def test_C_BadPreReviewToNew(self):
# can move bad_pre_review -> 'new' states without duplicating branches
base, branch_name, branch = self._setup_for_untracked_branch()
transition_list = [
branch.mark_ok_new_review, branch.mark_new_bad_in_review
]
for do_transition in transition_list:
branches = phlgit_branch.get_remote(self.repo_arcyd, 'origin')
branch.mark_bad_pre_review()
branches_bad_pre = phlgit_branch.get_remote(
self.repo_arcyd, 'origin')
do_transition(102)
branches_new = phlgit_branch.get_remote(self.repo_arcyd, 'origin')
# we expect to have gained one branch when starting to track as
# 'bad_pre_review'.
self.assertEqual(len(branches_bad_pre), len(branches) + 1)
# we expect to have the same number of branches after moving with
# 'mark_ok_new_review'
self.assertEqual(len(branches_bad_pre), len(branches_new))
# remove the tracking branch and make sure the count has gone down
branch.clear_mark()
branches_cleared = phlgit_branch.get_remote(
self.repo_arcyd, 'origin')
self.assertEqual(len(branches_cleared), len(branches))
def test_C_BadPreReviewToNew(self):
# can move bad_pre_review -> 'new' states without duplicating branches
base, branch_name, branch = self._setup_for_untracked_branch()
transition_list = [
branch.mark_ok_new_review, branch.mark_new_bad_in_review
]
for do_transition in transition_list:
branches = phlgit_branch.get_remote(self.repo_arcyd, 'origin')
branch.mark_bad_pre_review()
branches_bad_pre = phlgit_branch.get_remote(
self.repo_arcyd, 'origin')
do_transition(102)
branches_new = phlgit_branch.get_remote(self.repo_arcyd, 'origin')
# we expect to have gained one branch when starting to track as
# 'bad_pre_review'.
self.assertEqual(len(branches_bad_pre), len(branches) + 1)
# we expect to have the same number of branches after moving with
# 'mark_ok_new_review'
self.assertEqual(len(branches_bad_pre), len(branches_new))
# remove the tracking branch and make sure the count has gone down
branch.clear_mark()
branches_cleared = phlgit_branch.get_remote(
self.repo_arcyd, 'origin')
self.assertEqual(len(branches_cleared), len(branches))
def get_remote_branches(self):
"""Return a list of string names of remote branches.
:returns: list of string names
"""
return phlgit_branch.get_remote(self._clone, self._remote)
def processUpdatedRepo(conduit, path, remote, mailer):
clone = phlsys_git.GitClone(path)
remote_branches = phlgit_branch.get_remote(clone, remote)
gitContext = abdt_gittypes.GitContext(clone, remote, remote_branches)
wbList = abdt_naming.getWorkingBranches(remote_branches)
makeRb = abdt_naming.makeReviewBranchNameFromWorkingBranch
rbDict = dict((makeRb(wb), wb) for wb in wbList)
processAbandonedBranches(conduit, clone, remote, wbList, remote_branches)
for b in remote_branches:
if abdt_naming.isReviewBranchPrefixed(b):
review_branch = abdt_naming.makeReviewBranchFromName(b)
if review_branch is None:
# TODO: handle this case properly
continue
review_branch = abdt_gittypes.makeGitReviewBranch(
review_branch, remote)
working_branch = None
if b in rbDict.keys():
working_branch = rbDict[b]
working_branch = abdt_gittypes.makeGitWorkingBranch(
working_branch, remote)
processUpdatedBranch(
mailer, conduit, gitContext, review_branch, working_branch)
def get_remote_branches(self):
"""Return a list of string names of remote branches.
:returns: list of string names
"""
return phlgit_branch.get_remote(self, self._remote)
def _getTheOnlyReviewId(self):
with phlsys_fs.chdir_context("phab"):
clone = phlsys_git.GitClone(".")
branches = phlgit_branch.get_remote(clone, "origin")
wbList = abdt_naming.getWorkingBranches(branches)
self.assertEqual(len(wbList), 1)
wb = wbList[0]
return wb.id
def _countPhabBadWorkingBranches(self):
with phlsys_fs.chdir_context("phab"):
clone = phlsys_git.GitClone(".")
branches = phlgit_branch.get_remote(clone, "origin")
wbList = abdt_naming.getWorkingBranches(branches)
numBadBranches = 0
for wb in wbList:
if abdt_naming.isStatusBad(wb):
numBadBranches += 1
return numBadBranches
def _countPhabWorkingBranches(self):
with phlsys_fs.chdir_context("phab"):
clone = phlsys_git.GitClone(".")
branches = phlgit_branch.get_remote(clone, "origin")
wbList = abdt_naming.getWorkingBranches(branches)
return len(wbList)
