
"""Creates a test-appropriate UserService object."""
self.users_by_email = {}
self.users_by_id = {}
self.test_users = {}
def TestAddUser(self, email, user_id, add_user=True, banned=False):
"""Add a user to the fake UserService instance.
Args:
email: Email of the user.
user_id: int user ID.
add_user: Flag whether user pb should be created, i.e. whether a
Monorail account should be created
banned: Boolean to set the user as banned
Returns:
The User PB that was added, or None.
"""
self.users_by_email[email] = user_id
self.users_by_id[user_id] = email
user = None
if add_user:
user = user_pb2.MakeUser()
user.is_site_admin = False
user.email = email
user.obscure_email = True
if banned:
user.banned = 'is banned'
self.test_users[user_id] = user
return user
def GetUser(self, _cnxn, user_id):
return self.test_users.get(user_id)
def _CreateUser(self, _cnxn, email):
if email in self.users_by_email:
return
user_id = framework_helpers.MurmurHash3_x86_32(email)
self.users_by_id[user_id] = email
self.users_by_email[email] = user_id
def _CreateUsers(self, cnxn, emails):
for email in emails:
self._CreateUser(cnxn, email)
def LookupUserID(self, cnxn, email, autocreate=False, allowgroups=False):
user_id = self.users_by_email.get(email)
if not user_id and validate.IsValidEmail(email):
if autocreate:
self._CreateUser(cnxn, email)
user_id = self.users_by_email.get(email)
else:
raise user_svc.NoSuchUserException(email)
return user_id
def GetUsersByIDs(self, cnxn, user_ids, use_cache=True):
user_dict = {}
for user_id in user_ids:
if user_id and self.test_users.get(user_id):
user_dict[user_id] = self.test_users[user_id]
return user_dict
def LookupExistingUserIDs(self, cnxn, emails):
email_dict = {
email: self.users_by_email[email]
for email in emails
if email in self.users_by_email}
return email_dict
def LookupUserIDs(self, cnxn, emails, autocreate=False,
allowgroups=False):
email_dict = {}
for email in emails:
user_id = self.LookupUserID(
cnxn, email, autocreate=autocreate, allowgroups=allowgroups)
if user_id:
email_dict[email] = user_id
return email_dict
def LookupUserEmail(self, _cnxn, user_id):
email = self.users_by_id.get(user_id)
return email
def LookupUserEmails(self, cnxn, user_ids):
user_dict = {
user_id: self.LookupUserEmail(cnxn, user_id)
for user_id in user_ids}
return user_dict
def UpdateUser(self, _cnxn, user_id, user):
"""Updates the user pb."""
self.test_users[user_id] = user
def UpdateUserSettings(
self, cnxn, user_id, user, notify=None, notify_starred=None,
obscure_email=None, after_issue_update=None,
is_site_admin=None, ignore_action_limits=None,
is_banned=None, banned_reason=None, action_limit_updates=None,
dismissed_cues=None, keep_people_perms_open=None, preview_on_hover=None):
self.UpdateUser(cnxn, user_id, user)
class AbstractStarService(object):
"""Fake StarService."""
def __init__(self):
self.stars_by_item_id = {}
self.stars_by_starrer_id = {}
self.expunged_item_ids = []
def ExpungeStars(self, _cnxn, item_id):
self.expunged_item_ids.append(item_id)
old_starrer = self.stars_by_item_id.get(item_id)
self.stars_by_item_id[item_id] = []
if self.stars_by_starrer_id.get(old_starrer):
self.stars_by_starrer_id[old_starrer] = [
it for it in self.stars_by_starrer_id[old_starrer]
if it != item_id]
def LookupItemStarrers(self, _cnxn, item_id):
return self.stars_by_item_id.get(item_id, [])
def LookupStarredItemIDs(self, _cnxn, starrer_user_id):
return self.stars_by_starrer_id.get(starrer_user_id, [])
def IsItemStarredBy(self, cnxn, item_id, starrer_user_id):
return item_id in self.LookupStarredItemIDs(cnxn, starrer_user_id)
def CountItemStars(self, cnxn, item_id):
return len(self.LookupItemStarrers(cnxn, item_id))
def CountItemsStars(self, cnxn, item_ids):
return {item_id: self.CountItemStars(cnxn, item_id)
for item_id in item_ids}
def SetStar(self, cnxn, item_id, starrer_user_id, starred):
if starred and not self.IsItemStarredBy(cnxn, item_id, starrer_user_id):
self.stars_by_item_id.setdefault(item_id, []).append(starrer_user_id)
self.stars_by_starrer_id.setdefault(starrer_user_id, []).append(item_id)
elif not starred and self.IsItemStarredBy(cnxn, item_id, starrer_user_id):
self.stars_by_item_id[item_id].remove(starrer_user_id)
self.stars_by_starrer_id[starrer_user_id].remove(item_id)
class UserStarService(AbstractStarService):
pass
class ProjectStarService(AbstractStarService):
pass
class IssueStarService(AbstractStarService):
# pylint: disable=arguments-differ
def SetStar(
self, cnxn, _service, _config, issue_id, starrer_user_id,
starred):
super(IssueStarService, self).SetStar(
cnxn, issue_id, starrer_user_id, starred)
class ProjectService(object):
"""Fake ProjectService object.
Provides methods for creating users and projects, which are accessible
through parts of the real ProjectService interface.
"""
def __init__(self):
self.test_projects = {} # project_name -> project_pb
self.projects_by_id = {}
self.test_star_manager = None
self.indexed_projects = {}
self.unindexed_projects = set()
self.index_counter = 0
self.project_commitments = {}
def TestAddProject(
self, name, summary='', state=project_pb2.ProjectState.LIVE,
owner_ids=None, committer_ids=None, contrib_ids=None,
issue_notify_address=None, state_reason='',
description=None, project_id=None, process_inbound_email=None,
access=None):
"""Add a project to the fake ProjectService object.
Args:
name: The name of the project. Will replace any existing project under
the same name.
summary: The summary string of the project.
state: Initial state for the project from project_pb2.ProjectState.
owner_ids: List of user ids for project owners
committer_ids: List of user ids for project committers
contrib_ids: List of user ids for project contributors
issue_notify_address: email address to send issue change notifications
state_reason: string describing the reason the project is in its current
state.
description: The description string for this project
project_id: A unique integer identifier for the created project.
process_inbound_email: True to make this project accept inbound email.
access: One of the values of enum project_pb2.ProjectAccess.
Returns:
A populated project PB.
"""
proj_pb = project_pb2.Project()
proj_pb.project_id = project_id or hash(name) % 100000
proj_pb.project_name = name
proj_pb.summary = summary
proj_pb.state = state
proj_pb.state_reason = state_reason
if description is not None:
proj_pb.description = description
self.TestAddProjectMembers(owner_ids, proj_pb, OWNER_ROLE)
self.TestAddProjectMembers(committer_ids, proj_pb, COMMITTER_ROLE)
self.TestAddProjectMembers(contrib_ids, proj_pb, CONTRIBUTOR_ROLE)
if issue_notify_address is not None:
proj_pb.issue_notify_address = issue_notify_address
if process_inbound_email is not None:
proj_pb.process_inbound_email = process_inbound_email
if access is not None:
proj_pb.access = access
self.test_projects[name] = proj_pb
self.projects_by_id[proj_pb.project_id] = proj_pb
return proj_pb
def TestAddProjectMembers(self, user_id_list, proj_pb, role):
if user_id_list is not None:
for user_id in user_id_list:
if role == OWNER_ROLE:
proj_pb.owner_ids.append(user_id)
elif role == COMMITTER_ROLE:
proj_pb.committer_ids.append(user_id)
elif role == CONTRIBUTOR_ROLE:
proj_pb.contributor_ids.append(user_id)
def LookupProjectIDs(self, cnxn, project_names):
return {
project_name: self.test_projects[project_name].project_id
for project_name in project_names
if project_name in self.test_projects}
def LookupProjectNames(self, cnxn, project_ids):
projects_dict = self.GetProjects(cnxn, project_ids)
return {p.project_id: p.project_name
for p in projects_dict.itervalues()}
def CreateProject(
self, _cnxn, project_name, owner_ids, committer_ids,
contributor_ids, summary, description,
state=project_pb2.ProjectState.LIVE, access=None, read_only=None,
home_page=None, docs_url=None, logo_gcs_id=None, logo_file_name=None):
"""Create and store a Project with the given attributes."""
if project_name in self.test_projects:
raise project_svc.ProjectAlreadyExists()
self.TestAddProject(
project_name, summary=summary, state=state,
owner_ids=owner_ids, committer_ids=committer_ids,
contrib_ids=contributor_ids, description=description,
access=access)
def ExpungeProject(self, _cnxn, project_id):
project = self.projects_by_id.get(project_id)
if project:
self.test_projects.pop(project.project_name, None)
def GetProjectsByName(self, _cnxn, project_name_list, use_cache=True):
return {
pn: self.test_projects[pn] for pn in project_name_list
if pn in self.test_projects}
def GetProjectByName(self, _cnxn, name, use_cache=True):
return self.test_projects.get(name)
def GetProjectList(self, cnxn, project_id_list, use_cache=True):
project_dict = self.GetProjects(cnxn, project_id_list, use_cache=use_cache)
return [project_dict[pid] for pid in project_id_list
if pid in project_dict]
def GetVisibleLiveProjects(self, _cnxn, logged_in_user, effective_ids,
use_cache=True):
return self.projects_by_id.keys()
def GetProjects(self, _cnxn, project_ids, use_cache=True):
result = {}
for project_id in project_ids:
project = self.projects_by_id.get(project_id)
if project:
result[project_id] = project
return result
def GetProject(self, cnxn, project_id, use_cache=True):
"""Load the specified project from the database."""
project_id_dict = self.GetProjects(cnxn, [project_id], use_cache=use_cache)
return project_id_dict.get(project_id)
@staticmethod
def IsValidProjectName(string):
"""Return true if the given string is a valid project name."""
return project_svc.RE_PROJECT_NAME.match(string)
def GetProjectCommitments(self, _cnxn, project_id):
if project_id in self.project_commitments:
return self.project_commitments[project_id]
project_commitments = project_pb2.ProjectCommitments()
project_commitments.project_id = project_id
return project_commitments
def TestStoreProjectCommitments(self, project_commitments):
key = project_commitments.project_id
self.project_commitments[key] = project_commitments
def UpdateProject(
self, _cnxn, project_id, summary=None, description=None,
state=None, state_reason=None, access=None,
issue_notify_address=None, attachment_bytes_used=None,
attachment_quota=None, moved_to=None, process_inbound_email=None,
only_owners_remove_restrictions=None,
read_only_reason=None, cached_content_timestamp=None,
only_owners_see_contributors=None, delete_time=None,
recent_activity=None, revision_url_format=None, home_page=None,
docs_url=None, logo_gcs_id=None, logo_file_name=None):
project = self.projects_by_id.get(project_id)
if not project:
raise project_svc.NoSuchProjectException(
'Project "%s" not found!' % project_id)
# TODO(jrobbins): implement all passed arguments - probably as a utility
# method shared with the real persistence implementation.
if read_only_reason is not None:
project.read_only_reason = read_only_reason
def UpdateProjectRoles(
self, _cnxn, project_id, owner_ids, committer_ids,
contributor_ids, now=None):
project = self.projects_by_id.get(project_id)
if not project:
raise project_svc.NoSuchProjectException(
'Project "%s" not found!' % project_id)
project.owner_ids = owner_ids
project.committer_ids = committer_ids
project.contributor_ids = contributor_ids
def MarkProjectDeletable(
self, _cnxn, project_id, _config_service):
project = self.projects_by_id[project_id]
project.project_name = 'DELETABLE_%d' % project_id
project.state = project_pb2.ProjectState.DELETABLE
def UpdateRecentActivity(self, _cnxn, _project_id, now=None):
pass
def GetUserRolesInAllProjects(self, _cnxn, effective_ids):
owned_project_ids = set()
membered_project_ids = set()
contrib_project_ids = set()
for project in self.projects_by_id.itervalues():
if not effective_ids.isdisjoint(project.owner_ids):
owned_project_ids.add(project.project_id)
elif not effective_ids.isdisjoint(project.committer_ids):
membered_project_ids.add(project.project_id)
elif not effective_ids.isdisjoint(project.contributor_ids):
contrib_project_ids.add(project.project_id)
return owned_project_ids, membered_project_ids, contrib_project_ids
class ConfigService(object):
"""Fake version of ConfigService that just works in-RAM."""
def __init__(self, user_id=None):
self.project_configs = {}
self.next_field_id = 123
self.next_component_id = 345
self.expunged_configs = []
self.component_ids_to_templates = {}
def TemplatesWithComponent(self, _cnxn, component_id, _config):
return self.component_ids_to_templates.get(component_id, [])
def ExpungeConfig(self, _cnxn, project_id):
self.expunged_configs.append(project_id)
def GetLabelDefRows(self, cnxn, project_id):
"""This always returns empty results. Mock it to test other cases."""
return []
def GetLabelDefRowsAnyProject(self, cnxn, where=None):
"""This always returns empty results. Mock it to test other cases."""
return []
def LookupLabel(self, cnxn, project_id, label_id):
if label_id == 999:
return None
return 'label_%d_%d' % (project_id, label_id)
def LookupLabelID(self, cnxn, project_id, label, autocreate=True):
return 1
def LookupLabelIDs(self, cnxn, project_id, labels, autocreate=False):
return [idx for idx, _label in enumerate(labels)]
def LookupIDsOfLabelsMatching(self, cnxn, project_id, regex):
return [1, 2, 3]
def LookupStatus(self, cnxn, project_id, status_id):
return 'status_%d_%d' % (project_id, status_id)
def LookupStatusID(self, cnxn, project_id, status, autocreate=True):
if status:
return 1
else:
return 0
def LookupStatusIDs(self, cnxn, project_id, statuses):
return [idx for idx, _status in enumerate(statuses)]
def LookupClosedStatusIDs(self, cnxn, project_id):
return [7, 8, 9]
def StoreConfig(self, _cnxn, config):
self.project_configs[config.project_id] = config
def GetProjectConfig(self, _cnxn, project_id, use_cache=True):
if project_id in self.project_configs:
return self.project_configs[project_id]
else:
return tracker_bizobj.MakeDefaultProjectIssueConfig(project_id)
def GetProjectConfigs(self, _cnxn, project_ids, use_cache=True):
config_dict = {}
for project_id in project_ids:
if project_id in self.project_configs:
config_dict[project_id] = self.project_configs[project_id]
else:
config_dict[project_id] = tracker_bizobj.MakeDefaultProjectIssueConfig(
project_id)
return config_dict
def UpdateConfig(
self, cnxn, project, well_known_statuses=None,
statuses_offer_merge=None, well_known_labels=None,
excl_label_prefixes=None, templates=None,
default_template_for_developers=None, default_template_for_users=None,
list_prefs=None, restrict_to_known=None):
project_id = project.project_id
project_config = self.GetProjectConfig(cnxn, project_id, use_cache=False)
if well_known_statuses is not None:
tracker_bizobj.SetConfigStatuses(project_config, well_known_statuses)
if statuses_offer_merge is not None:
project_config.statuses_offer_merge = statuses_offer_merge
if well_known_labels is not None:
tracker_bizobj.SetConfigLabels(project_config, well_known_labels)
if excl_label_prefixes is not None:
project_config.exclusive_label_prefixes = excl_label_prefixes
if templates is not None:
project_config.templates = templates
if default_template_for_developers is not None:
project_config.default_template_for_developers = (
default_template_for_developers)
if default_template_for_users is not None:
project_config.default_template_for_users = default_template_for_users
if list_prefs:
default_col_spec, default_sort_spec, x_attr, y_attr = list_prefs
project_config.default_col_spec = default_col_spec
project_config.default_sort_spec = default_sort_spec
project_config.default_x_attr = x_attr
project_config.default_y_attr = y_attr
if restrict_to_known is not None:
project_config.restrict_to_known = restrict_to_known
self.StoreConfig(cnxn, project_config)
return project_config
def CreateFieldDef(
self, cnxn, project_id, field_name, field_type_str, applic_type,
applic_pred, is_required, is_multivalued,
min_value, max_value, regex, needs_member, needs_perm,
grants_perm, notify_on, docstring, admin_ids):
config = self.GetProjectConfig(cnxn, project_id)
field_type = tracker_pb2.FieldTypes(field_type_str)
field_id = self.next_field_id
self.next_field_id += 1
fd = tracker_bizobj.MakeFieldDef(
field_id, project_id, field_name, field_type, applic_type, applic_pred,
is_required, is_multivalued, min_value, max_value, regex,
needs_member, needs_perm, grants_perm, notify_on, docstring, False)
config.field_defs.append(fd)
self.StoreConfig(cnxn, config)
def SoftDeleteFieldDef(self, cnxn, project_id, field_id):
config = self.GetProjectConfig(cnxn, project_id)
fd = tracker_bizobj.FindFieldDefByID(field_id, config)
fd.is_deleted = True
self.StoreConfig(cnxn, config)
def UpdateFieldDef(
self, cnxn, project_id, field_id, field_name=None,
applicable_type=None, applicable_predicate=None, is_required=None,
is_multivalued=None, min_value=None, max_value=None, regex=None,
needs_member=None, needs_perm=None, grants_perm=None, notify_on=None,
docstring=None, admin_ids=None):
config = self.GetProjectConfig(cnxn, project_id)
fd = tracker_bizobj.FindFieldDefByID(field_id, config)
# pylint: disable=multiple-statements
if field_name is not None: fd.field_name = field_name
if applicable_type is not None: fd.applicable_type = applicable_type
if applicable_predicate is not None:
fd.applicable_predicate = applicable_predicate
if is_required is not None: fd.is_required = is_required
if is_multivalued is not None: fd.is_multivalued = is_multivalued
if min_value is not None: fd.min_value = min_value
if max_value is not None: fd.max_value = max_value
if regex is not None: fd.regex = regex
if docstring is not None: fd.docstring = docstring
if admin_ids is not None: fd.admin_ids = admin_ids
self.StoreConfig(cnxn, config)
def CreateComponentDef(
self, cnxn, project_id, path, docstring, deprecated, admin_ids, cc_ids,
created, creator_id):
config = self.GetProjectConfig(cnxn, project_id)
cd = tracker_bizobj.MakeComponentDef(
self.next_component_id, project_id, path, docstring, deprecated,
admin_ids, cc_ids, created, creator_id)
config.component_defs.append(cd)
self.next_component_id += 1
self.StoreConfig(cnxn, config)
return self.next_component_id - 1
def UpdateComponentDef(
self, cnxn, project_id, component_id, path=None, docstring=None,
deprecated=None, admin_ids=None, cc_ids=None, created=None,
creator_id=None, modified=None, modifier_id=None):
config = self.GetProjectConfig(cnxn, project_id)
cd = tracker_bizobj.FindComponentDefByID(component_id, config)
if path is not None:
assert path
cd.path = path
# pylint: disable=multiple-statements
if docstring is not None: cd.docstring = docstring
if deprecated is not None: cd.deprecated = deprecated
if admin_ids is not None: cd.admin_ids = admin_ids
if cc_ids is not None: cd.cc_ids = cc_ids
if created is not None: cd.created = created
if creator_id is not None: cd.creator_id = creator_id
if modified is not None: cd.modified = modified
if modifier_id is not None: cd.modifier_id = modifier_id
self.StoreConfig(cnxn, config)
def DeleteComponentDef(self, cnxn, project_id, component_id):
"""Delete the specified component definition."""
config = self.GetProjectConfig(cnxn, project_id)
config.component_defs = [
cd for cd in config.component_defs
if cd.component_id != component_id]
self.StoreConfig(cnxn, config)
def InvalidateMemcache(self, issues, key_prefix=''):
pass
class IssueService(object):
"""Fake version of IssueService that just works in-RAM."""
# pylint: disable=unused-argument
def __init__(self, user_id=None):
self.user_id = user_id
# Dictionary {project_id: issue_pb_dict}
# where issue_pb_dict is a dictionary of the form
# {local_id: issue_pb}
self.issues_by_project = {}
self.issues_by_iid = {}
# Dictionary {project_id: comment_pb_dict}
# where comment_pb_dict is a dictionary of the form
# {local_id: comment_pb_list}
self.comments_by_project = {}
self.comments_by_iid = {}
self.comments_by_cid = {}
self.attachments_by_id = {}
# Set of issue IDs for issues that have been indexed by calling
# IndexIssues().
self.indexed_issue_iids = set()
# Test-only indication that the indexer would have been called
# by the real DITPersist.
self.indexer_called = False
# Test-only sequence of updated and enqueued.
self.updated_issues = []
self.enqueued_issues = []
# Test-only sequence of expunged issues and projects.
self.expunged_issues = []
self.expunged_former_locations = []
self.expunged_local_ids = []
# Test-only indicators that methods were called.
self.get_all_issues_in_project_called = False
self.update_issues_called = False
self.enqueue_issues_called = False
# The next id to return if it is > 0.
self.next_id = -1
def UpdateIssues(
self, cnxn, issues, update_cols=None, just_derived=False,
commit=True, invalidate=True):
self.update_issues_called = True
self.updated_issues.extend(issues)
def EnqueueIssuesForIndexing(self, _cnxn, issues):
self.enqueue_issues_called = True
self.enqueued_issues.extend(issues)
def ExpungeIssues(self, _cnxn, issue_ids):
self.expunged_issues.extend(issue_ids)
def ExpungeFormerLocations(self, _cnxn, project_id):
self.expunged_former_locations.append(project_id)
def ExpungeLocalIDCounters(self, _cnxn, project_id):
self.expunged_local_ids.append(project_id)
def TestAddIssue(self, issue):
project_id = issue.project_id
self.issues_by_project.setdefault(project_id, {})
self.issues_by_project[project_id][issue.local_id] = issue
self.issues_by_iid[issue.issue_id] = issue
# Adding a new issue should add the first comment to the issue
comment = tracker_pb2.IssueComment()
comment.project_id = issue.project_id
comment.issue_id = issue.issue_id
comment.content = issue.summary
comment.timestamp = issue.opened_timestamp
if issue.reporter_id:
comment.user_id = issue.reporter_id
comment.sequence = 0
self.TestAddComment(comment, issue.local_id)
def TestAddComment(self, comment, local_id):
pid = comment.project_id
if not comment.id:
comment.id = len(self.comments_by_cid)
self.comments_by_project.setdefault(pid, {})
self.comments_by_project[pid].setdefault(local_id, []).append(comment)
self.comments_by_iid.setdefault(comment.issue_id, []).append(comment)
self.comments_by_cid[comment.id] = comment
def TestAddAttachment(self, attachment, comment_id, issue_id):
if not attachment.attachment_id:
attachment.attachment_id = len(self.attachments_by_id)
aid = attachment.attachment_id
self.attachments_by_id[aid] = attachment, comment_id, issue_id
comment = self.comments_by_cid[comment_id]
if attachment not in comment.attachments:
comment.attachments.extend([attachment])
def GetAttachmentAndContext(self, _cnxn, attachment_id):
if attachment_id in self.attachments_by_id:
attach, comment_id, issue_id = self.attachments_by_id[attachment_id]
if not attach.deleted:
return attach, comment_id, issue_id
raise issue_svc.NoSuchAttachmentException()
def GetComments(self, _cnxn, where=None, order_by=None, **kwargs):
# This is a very limited subset of what the real GetComments() can do.
cid = kwargs.get('id')
comment = self.comments_by_cid.get(cid)
if comment:
return [comment]
else:
return []
def GetComment(self, cnxn, comment_id):
"""Get the requested comment, or raise an exception."""
comments = self.GetComments(cnxn, id=comment_id)
if len(comments) == 1:
return comments[0]
raise issue_svc.NoSuchCommentException()
def ResolveIssueRefs(self, cnxn, ref_projects, default_project_name, refs):
result = []
for project_name, local_id in refs:
project = ref_projects.get(project_name or default_project_name)
if not project or project.state == project_pb2.ProjectState.DELETABLE:
continue # ignore any refs to issues in deleted projects
try:
issue = self.GetIssueByLocalID(cnxn, project.project_id, local_id)
result.append(issue.issue_id)
except issue_svc.NoSuchIssueException:
pass # ignore any refs to issues that don't exist
return result
def GetAllIssuesInProject(self, _cnxn, project_id, min_local_id=None):
self.get_all_issues_in_project_called = True
if project_id in self.issues_by_project:
return self.issues_by_project[project_id].values()
else:
return []
def GetIssuesByLocalIDs(
self, _cnxn, project_id, local_id_list, shard_id=None):
results = []
for local_id in local_id_list:
if (project_id in self.issues_by_project
and local_id in self.issues_by_project[project_id]):
results.append(self.issues_by_project[project_id][local_id])
return results
def GetIssueByLocalID(self, _cnxn, project_id, local_id):
try:
return self.issues_by_project[project_id][local_id]
except KeyError:
raise issue_svc.NoSuchIssueException()
def GetAnyOnHandIssue(self, issue_ids, start=None, end=None):
return None # Treat them all like misses.
def GetIssue(self, _cnxn, issue_id):
if issue_id in self.issues_by_iid:
return self.issues_by_iid[issue_id]
else:
raise issue_svc.NoSuchIssueException()
def LookupIssueID(self, _cnxn, project_id, local_id):
try:
issue = self.issues_by_project[project_id][local_id]
except KeyError:
raise issue_svc.NoSuchIssueException()
return issue.issue_id
def GetCommentsForIssue(self, _cnxn, issue_id):
comments = self.comments_by_iid.get(issue_id, [])
for idx, c in enumerate(comments):
c.sequence = idx
return comments
def InsertIssue(self, cnxn, issue):
issue.issue_id = issue.project_id * 1000000 + issue.local_id
self.issues_by_project.setdefault(issue.project_id, {})
self.issues_by_project[issue.project_id][issue.local_id] = issue
self.issues_by_iid[issue.issue_id] = issue
return issue.issue_id
def CreateIssue(
self, cnxn, services, project_id,
summary, status, owner_id, cc_ids, labels, field_values,
component_ids, reporter_id, marked_description, blocked_on=None,
blocking=None, attachments=None, timestamp=None, index_now=True):
issue = tracker_pb2.Issue()
issue.project_id = project_id
issue.summary = summary
issue.status = status
if owner_id:
issue.owner_id = owner_id
issue.cc_ids.extend(cc_ids)
issue.labels.extend(labels)
issue.field_values.extend(field_values)
issue.reporter_id = reporter_id
if timestamp:
issue.opened_timestamp = timestamp
if blocked_on:
issue.blocked_on_iids.extend(blocked_on)
if blocking:
issue.blocking.extend(blocking)
if blocking:
issue.blocking_iids.extend(blocking)
issue.local_id = self.AllocateNextLocalID(cnxn, project_id)
issue.issue_id = project_id * 1000000 + issue.local_id
self.TestAddIssue(issue)
self.comments_by_iid[issue.issue_id][0].content = marked_description
return issue.local_id
def SetUsedLocalID(self, cnxn, project_id):
self.next_id = self.GetHighestLocalID(cnxn, project_id) + 1
def AllocateNextLocalID(self, cnxn, project_id):
return self.GetHighestLocalID(cnxn, project_id) + 1
def GetHighestLocalID(self, _cnxn, project_id):
if self.next_id > 0:
return self.next_id - 1
else:
issue_dict = self.issues_by_project.get(project_id, {})
highest = max([0] + [issue.local_id for issue in issue_dict.itervalues()])
return highest
def ApplyIssueComment(
self, cnxn, services, reporter_id, project_id,
local_id, summary, status, owner_id, cc_ids, labels, field_values,
component_ids, blocked_on, blocking, dangling_blocked_on_refs,
dangling_blocking_refs, merged_into, index_now=True,
page_gen_ts=None, comment=None, inbound_message=None, attachments=None,
timestamp=None):
"""Feel free to implement a spec-compliant return value."""
issue = self.issues_by_project[project_id][local_id]
amendments = []
if summary and summary != issue.summary:
issue.summary = summary
amendments.append(tracker_bizobj.MakeSummaryAmendment(
summary, issue.summary))
if status and status != issue.status:
issue.status = status
amendments.append(tracker_bizobj.MakeStatusAmendment(
status, issue.status))
issue.owner_id = owner_id
issue.cc_ids = cc_ids
issue.labels = labels
issue.field_values = field_values
issue.component_ids = component_ids
issue.blocked_on_iids.extend(blocked_on)
issue.blocking_iids.extend(blocking)
issue.dangling_blocked_on_refs.extend(dangling_blocked_on_refs)
issue.dangling_blocking_refs.extend(dangling_blocking_refs)
if merged_into is not None:
issue.merged_into = merged_into
if amendments or (comment and comment.strip()) or attachments:
comment_pb = self.CreateIssueComment(
cnxn, project_id, local_id, reporter_id, comment,
amendments=amendments, inbound_message=inbound_message)
else:
comment_pb = None
return amendments, comment_pb
def GetCommentsForIssues(self, _cnxn, issue_ids):
comments_dict = {}
for issue_id in issue_ids:
comments_dict[issue_id] = self.comments_by_iid[issue_id]
return comments_dict
def InsertComment(self, cnxn, comment, commit=True):
issue = self.GetIssue(cnxn, comment.issue_id)
self.TestAddComment(comment, issue.local_id)
# pylint: disable=unused-argument
def DeltaUpdateIssue(
self, cnxn, services, reporter_id, project_id,
config, issue, status, owner_id, cc_add, cc_remove, comp_ids_add,
comp_ids_remove, labels_add, labels_remove, field_vals_add,
field_vals_remove, fields_clear, blocked_on_add=None,
blocked_on_remove=None, blocking_add=None, blocking_remove=None,
merged_into=None, index_now=False, comment=None, summary=None,
iids_to_invalidate=None, rules=None, predicate_asts=None,
timestamp=None):
# Return a bogus amendments list if any of the fields changed
amendments = []
comment_pb = tracker_pb2.IssueComment()
if (status or owner_id or cc_add or cc_remove or labels_add or
labels_remove or field_vals_add or field_vals_remove or fields_clear or
blocked_on_add or blocked_on_remove or blocking_add or
blocking_remove or merged_into or summary):
amendments.append(tracker_bizobj.MakeStatusAmendment(
'Updated', issue.status))
if not amendments and (not comment or not comment.strip()):
return [], None
comment_pb = self.CreateIssueComment(
cnxn, project_id, issue.local_id, reporter_id, comment,
amendments=amendments)
self.indexer_called = index_now
return amendments, comment_pb
def InvalidateIIDs(self, cnxn, iids_to_invalidate):
pass
# pylint: disable=unused-argument
def CreateIssueComment(
self, _cnxn, project_id, local_id, user_id, content,
inbound_message=None, amendments=None, attachments=None, timestamp=None,
is_spam=False, commit=True):
# Add a comment to an issue
issue = self.issues_by_project[project_id][local_id]
comment = tracker_pb2.IssueComment()
comment.id = len(self.comments_by_cid)
comment.project_id = project_id
comment.issue_id = issue.issue_id
comment.content = content
comment.user_id = user_id
if timestamp is not None:
comment.timestamp = timestamp
else:
comment.timestamp = 1234567890
if amendments:
comment.amendments.extend(amendments)
if inbound_message:
comment.inbound_message = inbound_message
pid = project_id
self.comments_by_project.setdefault(pid, {})
self.comments_by_project[pid].setdefault(local_id, []).append(comment)
self.comments_by_iid.setdefault(issue.issue_id, []).append(comment)
self.comments_by_cid[comment.id] = comment
if attachments:
for filename, filecontent, mimetype in attachments:
aid = len(self.attachments_by_id)
attach = comment.attachments_add(
attachment_id=aid,
filename=filename,
filesize=len(filecontent),
mimetype=mimetype,
blobkey='blob(%s)' % filename)
self.attachments_by_id[aid] = attach, pid, comment.id
return comment
def GetOpenAndClosedIssues(self, _cnxn, issue_ids):
open_issues = []
closed_issues = []
for issue_id in issue_ids:
try:
issue = self.issues_by_iid[issue_id]
if issue.status == 'Fixed':
closed_issues.append(issue)
else:
open_issues.append(issue)
except KeyError:
continue
return open_issues, closed_issues
def GetIssuesDict(
self, _cnxn, issue_ids, use_cache=True, shard_id=None):
return {iid: self.issues_by_iid[iid] for iid in issue_ids}
def GetIssues(self, _cnxn, issue_ids, use_cache=True, shard_id=None):
results = [self.issues_by_iid[issue_id] for issue_id in issue_ids
if issue_id in self.issues_by_iid]
return results
def SoftDeleteIssue(
self, _cnxn, project_id, local_id, deleted, user_service):
issue = self.issues_by_project[project_id][local_id]
issue.deleted = deleted
def SoftDeleteComment(
self, cnxn, project_id, local_id, sequence_num,
deleted_by_user_id, user_service, delete=True, reindex=True,
is_spam=False):
issue = self.GetIssueByLocalID(cnxn, project_id, local_id)
comments = self.GetCommentsForIssue(cnxn, issue.issue_id)
if not comments:
raise Exception(
'No comments for issue, project, seq (%s, %s, %s), cannot delete'
% (local_id, project_id, sequence_num))
if len(comments) < sequence_num:
raise Exception(
'Attempting to delete comment %s only %s comments created' %
(sequence_num, len(comments)))
comments[sequence_num].is_spam = is_spam
if delete:
comments[sequence_num].deleted_by = deleted_by_user_id
else:
comments[sequence_num].reset('deleted_by')
def DeleteComponentReferences(self, _cnxn, component_id):
for _, issue in self.issues_by_iid.iteritems():
issue.component_ids = [
cid for cid in issue.component_ids if cid != component_id]
def RunIssueQuery(
self, cnxn, left_joins, where, order_by, shard_id=None, limit=None):
"""This always returns empty results. Mock it to test other cases."""
return [], False
def GetIIDsByLabelIDs(self, cnxn, label_ids, project_id, shard_id):
"""This always returns empty results. Mock it to test other cases."""
return []
def GetIIDsByParticipant(self, cnxn, user_ids, project_ids, shard_id):
"""This always returns empty results. Mock it to test other cases."""
return []
def MoveIssues(self, cnxn, dest_project, issues, user_service):
move_to = dest_project.project_id
self.issues_by_project.setdefault(move_to, {})
for issue in issues:
project_id = issue.project_id
self.issues_by_project[project_id].pop(issue.local_id)
issue.local_id = self.AllocateNextLocalID(cnxn, move_to)
self.issues_by_project[move_to][issue.local_id] = issue
issue.project_id = move_to
return []
class SpamService(object):
"""Fake version of SpamService that just works in-RAM."""
def __init__(self, user_id=None):
self.user_id = user_id
self.reports_by_issue_id = collections.defaultdict(list)
self.comment_reports_by_issue_id = collections.defaultdict(dict)
self.manual_verdicts_by_issue_id = collections.defaultdict(dict)
self.manual_verdicts_by_comment_id = collections.defaultdict(dict)
def FlagIssues(self, cnxn, issue_service, issues, user_id, flagged_spam):
for issue in issues:
if flagged_spam:
self.reports_by_issue_id[issue.issue_id].append(user_id)
else:
self.reports_by_issue_id[issue.issue_id].remove(user_id)
def FlagComment(self, cnxn, issue_id, comment_id, reported_user_id, user_id,
flagged_spam):
if not comment_id in self.comment_reports_by_issue_id[issue_id]:
self.comment_reports_by_issue_id[issue_id][comment_id] = []
if flagged_spam:
self.comment_reports_by_issue_id[issue_id][comment_id].append(user_id)
else:
self.comment_reports_by_issue_id[issue_id][comment_id].remove(user_id)
def RecordManualIssueVerdicts(
self, cnxn, issue_service, issues, user_id, is_spam):
for issue in issues:
self.manual_verdicts_by_issue_id[issue.issue_id][user_id] = is_spam
def RecordManualCommentVerdict(
self, cnxn, issue_service, user_service, comment_id,
sequnce_num, user_id, is_spam):
self.manual_verdicts_by_comment_id[comment_id][user_id] = is_spam
def RecordClassifierIssueVerdict(self, cnxn, issue, is_spam, confidence):
return
def RecordClassifierCommentVerdict(self, cnxn, issue, is_spam, confidence):
return
def ClassifyComment(self, comment):
return {'outputLabel': 'ham',
'outputMulti': [{'label': 'ham', 'score': '1.0'}]}
def ClassifyIssue(self, issue, firstComment):
return {'outputLabel': 'ham',
'outputMulti': [{'label': 'ham', 'score': '1.0'}]}
class FeaturesService(object):
"""A fake implementation of FeaturesService."""
def __init__(self):
# Test-only sequence of expunged projects.
self.expunged_saved_queries = []
self.expunged_filter_rules = []
self.expunged_quick_edit = []
def ExpungeSavedQueriesExecuteInProject(self, _cnxn, project_id):
self.expunged_saved_queries.append(project_id)
def ExpungeFilterRules(self, _cnxn, project_id):
self.expunged_filter_rules.append(project_id)
def ExpungeQuickEditHistory(self, _cnxn, project_id):
self.expunged_quick_edit.append(project_id)
def GetFilterRules(self, cnxn, project_id):
return []
def GetCannedQueriesByProjectID(self, cnxn, project_id):
return []
def UpdateCannedQueries(self, cnxn, project_id, canned_queries):
pass
def GetSubscriptionsInProjects(self, cnxn, project_ids):
return {}
def GetSavedQuery(self, cnxn, query_id):
return tracker_pb2.SavedQuery()
class PostData(object):
"""A dictionary-like object that also implements getall()."""
def __init__(self, *args, **kwargs):
self.dictionary = dict(*args, **kwargs)
def getall(self, key):
"""Return all values, assume that the value at key is already a list."""
return self.dictionary.get(key, [])
def get(self, key, default=None):
"""Return first value, assume that the value at key is already a list."""
return self.dictionary.get(key, [default])[0]
def __getitem__(self, key):
"""Return first value, assume that the value at key is already a list."""
return self.dictionary[key][0]
def __contains__(self, key):
return key in self.dictionary
def keys(self):
"""Return the keys in the POST data."""
return self.dictionary.keys()
class FakeFile:
def __init__(self, data=None):
self.data = data
def read(self):
return self.data
def write(self, content):
return
def __enter__(self):
return self
def __exit__(self, __1, __2, __3):
return None
def gcs_open(filename, mode):
return FakeFile(filename)