def get_or_create(self, key, creation_function, **kw):
r = mc.get(key)
if r is None:
r = creation_function()
expiretime = kw.get("timeout", ONE_HOUR)
mc.set(key, r, expiretime)
return r
def get_release(repository):
'''get latest successed release info
return: a dict with keys {annotate, changesets, message, first_rev,
last_rev, pre_release_rev, status,
project_source, release_manger, release_time,
url}
'''
if not repository.startswith('http:'):
repository = 'http://code.dapps.douban.com/' + repository
if not repository.endswith('.git'):
repository = repository + '.git'
key = MC_KEY_REPOSITORY_RELEASE % repository
info = mc.get(key)
if info is not None:
return info
try:
info = fetch_release(repository)
mc.set(key, info, ONE_DAY)
return info
except:
return {}
def get_release(repository):
'''get latest successed release info
return: a dict with keys {annotate, changesets, message, first_rev,
last_rev, pre_release_rev, status,
project_source, release_manger, release_time,
url}
'''
if not repository.startswith('http:'):
repository = 'http://code.dapps.douban.com/' + repository
if not repository.endswith('.git'):
repository = repository + '.git'
key = MC_KEY_REPOSITORY_RELEASE % repository
info = mc.get(key)
if info is not None:
return info
try:
info = fetch_release(repository)
mc.set(key, info, ONE_DAY)
return info
except:
return {}
def get_or_create(self, key, creation_function, **kw):
r = mc.get(key)
if r is None:
r = creation_function()
expiretime = kw.get('timeout', ONE_HOUR)
mc.set(key, r, expiretime)
return r
def up_to_date(self):
# Already builds the source
last_commit_hash = mc.get(PROJECT_BUILD_HASH_MC_KEY % (
self.project.id, self.builder_name))
if not last_commit_hash:
return False
repo = self.project.repo
commit_len = len(repo.get_commits(
self.builder.commit_hex, last_commit_hash))
if not commit_len:
return True
last_tree_hash = mc.get(PROJECT_BUILD_TREE_HASH_MC_KEY % (
self.project.id, self.builder_name))
if not last_tree_hash:
return False
if last_tree_hash == self.builder.tree_hex:
return True
return False
def award(self, item_id, reason=None, kind=KIND_USER):
params = (item_id, self.id, reason, kind, datetime.now())
store.execute(
"insert into badge_item(item_id, badge_id, reason, kind, date) "
"values(%s, %s, %s, %s, %s)", params)
store.commit()
mc_key = MC_NEW_BADGE % (item_id, kind)
badges = mc.get(mc_key) or []
badges.append(str(self.id))
mc.set(mc_key, badges)
def need_rebuild(self):
last_tree_hash = mc.get(LAST_TREE_HASH_MC_KEY %
(self.project_id, self.builder))
if self.config['checkout_root']:
current_tree_hash = _tree_hash(self.project_id, '')
else:
current_tree_hash = _tree_hash(self.project_id, self.dir)
if not last_tree_hash:
return True
if last_tree_hash != current_tree_hash:
return True
return False
def need_rebuild(self):
last_tree_hash = mc.get(
LAST_TREE_HASH_MC_KEY % (self.project_id, self.builder))
if self.config['checkout_root']:
current_tree_hash = _tree_hash(self.project_id, '')
else:
current_tree_hash = _tree_hash(self.project_id, self.dir)
if not last_tree_hash:
return True
if last_tree_hash != current_tree_hash:
return True
return False
def get_unreleased_commit_num(project):
last_release_info = get_release(project.repository)
from_ref = last_release_info['last_rev'] if last_release_info else None
key = MC_KEY_UNRELEASE_COMMITS % (project.id, project.default_sha,
from_ref)
num = mc.get(key)
if num is None:
commits = project.repo.get_commits(project.default_branch,
from_ref=from_ref,
max_count=100)
num = len(commits)
mc.set(key, num, ONE_DAY)
return num
def get_unreleased_commit_num(project):
last_release_info = get_release(project.repository)
from_ref = last_release_info['last_rev'] if last_release_info else None
key = MC_KEY_UNRELEASE_COMMITS % (project.id,
project.default_sha,
from_ref)
num = mc.get(key)
if num is None:
commits = project.repo.get_commits(project.default_branch,
from_ref=from_ref,
max_count=100)
num = len(commits)
mc.set(key, num, ONE_DAY)
return num
def check(cls, apikey, code):
key = cls.__mc_key(apikey, code)
user_id = mc.get(key)
if user_id:
mc.delete(key)
return user_id
def get_value(self):
return mc.get(self.mc_key)
def get(self, key, **kw):
return mc.get(key)
def count(self, target_id):
return mc.get(self.mc_key(target_id))
def get_value(self):
return mc.get(self.mc_key)
def get_new_badges(cls, item_id, kind=KIND_USER):
badges = mc.get(MC_NEW_BADGE % (item_id, kind)) or []
return [cls.get(bid) for bid in badges]
def get(self, key, **kw):
return mc.get(key)
def confirm(cls, user_id, cid):
key = OAUTH_CONFIRM % (user_id, cid)
if mc.get(key):
mc.delete(key)
return True
def check(cls, apikey, code):
key = cls.__mc_key(apikey, code)
user_id = mc.get(key)
if user_id:
mc.delete(key)
return user_id
def last_build_info(self):
return mc.get(LAST_BUILD_MC_KEY % self.project_id)
def confirm(cls, user_id, cid):
key = OAUTH_CONFIRM % (user_id, cid)
if mc.get(key):
mc.delete(key)
return True
def count(self, target_id):
return mc.get(self.mc_key(target_id))
def last_build_info(self):
return mc.get(LAST_BUILD_MC_KEY % self.project_id)
