def start(self, name, starting_point=None):
"""Start a new step (branch)."""
# make sure this is not a known checkpoint
if name in self.points():
raise TutException("Duplicate checkpoint.")
# make sure the repo is clean
if self._repo_dirty():
raise TutException("Dirty tree.")
# create the new branch
git.branch(name)
if starting_point is None:
args = ('-b', name)
else:
args = ('-b', name, starting_point, '--track')
# add the branch to config
config = self._config()
points = config['points']
if self.current():
points.insert(points.index(self.current()) + 1, name)
else:
points.append(name)
self._update_config(
config,
log='Adding new point %s' % name,
)
# checkout the new branch
git.checkout(name)
def cleanup_merge():
git.checkout("master")
# if something failed, the branch might still exist
if self.gd.branch_exists("to_merge_1"):
git.branch("-D", "to_merge_1")
git.branch("-D", "base_branch")
def cleanup_merge():
git.checkout("master")
# if something failed, the branch might still exist
if self.gd.branch_exists("to_merge_1"):
git.branch("-D", "to_merge_1")
git.branch("-D", "base_branch")
def start(self, name, starting_point=None):
"""Start a new step (branch)."""
# make sure this is not a known checkpoint
if name in self.points():
raise TutException("Duplicate checkpoint.")
# make sure the repo is clean
if self._repo_dirty():
raise TutException("Dirty tree.")
# create the new branch
git.branch(name)
if starting_point is None:
args = ('-b', name)
else:
args = ('-b', name, starting_point, '--track')
# add the branch to config
config = self._config()
points = config['points']
if self.current():
points.insert(points.index(self.current()) + 1, name)
else:
points.append(name)
self._update_config(
config,
log='Adding new point %s' % name,
)
# checkout the new branch
git.checkout(name)
def reply_comment_email(from_email, subject, message):
try:
m = re.search('\[(\d+)\-(\w+)\]', subject)
branch_name = m.group(1)
article = m.group(2)
message = decode_best_effort(message)
# safe logic: no answer or unknown answer is a go for publishing
if message[:2].upper() == 'NO':
logger.info('discard comment: %s' % branch_name)
email_body = get_template('drop_comment').render(original=message)
mail(pecosys.get_config('post', 'from_email'),
pecosys.get_config('post', 'to_email'),
'Re: ' + subject, email_body)
else:
if pecosys.get_config("git", "disabled"):
logger.debug("GIT usage disabled (debug mode)")
else:
git.merge(branch_name)
if pecosys.get_config("git", "remote"):
git.push()
logger.info('commit comment: %s' % branch_name)
# execute post-commit command asynchronously
postcommand = pecosys.get_config('post', 'postcommand')
if postcommand:
executor.execute(postcommand)
# send approval confirmation email to admin
email_body = get_template('approve_comment').render(original=message)
mail(pecosys.get_config('post', 'from_email'),
pecosys.get_config('post', 'to_email'),
'Re: ' + subject, email_body)
# notify reader once comment is published
reader_email, article_url = get_email_metadata(message)
if reader_email:
notify_reader(reader_email, article_url)
# notify subscribers every time a new comment is published
notify_subscribers(article)
if pecosys.get_config("git", "disabled"):
logger.debug("GIT usage disabled (debug mode)")
else:
git.branch("-D", branch_name)
except:
logger.exception("new email failure")
def setUp(self):
super(TestBranch, self).setUp()
# Build up an interesting mock repo.
utils_lib.write_file(TRACKED_FP, contents=TRACKED_FP_CONTENTS_1)
git.add(TRACKED_FP)
git.commit(TRACKED_FP, m='1')
utils_lib.write_file(TRACKED_FP, contents=TRACKED_FP_CONTENTS_2)
git.commit(TRACKED_FP, m='2')
utils_lib.write_file(UNTRACKED_FP, contents=UNTRACKED_FP_CONTENTS)
utils_lib.write_file('.gitignore', contents='{0}'.format(IGNORED_FP))
utils_lib.write_file(IGNORED_FP)
git.branch(BRANCH)
self.curr_b = self.repo.current_branch
def setUp(self):
super(TestBranch, self).setUp()
# Build up an interesting mock repo.
utils_lib.write_file(TRACKED_FP, contents=TRACKED_FP_CONTENTS_1)
git.add(TRACKED_FP)
git.commit(TRACKED_FP, m='1')
utils_lib.write_file(TRACKED_FP, contents=TRACKED_FP_CONTENTS_2)
git.commit(TRACKED_FP, m='2')
utils_lib.write_file(UNTRACKED_FP, contents=UNTRACKED_FP_CONTENTS)
utils_lib.write_file('.gitignore', contents='{0}'.format(IGNORED_FP))
utils_lib.write_file(IGNORED_FP)
git.branch(BRANCH)
self.curr_b = self.repo.current_branch
def newest_study_id(self):
"Return the numeric part of the newest study_id"
os.chdir(self.repo)
git.checkout("master")
dirs = []
# first we look for studies already in our master branch
for f in os.listdir("study/"):
if os.path.isdir("study/%s" % f):
# ignore alphabetic prefix, o = created by opentree API
if f[0].isalpha():
dirs.append(int(f[1:]))
else:
dirs.append(int(f))
# next we must look at local branch names for new studies
# without --no-color we get terminal color codes in the branch output
branches = git.branch("--no-color")
branches = [ b.strip() for b in branches ]
for b in branches:
mo = re.match(".+_o(\d+)",b)
if mo:
dirs.append(int(mo.group(1)))
dirs.sort()
return dirs[-1]
def newest_study_id(self):
"Return the numeric part of the newest study_id"
os.chdir(self.repo)
git.checkout("master")
dirs = []
# first we look for studies already in our master branch
for f in os.listdir("study/"):
if os.path.isdir("study/%s" % f):
# ignore alphabetic prefix, o = created by opentree API
if f[0].isalpha():
dirs.append(int(f[1:]))
else:
dirs.append(int(f))
# next we must look at local branch names for new studies
# without --no-color we get terminal color codes in the branch output
branches = git.branch("--no-color")
branches = [b.strip() for b in branches]
for b in branches:
mo = re.match(".+_o(\d+)", b)
if mo:
dirs.append(int(mo.group(1)))
dirs.sort()
return dirs[-1]
def check_branch_exists(branch):
with Spinner(f"Checking for {branch} branch"):
all_branches = [
l.strip()
for l in git.branch(all=True, _tty_out=False).strip().split("\n")
]
for b in all_branches:
if b.endswith(branch):
return True
return False
def delete(version_number):
heading1("Deleting version " + version_number + "\n")
cd(base_dir)
heading2("Removing branch from git.")
print(git.checkout("master"))
print(git.branch("-D", version_number))
print(git.remote("prune", "origin"))
heading2("Deleting files.")
print(rm("-rf", base_dir + "/fedora-kickstarts"))
def list_branches(package, ignore):
for name in get_immediate_subdirectories("."):
if name in packages:
cd(name)
branches = sed(git.branch(),
r="s/\x1B\[([0-9]{1,2}(;[0-9]{1,2})?)?[m|K]//g")
branches = [str(branch.strip()) for branch in branches]
active = [branch for branch in branches if branch[0] == '*'][0]
active = active.strip("* ")
if not active in ignore:
print "{2}: {0} {1}".format(active, branches, name)
cd("..")
def test_branch_switch_performance(self):
MAX_TOLERANCE = 100
gl.commit('f1', m='commit')
t = time.time()
gl.branch(c='develop')
gl.switch('develop')
gl_t = time.time() - t
# go back to previous state
gl.switch('master')
# do the same for git
t = time.time()
git.branch('gitdev')
git.stash.save('--all')
git.checkout('gitdev')
git_t = time.time() - t
self.assertTrue(gl_t < git_t * MAX_TOLERANCE,
msg='gl_t {0}, git_t {1}'.format(gl_t, git_t))
def test_branch_switch_performance(self):
MAX_TOLERANCE = 100
gl.commit(o='f1', m='commit')
t = time.time()
gl.branch(c='develop')
gl.switch('develop')
gl_t = time.time() - t
# go back to previous state
gl.switch('master')
# do the same for git
t = time.time()
git.branch('gitdev')
git.stash.save('--all')
git.checkout('gitdev')
git_t = time.time() - t
self.assertTrue(
gl_t < git_t*MAX_TOLERANCE,
msg='gl_t {0}, git_t {1}'.format(gl_t, git_t))
def init(self):
"""Create a new repository with an initial commit."""
cwd = os.getcwd()
# initialize the empty repository
git.init(self.path)
os.chdir(self.path)
git.commit(
m='Initializing empty Tut project.',
allow_empty=True,
)
# create the empty configuration file
git.branch('tut')
self._update_config(
DEFAULT_CONFIG,
log='Initializing Tut configuration.',
)
git.checkout('master')
os.chdir(cwd)
def init(self):
"""Create a new repository with an initial commit."""
cwd = os.getcwd()
# initialize the empty repository
git.init(self.path)
os.chdir(self.path)
git.commit(
m='Initializing empty Tut project.',
allow_empty=True,
)
# create the empty configuration file
git.branch('tut')
self._update_config(
DEFAULT_CONFIG,
log='Initializing Tut configuration.',
)
git.checkout('master')
os.chdir(cwd)
def auto_update() -> bool:
"""Updates the application from a github repo."""
add_remote = git.bake('remote', 'add', '-f', '--tags', '-m', 'master',
'-t', 'master', 'origin',
'https://github.com/threadreaper/autodomme.git')
if '.git' not in os.listdir(os.getcwd()):
git('init')
add_remote()
git.branch('--set-upstream-to', 'origin/master')
elif git('remote').exit_code != 0:
add_remote()
git.branch('--set-upstream-to', 'origin/master')
files = [
line for line in git('--no-pager', 'diff', '--name-only', _iter=True)
]
if files:
filenames = [filter_filename(file) for file in files[:-1]]
update_popup(filenames)
return True
else:
return False
def merge(self, branch, base_branch="master"):
"""
Merge the the given WIP branch to master (or base_branch, if specified)
If the merge fails, the merge will be aborted
and then a MergeException will be thrown. The
message of the MergeException will be the
"git status" output, so details about merge
conflicts can be determined.
"""
os.chdir(self.repo)
current_branch = self.current_branch()
if current_branch != base_branch:
git.checkout(base_branch)
# Always create a merge commit, even if we could fast forward, so we know
# when merges occured
try:
merge_output = git.merge("--no-ff", branch)
except sh.ErrorReturnCode:
# attempt to reset things so other operations can
# continue
output = git.status()
git.merge("--abort")
# re-raise the exception so other code can decide
# what to do with it
raise MergeException(output)
# the merge succeeded, so remove the local WIP branch
git.branch("-d", branch)
new_sha = git("rev-parse","HEAD")
return new_sha.strip()
def merge(self, branch, base_branch="master"):
"""
Merge the the given WIP branch to master (or base_branch, if specified)
If the merge fails, the merge will be aborted
and then a MergeException will be thrown. The
message of the MergeException will be the
"git status" output, so details about merge
conflicts can be determined.
"""
os.chdir(self.repo)
current_branch = self.current_branch()
if current_branch != base_branch:
git.checkout(base_branch)
# Always create a merge commit, even if we could fast forward, so we know
# when merges occured
try:
merge_output = git.merge("--no-ff", branch)
except sh.ErrorReturnCode:
# attempt to reset things so other operations can
# continue
output = git.status()
git.merge("--abort")
# re-raise the exception so other code can decide
# what to do with it
raise MergeException(output)
# the merge succeeded, so remove the local WIP branch
git.branch("-d", branch)
new_sha = git("rev-parse", "HEAD")
return new_sha.strip()
def new_comment(author, email, site, url, article, message,
subscribe):
try:
logger.info("new comment received: author %s url %s subscribe %s"
% (author, url, subscribe))
if site and site[:4] != "http":
site = "http://" + site
# Create comment
now = datetime.now()
comment_list = (
'author: %s' % author,
'email: %s' % email,
'site: %s' % site,
'date: %s' % now.strftime("%Y-%m-%d %H:%M:%S"),
'url: %s' % url,
'article: %s' % article,
'',
'%s' % message,
''
)
comment = '\n'.join(comment_list)
logger.debug(comment)
# Git
branch_name = now.strftime("%Y%m%d%H%M%S%f")
if pecosys.get_config("git", "disabled"):
logger.debug("GIT usage disabled (debug mode)")
else:
git.checkout('master')
if pecosys.get_config("git", "remote"):
git.pull()
try:
git.checkout(branch_name)
except:
git.branch(branch_name)
git.checkout(branch_name)
comment_filename = 'comment-%s.md' % now.strftime("%Y%m%d-%H%M%S")
comment_pathname = '%s/%s/%s' % (pecosys.get_config('git', 'comment_path'),
now.year, comment_filename)
with open(comment_pathname, 'wb') as f:
f.write(comment.encode('UTF-8'))
git.add(comment_pathname)
git.commit('-m', 'new comment')
git.checkout('master')
# Render email body template
email_body = get_template('new_comment').render(url=url, comment=comment)
# Send email
mail(pecosys.get_config('post', 'from_email'),
pecosys.get_config('post', 'to_email'),
'[' + branch_name + '-' + article + ']', email_body)
# Reader subscribes to further comments
if subscribe and email:
subscribe_reader(email, article, url)
logger.debug("new comment processed ")
except:
logger.exception("new_comment failure")
def cleanup_newest():
git.checkout("master")
git.branch("-D","leto_study_o9999")
def tearDownClass(self):
git.branch("-D",self.testing_branch_name)
def cleanup_write():
git.checkout("master")
git.branch("-D","johndoe_study_9998")
git.branch("-D","johndoe_study_9999")
def cleanup_remove():
git.checkout("master")
git.branch("-D","johndoe_study_777")
def cleanup_write():
git.checkout("master")
git.branch("-D", "johndoe_study_9998")
git.branch("-D", "johndoe_study_9999")
def current_branch():
branch = git.branch(show_current=True).strip()
print(branch)
return branch
def add_to_blacklist(**kwargs):
if 'windows' in str(platform.platform()).lower():
log('warning', "Git support not available in Windows.")
return (False, "Git support not available in Windows.")
blacklist = kwargs.get("blacklist", "")
item_to_blacklist = kwargs.get("item_to_blacklist", "")
username = kwargs.get("username", "")
chat_profile_link = kwargs.get("chat_profile_link", "http://chat.stackexchange.com/users")
code_permissions = kwargs.get("code_permissions", False)
# Make sure git credentials are set up
if git.config("--global", "--get", "user.name", _ok_code=[0, 1]) == "":
return (False, "Tell someone to run `git config --global user.name \"SmokeDetector\"`")
if git.config("--global", "--get", "user.email", _ok_code=[0, 1]) == "":
return (False, "Tell someone to run `git config --global user.email \"[email protected]\"`")
if blacklist == "":
# If we broke the code, and this isn't assigned, error out before doing anything, but do
# so gracefully with a nice error message.
return (False, "Programming Error - Critical information missing for GitManager: blacklist")
if item_to_blacklist == "":
# If we broke the code, and this isn't assigned, error out before doing anything, but do
# so gracefully with a nice error message.
return (False, "Programming Error - Critical information missing for GitManager: item_to_blacklist")
item_to_blacklist = item_to_blacklist.replace("\s", " ")
if blacklist == "website":
blacklist_file_name = "blacklisted_websites.txt"
ms_search_option = "&body_is_regex=1&body="
elif blacklist == "keyword":
blacklist_file_name = "bad_keywords.txt"
ms_search_option = "&body_is_regex=1&body="
elif blacklist == "username":
blacklist_file_name = "blacklisted_usernames.txt"
ms_search_option = "&username_is_regex=1&username="******"Invalid blacklist type specified, something has broken badly!")
git.checkout("master")
try:
git.pull()
except:
pass
# Check that we're up-to-date with origin (GitHub)
git.remote.update()
if git("rev-parse", "refs/remotes/origin/master").strip() != git("rev-parse", "master").strip():
return (False, "HEAD isn't at tip of origin's master branch")
# Check that blacklisted_websites.txt isn't modified locally. That could get ugly fast
if blacklist_file_name in git.status(): # Also ugly
return (False, "{0} is modified locally. This is probably bad.".format(blacklist_file_name))
# Add item to file
with open(blacklist_file_name, "a+") as blacklist_file:
last_character = blacklist_file.read()[-1:]
if last_character != "\n":
blacklist_file.write("\n")
blacklist_file.write(item_to_blacklist + "\n")
# Checkout a new branch (for PRs for non-code-privileged people)
branch = "auto-blacklist-{0}".format(str(time.time()))
git.checkout("-b", branch)
# Clear HEAD just in case
git.reset("HEAD")
git.add(blacklist_file_name)
git.commit("--author='SmokeDetector <*****@*****.**>'",
"-m", u"Auto blacklist of {0} by {1} --autopull".format(item_to_blacklist, username))
if code_permissions:
git.checkout("master")
git.merge(branch)
git.push("origin", "master")
git.branch('-D', branch) # Delete the branch in the local git tree since we're done with it.
else:
git.push("origin", branch)
git.checkout("master")
if GlobalVars.github_username is None or GlobalVars.github_password is None:
return (False, "Tell someone to set a GH password")
payload = {"title": u"{0}: Blacklist {1}".format(username, item_to_blacklist),
"body": u"[{0}]({1}) requests the blacklist of the {2} {3}. See the Metasmoke search [here]"
"(https://metasmoke.erwaysoftware.com/search?utf8=%E2%9C%93{4}{5})\n"
u"<!-- METASMOKE-BLACKLIST-{6} {3} -->".format(username, chat_profile_link, blacklist,
item_to_blacklist, ms_search_option,
item_to_blacklist.replace(" ", "+"),
blacklist.upper()),
"head": branch,
"base": "master"}
response = requests.post("https://api.github.com/repos/Charcoal-SE/SmokeDetector/pulls",
auth=HTTPBasicAuth(GlobalVars.github_username, GlobalVars.github_password),
data=json.dumps(payload))
log('debug', response.json())
try:
git.checkout("deploy") # Return to deploy, pending the accept of the PR in Master.
git.branch('-D', branch) # Delete the branch in the local git tree since we're done with it.
return (True, "You don't have code privileges, but I've [created a pull request for you]({0}).".format(
response.json()["html_url"]))
except KeyError:
git.checkout("deploy") # Return to deploy
# Delete the branch in the local git tree, we'll create it again if the
# command is run again. This way, we keep things a little more clean in
# the local git tree
git.branch('-D', branch)
# Error capture/checking for any "invalid" GH reply without an 'html_url' item,
# which will throw a KeyError.
if "bad credentials" in str(response.json()['message']).lower():
# Capture the case when GH credentials are bad or invalid
return (False, "Something is wrong with the GH credentials, tell someone to check them.")
else:
# Capture any other invalid response cases.
return (False, "A bad or invalid reply was received from GH, the message was: %s" %
response.json()['message'])
git.checkout("deploy") # Return to deploy to await CI.
return (True, "Blacklisted {0}".format(item_to_blacklist))
def list():
heading1("Current versions")
print (git.branch("--list"))
print(path.dirname(path.realpath(__file__)))
def gen_branchs(file_path):
'''return generator with branchs'''
branches = git.branch('--all', '--color=never', _cwd=dir_path(file_path))
return branches
def tearDownClass(self):
git.branch("-D", self.testing_branch_name)
def cleanup_remove():
git.checkout("master")
git.branch("-D", "johndoe_study_777")
def push(remote_name, remote_branch, to_be_pushed_branch, commit_hash_list):
git.status()
current_branch = get_stdout(git('symbolic-ref', '--short', '-q',
'HEAD'))[0:-1]
mark_message = '***mark***'
# 校验是否tag已存在
tag_name = f"merging({current_branch}-->{remote_name}/{remote_branch})"
code, output = subprocess.getstatusoutput(f"git tag | grep '^{tag_name}$'")
if code == 0:
print(f"错误，tag:{tag_name} 已存在")
exit(-1)
# 校验远程分支是否存在
code, output = subprocess.getstatusoutput('git fetch')
if code != 0:
print(output)
print("fetch 失败")
exit(-1)
code, output = subprocess.getstatusoutput(
f"git branch -r | cat | grep '^ *{remote_name}/{remote_branch}'")
if code != 0:
print("错误，远程分支%s不存在" % remote_branch)
exit(-1)
# 如果工作区不干净，mark提交
res = git.status()
is_clean = re.match(".*nothing to commit, working tree clean.*",
get_stdout(res), re.S)
if not is_clean:
print('工作区不干净，mark提交...')
git.add('--all')
git.commit('-a', '-m', mark_message)
# 检出到远程临时分支
tmp_branch = f'tmp/local_{remote_name}_{remote_branch}'
print(f'检出到远程临时分支"{tmp_branch}"...')
git.checkout('-b', tmp_branch, f'{remote_name}/{remote_branch}')
# cherry-pick
try:
print('开始cherry-pick...')
res = git('cherry-pick', commit_hash_list)
except sh.ErrorReturnCode_1:
print(get_stderr(res))
print("请解决冲突,然后选择后续操作...")
while True:
operation = input('请输入处理方式')
if operation == 0:
print('execute: git cherry-pick --continue...')
code, output = subprocess.getstatusoutput(
'git cherry-pick --continue')
print(output)
if code != 0:
continue
else:
print('解决冲突成功')
break
elif operation == 1:
print('退出，停在当前位置')
git('check-pick', '--abort')
exit(-1)
elif operation == 2:
print('撤销，回到起点...')
git('check-pick', '--abort')
# 切换会原来的分支，并去掉mark提交
git.switch(current_branch)
git.branch('-D', tmp_branch)
de_mark_commit(current_branch, mark_message)
exit(-1)
else:
print('输入不合法，请重新输入')
except ErrorReturnCode:
print(get_stderr(res))
exit(-1)
print('推送中...')
git.push('-f', remote_name, f'HEAD:{to_be_pushed_branch}')
# 切换会原来的分支，并去掉mark提交
print('切换会原来的分支，并去掉mark提交')
git.switch(current_branch)
git.branch('-D', tmp_branch)
de_mark_commit(current_branch, mark_message)
print(f'添加tag"{tag_name}"...')
git.tag('-a', tag_name, '-m', "nothing")
print('完成！')
def clean():
if path.exists('dist'):
rmtree('dist')
vers = input('Did you change the version? (y/n) ')
if vers != 'y' and vers != 'n':
print('Expected "y" or "n", instead found {}. Exiting.'.format(vers))
exit(1)
if vers == 'n':
exit(0)
status = git.status()
branch = git.branch()
if 'master' not in branch:
print('Must be on branch "master". Exiting.')
exit(1)
if 'Changes not staged for commit' in status or 'Untracked files' in status or 'Changes to be committed' in status:
# get user input for if they want to commit all current changes
# and continue with the deploy script
# exit if no
commit = input(
'Changes were detected, would you like to commit all current changes? (y/n) '
)
if commit != 'y' and commit != 'n':
print('Expected "y" or "n", instead found {}. Exiting.'.format(commit))
exit(1)
# All operation succeed for the current compiled version.
branch.writeCachedHash()
return True
if "branch" in sys.argv:
#client = IrcClient()
cd(blenderSourceDir)
git.remote("prune", "origin")
git.pull("--rebase")
git.remote("prune", "origin")
if "--branch" in sys.argv:
branchNames = [sys.argv[sys.argv.index("--branch") + 1]]
else:
branchNames = str(git.branch("--all", "--color=never")).split(" ")
branchNames = [name[15:-1] for name in branchNames if name.startswith("remotes/origin") and name != "remotes/origin/HEAD"]
with open(branchMaskFile, "a+") as mask:
mask.seek(0)
maskBranch = [line[:-1] for line in mask.readlines()]
for branchName in branchNames:
if not os.path.exists(prefixSourceDir + "blender_" + branchName) and not branchName in maskBranch:
while True:
answer = input("Do you want mask branch " + branchName + "? (y/n): ")
if answer == "y":
mask.write(branchName + "\n")
break;
elif answer == "n":
break;
def main():
searchDir(sys.argv[1])
print(git.branch("-v"))
def cleanup_newest():
git.checkout("master")
git.branch("-D", "leto_study_o9999")
def gen_branchs(file_path):
'''return generator with branchs'''
branches = git.branch('--all', '--color=never', _cwd=dir_path(file_path))
return branches