def save_favorite(self, directory, name, title=None, page = None):
self.logger.info(__name__, 'save_favorite', directory, name)
if not title == None:
git.cd(directory + '/favorites/' + name)
favorite = open('title', 'w+')
favorite.write(title)
favorite.close()
git.add()
output, errors = git.commit("updated " + name + " with new title " + title)
if not errors == "":
self.logger.error(__name__, 'save_favorite', directory, title, errors)
return False
return True
elif not page == None:
git.cd(directory + '/favorites/' + name)
favorite = open('page', 'w+')
favorite.write(page.serialize())
favorite.close()
favorite = open('type', 'w+')
favorite.write(page.get_type())
favorite.close()
git.add()
output, errors = git.commit("updated " + name + " with new page " + page.description())
if not errors == "":
self.logger.error(__name__, 'save_favorite', directory, page, errors)
return False
return True
def apply(self, reverse=False, stop_on_error=True, commit=False):
all_patches_applied = True
failed_patches = []
for patch in self.patches:
# Even if `commit` is True we're not going to commit
# individual patches, it takes too much time in the Chromium repo.
# Applying all commits takes about 10 minutes (!) on a fast dev machine.
# Instead of it we are going only to add all changes to the index
# and commit them all at once later.
applied_successfully = patch.apply(reverse=reverse,
index=commit,
commit=False)
if not applied_successfully:
all_patches_applied = False
failed_patches.append(patch)
should_stop_now = not applied_successfully and stop_on_error
if should_stop_now:
break
if commit and not all_patches_applied:
git.reset(self.repo_path)
if commit and all_patches_applied:
author = 'Electron Build Process <*****@*****.**>'
message = 'Apply Electron patches'
git.commit(self.repo_path, author=author, message=message)
return (all_patches_applied, failed_patches)
def apply(self, reverse=False, stop_on_error=True, commit=False):
all_patches_applied = True
failed_patches = []
for patch in self.patches:
# Even if `commit` is True we're not going to commit
# individual patches, it takes too much time in the Chromium repo.
# Applying all commits takes about 10 minutes (!) on a fast dev machine.
# Instead of it we are going only to add all changes to the index
# and commit them all at once later.
applied_successfully = patch.apply(reverse=reverse, index=commit, commit=False)
if not applied_successfully:
all_patches_applied = False
failed_patches.append(patch)
should_stop_now = not applied_successfully and stop_on_error
if should_stop_now:
break
if commit and not all_patches_applied:
git.reset(self.repo_path)
if commit and all_patches_applied:
author = 'Electron Build Process <*****@*****.**>'
message = 'Apply Electron patches'
git.commit(self.repo_path, author=author, message=message)
return (all_patches_applied, failed_patches)
def merge(source_branch, dest_branch):
""" Performs the squash-merge. """
if not git.check_branch_exists(source_branch):
return fatal('Source branch does not exist.')
if not git.check_branch_exists(dest_branch):
return fatal('Destination branch does not exist.')
if not git.is_clean_workdir():
return fatal('Current working copy should be clean in order to '
'perform merge.')
git.checkout(dest_branch)
merge_commit = _get_previous_merge_commit(source_branch, dest_branch)
if merge_commit:
print('Branch {source} has already been merged into {dest}. '
'Deleting the previous merge commit.'
''.format(source=source_branch, dest=dest_branch))
_delete_commit(merge_commit)
res = git.merge_squash(source_branch)
if res.status_code != 0:
return fatal('Automatic merge failed.\n'
'Run `git status` to see the conflicts.\n'
'Run `git reset --merge` to abort merge.')
# FIXME currently assumes that it is run from the repo root.
git.commit('--file=.git/SQUASH_MSG')
print('Merged {source} into {dest}.'
''.format(source=source_branch, dest=dest_branch))
def run():
git = git.Git('./test_folder', 'https://github.com/mascanio/test-priv.git',
'mascanio', env['token'])
status = git.status()
print(status)
print(status.is_clean())
git.add_all()
git.commit('master')
status = git.status()
print(status)
print(status.is_clean())
print(git.get_current_branch())
# print(git.push(git.get_current_branch()))
# print(git.pull('dev', rebase=True))
git.rebase_stash('master')
status = git.status()
print(status)
print(status.is_clean())
def import_project(self, directory):
project_name = os.path.basename( directory )
if project_name in self.projects:
print("A project named '{0}' already exists.".format(project_name))
sys.exit(1)
# Create project entry in database
new_pb_project = Project(project_name, self, None)
# Copy files
shutil.copytree( directory, new_pb_project.work_dir)
original_dir = os.getcwd()
print("Creating public git repo '{0}'".format(new_pb_project.public_dir))
os.makedirs( new_pb_project.public_dir )
original_dir = os.getcwd()
os.chdir(new_pb_project.public_dir)
git.init(True)
os.chdir(new_pb_project.work_dir)
# Initialize git repo if it doesn't exist
if not os.path.isdir(".git"):
# Create first import with initial content
git.init(False)
git.add(["."])
git.commit("Import from {0}.".format(directory))
# Create public repository
if 'public' in git.remote_list():
print("Renaming old public repo to public.orig")
git.remote_rename('public', 'public.orig')
print("Adding 'public' remote")
git.remote_add("public", new_pb_project.public_dir)
os.chdir( original_dir )
# Open by default
self.projects[project_name] = new_pb_project
new_pb_project.state = "open"
# why save? -> to update the state to 'open'
new_pb_project.save()
def _commit(self, button):
time_formatted = self._get_time_formatted()
subject_entry = self._builder.get_object('SubjectEntry')
handles_entry = self._builder.get_object('HandlesEntry')
git.commit('/home/kuba/Work/Study/University/10_semester/vcs/python-test', \
subject_entry.get_text(), time_formatted, handles_entry.get_text())
def post(self, filename):
print(filename + ' upload')
print(DATA_DIR + filename)
git.repo(DATA_DIR)
with open(DATA_DIR + filename, 'wb') as f:
f.write(self.request.body)
git.add(DATA_DIR + filename)
git.commit(filename + ' added')
def add_favorite(self, directory, name, title, existing=''):
self.logger.info(__name__, 'add_favorite', directory, title)
git.cd(directory)
git.makedir(directory + '/favorites/' + existing + name)
favorite = open(directory + '/favorites/' + existing + name + '/title', 'w+')
favorite.write(title)
favorite.close()
git.add()
git.commit('added new favorite ' + name + ' with title ' + title)
def commit(message):
"""
Terminate a transaction on the repository
Just call each 'commit' method of the different repository implementations
@param message
a commit message
"""
git.commit(message)
def commit(message):
"""
Terminate a transaction on the repository
Just call each 'commit' method of the different repository implementations
@param message
a commit message
"""
git.commit(message)
def sync(self, directory):
self.logger.info(__name__, 'sync', directory)
git.cd(directory)
if git.changesExist():
self.logger.warn(__name__, 'sync', 'changes detected, syncing')
git.add(' -u')
git.add()
git.commit('committing repository state before loading favorites')
return True
self.logger.info(__name__, 'sync', 'no changes detected')
return False
def put_in_repo(data):
"""
Puts the login's assignment into their repo
"""
path_to_subm, timestamp = get_subm(data)
logins = get_logins(data.login)
path_to_repo = find_path(logins, data)
data.git_assign = utils.dirty_assign(data.git_assign)
issue_num = model.get_issue_number(logins, data.assign)
if not issue_num:
path_to_template = config.TEMPLATE_DIR
if "hw" in data.assign:
path_to_template += "hw/"
else:
path_to_template += "proj/"
if data.git_assign not in config.ASSIGN_TO_NAME_MAP:
path_to_template += data.git_assign + "/"
else:
path_to_template += config.ASSIGN_TO_NAME_MAP[data.git_assign] + "/"
copy_important_files(data, path_to_template, path_to_repo, template=True)
git_init(path_to_repo)
git.add(None, path=path_to_repo)
git.commit("Initial commit", path=path_to_repo)
else: #we want to check that we didnt mess up, and there is actually something here
original_path = os.getcwd()
os.chdir(path_to_repo)
out, err = utils.run("git status")
if "fatal: Not a git repository" in err:
print("Issue number present, but no files in repository. Resetting issue number...")
model.remove_issue_number(logins, data.git_assign, issue_num)
os.chdir(original_path)
return put_in_repo(data)
else: #we have a partner who submitted (I think)
if not os.path.exists('commits'):
raise SubmissionException("Found a git repository that hasn't been committed to yet. Ignoring...")
with open('commits', 'r') as f:
out = f.read().strip()
last_line = out[out.rfind("\n"):]
if last_line.find(":") != -1:
com_time = last_line[last_line.find(":") + 1:].strip()
if timestamp in com_time:
raise SubmissionException("This timestamp ({}) has already been uploaded. Exiting...".format(timestamp))
os.chdir(original_path)
copy_important_files(data, path_to_subm, path_to_repo)
with open(path_to_repo + 'commits', 'a') as f:
f.write('{} : {}\n'.format(utils.get_timestamp_str(), timestamp))
git.add(None, path=path_to_repo)
files = glob.glob(path_to_repo + "*")
for f in files:
utils.chmod_own_grp(f)
utils.chown_staff_master(f)
return path_to_repo, logins
def partial(self, identifier, commit_message):
"""Creates a commit.
Args:
identifier: string that uniquely identifies the task.
commit_message: partial changes commit message.
Returns:
No data is returned.
"""
git.add_files(git._changed_files())
git.status("")
git.commit(identifier + " : " + commit_message)
self.partials_exist = True
self.log.add_entry("Partial added: OK",
"Added partial commit: {} : {}".format(
identifier, commit_message),
time.strftime("%Y-%m-%d %H:%M:%S"))
def put(self):
"""action sent from js. Does all the work!"""
# get current directory (to return later)
#might not be needed
cwd = os.getcwd()
try:
# make connection to git remote server
git = git_cnxn()
# obtain filename and msg for commit
data = json.loads(self.request.body.decode('utf-8'))
filename = urllib.parse.unquote(data['filename'])
msg = data['msg']
add_all = data['add_all']
pull = data['pull']
if pull:
git.pull()
self.write({
'status':
200,
'statusText':
('Success! '
'Pulled from {} everything up to date!'.format(git.url))
})
else:
git.pull()
git.add(filename, add_all)
git.commit(msg)
git.push()
#git_pr()
# close connection
self.write({
'status':
200,
'statusText':
('Success! '
'Changes to {} captured on branch {} at {}'.format(
filename, git.branch_nm, git.url))
})
# return to directory
os.chdir(cwd)
except ErrorPrintToJupyter as e:
self.error_and_return(cwd, str(e).replace('\n', '</br> '))
def add_mt_disclaimers(repository, file_info):
now = datetime.now()
os.chdir(repository.github.git_root)
root_folder = repository.github.single_folder \
if repository.github.single_folder is not None else repository.github.project_folder
for file in get_eligible_files(repository, git.ls_files(root_folder), 'en'):
crowdin_file = get_crowdin_file(repository, file)
target_file = 'ja/' + file[3:] if file[0:3] == 'en/' else file.replace('/en/', '/ja/')
if not os.path.isfile('%s/%s' % (repository.github.git_root, target_file)):
if target_file[-9:] == '.markdown':
target_file = target_file[:-9] + '.md'
elif target_file[-3:] == '.md':
target_file = target_file[:-3] + '.markdown'
if not os.path.isfile('%s/%s' % (repository.github.git_root, target_file)):
continue
if crowdin_file not in file_info or file_info[crowdin_file]['translated'] == file_info[crowdin_file]['approved']:
continue
new_lines = []
with open(target_file, 'r') as f:
new_lines = [
line for line in f.readlines()
if line.find('<p class="alert alert-info"><span class="wysiwyg-color-blue120">') == -1
]
content = '%s\n%s' % (''.join(new_lines), disclaimer_text)
with open(target_file, 'w') as f:
f.write(content)
git.add(target_file)
git.commit('-m', 'Added machine translation disclaimer %s' % now.strftime("%Y-%m-%d %H:%M:%S"))
os.chdir(initial_dir)
def txn(branch):
# git ignore everything except hostery file and gitignore.
command('git rm --cached . -r', verbose=True)
git_ignore = open('.gitignore', 'w')
git_ignore.write('*\n!.gitignore\n!%s'%HOSTERY_FILE)
git_ignore.close()
git.add('.gitignore')
# make hostery file
hostery_file = open(HOSTERY_FILE, 'w')
hostery_file.write(json.dumps({}))
hostery_file.close()
# add, commit, push.
git.add(HOSTERY_FILE)
command('git status', multiline=True, verbose=True)
git.commit('hostery init')
git.push(branch)
def update_hook(ref_name,old_obj,new_obj):
msg = git.commit(new_obj).message()
regex = r'^' + re.escape(sign_off_str) + r'|^' + re.escape(no_verify_sign_off_str)
if re.search( regex, msg, re.M ):
print "git-dragon(remote): accepting commit " + new_obj
return 0
else:
print "git-dragon(remote): refusing non-signed-off commit " + new_obj
print msg
print "---------"
return 1
def save_dag(dag: DAG,
tasks: list,
commit_message=None,
create_pr=False) -> None:
def sort_task(a, b):
if b['task_id'] in a['upstream']:
return 1
elif a['task_id'] in b['upstream']:
return -1
return 0
dag_file = dag.full_filepath + '.new'
with open(dag_file, 'w') as fh:
dg = DagGenerator(dag)
for task in sorted(tasks, key=functools.cmp_to_key(sort_task)):
dg.add_task(task)
dag_file_string = f'{dg.dag_string}\n{dg.tasks_string}\n{dg.dependencies_string}'
fh.write(dg.import_string)
fh.write(dag_file_string)
dag_bag = DagBag()
temp_dag = dag_bag.process_file(dag_file)
if not temp_dag:
# os.unlink(dag_file)
return False
else:
os.rename(dag_file, dag.full_filepath)
if commit_message is not None:
os.chdir(os.path.dirname(__file__) + '/kirby')
date = datetime.now()
git.checkout(f'code-changes-{date:%Y%m%d-%H%M%s}', new=True)
print(git.status())
# print(git.diff())
git.commit(commit_message, add_all=True)
# git.push()
# if create_pr:
# git.create_pr('Changes from airflow: ' + commit_message)
# git.checkout('master')
return True
return False
def _commit(self,
commit,
msg,
env,
output_work_dir,
tree_id=None,
parents=None,
add_id=True):
msg = self.filter_message(msg)
if add_id:
msg += '%s: %s' % (self._commit_id_prefix, commit.tree_id)
if tree_id:
assert parents is not None
new_commit = git.commit_tree(tree_id,
parents,
msg,
tree=output_work_dir,
env=env)
git.reset(opts=['--hard', new_commit], tree=output_work_dir)
else:
assert parents is None
git.commit(msg, env=env, opts=['-a', '-q'], tree=output_work_dir)
def apply(self, reverse=False, commit=False):
# Add the change to index only if we're going to commit it later.
patch_applied = git.apply(self.repo_path, self.file_path, directory=self.paths_prefix, index=commit, reverse=reverse)
if not patch_applied:
return False
if commit:
message = self.__get_commit_message(reverse)
patch_committed = git.commit(self.repo_path, author=self.author, message=message)
return patch_committed
return True
def apply(self, reverse=False, commit=False, index=False):
# Add the change to index only if we're going to commit it later.
add_to_index = index or commit
patch_applied = git.apply(self.repo_path, self.file_path, directory=self.paths_prefix, index=add_to_index, reverse=reverse)
if not patch_applied:
return False
if commit:
message = self.__get_commit_message(reverse)
patch_committed = git.commit(self.repo_path, author=self.author, message=message)
return patch_committed
return True
def write_txn(branch):
if sync:
git.pull(branch)
hostery_file = open(HOSTERY_FILE, 'r')
all_data = json.loads(hostery_file.read())
all_data.update(data)
hostery_file.close()
hostery_file = open(HOSTERY_FILE, 'w')
hostery_file.write(json.dumps(all_data, indent=2))
hostery_file.close()
git.add(HOSTERY_FILE)
# command('git status', verbose=True)
git.commit('hostery mark')
if sync:
git.push(branch)
return all_data
def generate_html_files(repository, file_info):
now = datetime.now()
os.chdir(repository.github.git_root)
root_folder = repository.github.single_folder \
if repository.github.single_folder is not None else repository.github.project_folder
titles = {}
for file in get_eligible_files(repository, git.ls_files(root_folder), 'en'):
crowdin_file = get_crowdin_file(repository, file)
target_file = 'ja/' + file[3:] if file[0:3] == 'en/' else file.replace('/en/', '/ja/')
if not os.path.isfile('%s/%s' % (repository.github.git_root, target_file)):
if target_file[-9:] == '.markdown':
target_file = target_file[:-9] + '.md'
elif target_file[-3:] == '.md':
target_file = target_file[:-3] + '.markdown'
if not os.path.isfile('%s/%s' % (repository.github.git_root, target_file)):
continue
html_file = target_file[:target_file.rfind('.')] + '.html'
titles[html_file] = get_title(file)
_pandoc(target_file, html_file, '--from=gfm', '--to=html')
git.add(html_file)
git.commit('-m', 'Updated pandoc conversion %s' % now.strftime("%Y-%m-%d %H:%M:%S"))
os.chdir(initial_dir)
return titles
def delete_node(self, directory, fullName):
self.logger.warn(__name__, 'delete_node', directory, fullName, ' (destructive)')
git.cd(directory + '/favorites')
git.rm(fullName)
git.add(' -u')
git.commit('deleted ' + fullName)
def setup_server4(hostname=None,
domain=None,
pc="1",
forge_modules=[
"puppetlabs/stdlib", "puppetlabs/concat",
"puppetlabs/firewall", "puppetlabs/apt"
]):
"""Setup Puppet 4 server"""
import package, util, git, service
# Local files to copy over
basedir = "/etc/puppetlabs"
local_master_conf = "files/puppet-master.conf"
remote_master_conf = basedir + "/puppet/puppet.conf"
local_hiera_yaml = "files/hiera.yaml"
remote_hiera_yaml = basedir + "/code/hiera.yaml"
local_fileserver_conf = "files/fileserver.conf"
remote_fileserver_conf = basedir + "/puppet/fileserver.conf"
local_environments = "files/environments"
remote_codedir = basedir + "/code"
local_gitignore = "files/gitignore"
remote_gitignore = basedir + "/.gitignore"
modules_dir = basedir + "/code/environments/production/modules"
# Verify that all the local files are in place
try:
open(local_master_conf)
open(local_hiera_yaml)
except IOError:
print "ERROR: some local config files were missing!"
sys.exit(1)
# Autodetect hostname and domain from env.host, if they're not overridden
# with method parameters
if not hostname:
hostname = util.get_hostname()
if not domain:
domain = util.get_domain()
# Ensure that clock is correct before doing anything else, like creating SSL
# certificates.
util.set_clock()
# Start the install
install_puppetlabs_release_package(pc)
package.install("puppetserver")
util.put_and_chown(local_master_conf, remote_master_conf)
util.put_and_chown(local_hiera_yaml, remote_hiera_yaml)
util.put_and_chown(local_fileserver_conf, remote_fileserver_conf)
util.put_and_chown(local_gitignore, remote_gitignore)
util.add_to_path("/opt/puppetlabs/bin")
util.set_hostname(hostname + "." + domain)
# "facter fqdn" return a silly name on EC2 without this
util.add_host_entry("127.0.1.1", hostname, domain)
# Copy over template environments
util.put_and_chown(local_environments, remote_codedir)
# Add modules from Puppet Forge. These should in my experience be limited to
# those which provide new types and providers. In particular puppetlabs'
# modules which control some daemon (puppetdb, postgresql, mysql) are
# extremely complex, very prone to breakage and nasty to debug.
for module in forge_modules:
add_forge_module(module)
# Git setup
git.install()
git.init(basedir)
if not exists(modules_dir):
sudo("mkdir " + modules_dir)
git.init(modules_dir)
git.add_submodules(basedir=modules_dir)
git.add_all(basedir)
git.commit(basedir, "Initial commit")
# Link hieradata and manifests from production to testing. This keeps the
# testing environment identical to the production environment. The modules
# directory in testing is separate and may (or may not) contain modules that
# override or complement those in production.
util.symlink(remote_codedir + "/environments/production/hieradata",
remote_codedir + "/environments/testing/hieradata")
util.symlink(remote_codedir + "/environments/production/manifests",
remote_codedir + "/environments/testing/manifests")
# Start puppetserver to generate the CA and server certificates/keys
service.start("puppetserver")
run_agent(noop="False")
# save files and states
json.dump(pack_statuses, open(out_dir+"mx140"+"-"+time.asctime()+".json",'w'))
json.dump (pack_json, open('pack.json','w'))
nf = open('../mx140/public/js/data.js','w')
print >>nf, "var data = "+json.dumps(pack_json)+";"
nf.close()
cPickle.dump (buffers, open('buffers.cpk','w'))
cPickle.dump (most_recent_ids, open('mrids.cpk','w'))
cPickle.dump (status_buff, open('status.buff','w'))
print ("[saved]: pack.json, buffers.cpk, mrids.cpk, status.buff")
# commit to github (requieres sudo git config --global credential.helper store + login para guardar credentials)
os.chdir('../mx140')
git.add('--all')
git.commit('[*-*]/~ :: Monitor Mx140 V1.0 - '+time.asctime())
git.create_simple_git_command('push')()
os.chdir('../collector')
print "\n\n[git]: ok :: " , time.asctime()
# then sleepover...
#wait, publish something
#current_list, current_keyword, current_asoc_ws must be ready
try:
current_status = u"El grupo de " + \
rlis[current_list].upper() + \
u" discute sobre "+ \
current_keyword.upper() +\
u" junto a [ " +\
current_asoc_ws[1] + " ] y [ " +\
current_asoc_ws[3] +\
found_changelog_label = True
break
if found_changelog_label:
print(NOTICE + "Processing release notes." + ENDC)
release_notes = ""
for rnf in release_notes_files:
release_notes += open(rnf, 'r').read().rstrip() + '\n\n'
with open('.release-notes/next-release.md', 'a+') as next_release_notes:
next_release_notes.write(release_notes)
print(INFO + "Adding git changes." + ENDC)
for rnf in release_notes_files:
git.rm(rnf)
git.add('.release-notes/next-release.md')
git.commit('-m', "Updates release notes for PR #" + str(pr_id))
else:
print(NOTICE + "Found release notes but no changelog label." + ENDC)
for rnf in release_notes_files:
git.rm(rnf)
git.commit(
'-m',
"Removes release notes from changelog labelless PR #" + str(pr_id))
push_failures = 0
while True:
try:
print(INFO + "Pushing changes." + ENDC)
git.push()
break
except GitCommandError:
remote.fetch()
new_branch = f'bionic-version-{latest_tag}'
git.reset('--hard', 'upstream/master')
git.checkout('upstream/master')
try:
git.branch('-D', new_branch)
except:
pass
git.checkout('-b', new_branch, 'upstream/master')
with open(circlefile, 'r') as reader:
content = reader.read()
content_new = re.sub(
'FROM ubuntu:.*',
r'FROM ubuntu:' + str(latest_tag),
content,
flags=re.M
)
with open(circlefile, "w") as writer:
writer.write(content_new)
writer.close()
changedFiles = [item.a_path for item in web_repo.index.diff(None)]
if changedFiles:
web_repo.index.add(changedFiles)
git.commit('-m', f'Updating bionic version to {latest_tag}')
git.push('-v', 'origin', new_branch)
def setup_server4(hostname=None, domain=None, pc="1", forge_modules=["puppetlabs/stdlib", "puppetlabs/concat", "puppetlabs/firewall", "puppetlabs/apt"]):
"""Setup Puppet 4 server"""
import package, util, git, service
# Local files to copy over
basedir = "/etc/puppetlabs"
local_master_conf = "files/puppet-master.conf"
remote_master_conf = basedir+"/puppet/puppet.conf"
local_hiera_yaml = "files/hiera.yaml"
remote_hiera_yaml = basedir+"/code/hiera.yaml"
local_fileserver_conf = "files/fileserver.conf"
remote_fileserver_conf = basedir+"/puppet/fileserver.conf"
local_environments = "files/environments"
remote_codedir = basedir+"/code"
local_gitignore = "files/gitignore"
remote_gitignore = basedir+"/.gitignore"
modules_dir = basedir+"/code/environments/production/modules"
# Verify that all the local files are in place
try:
open(local_master_conf)
open(local_hiera_yaml)
except IOError:
print "ERROR: some local config files were missing!"
sys.exit(1)
# Autodetect hostname and domain from env.host, if they're not overridden
# with method parameters
if not hostname:
hostname = util.get_hostname()
if not domain:
domain = util.get_domain()
# Ensure that clock is correct before doing anything else, like creating SSL
# certificates.
util.set_clock()
# Start the install
install_puppetlabs_release_package(pc)
package.install("puppetserver")
util.put_and_chown(local_master_conf, remote_master_conf)
util.put_and_chown(local_hiera_yaml, remote_hiera_yaml)
util.put_and_chown(local_fileserver_conf, remote_fileserver_conf)
util.put_and_chown(local_gitignore, remote_gitignore)
util.add_to_path("/opt/puppetlabs/bin")
util.set_hostname(hostname + "." + domain)
# "facter fqdn" return a silly name on EC2 without this
util.add_host_entry("127.0.1.1", hostname, domain)
# Copy over template environments
util.put_and_chown(local_environments, remote_codedir)
# Add modules from Puppet Forge. These should in my experience be limited to
# those which provide new types and providers. In particular puppetlabs'
# modules which control some daemon (puppetdb, postgresql, mysql) are
# extremely complex, very prone to breakage and nasty to debug.
for module in forge_modules:
add_forge_module(module)
# Git setup
git.install()
git.init(basedir)
if not exists(modules_dir):
sudo("mkdir "+modules_dir)
git.init(modules_dir)
git.add_submodules(basedir=modules_dir)
git.add_all(basedir)
git.commit(basedir, "Initial commit")
# Link hieradata and manifests from production to testing. This keeps the
# testing environment identical to the production environment. The modules
# directory in testing is separate and may (or may not) contain modules that
# override or complement those in production.
util.symlink(remote_codedir+"/environments/production/hieradata", remote_codedir+"/environments/testing/hieradata")
util.symlink(remote_codedir+"/environments/production/manifests", remote_codedir+"/environments/testing/manifests")
# Start puppetserver to generate the CA and server certificates/keys
service.start("puppetserver")
run_agent(noop="False")
def create(self, project_name, language):
""" Create a bare project. """
if project_name in self.projects:
print("A project named '{0}' already exists.".format(project_name))
sys.exit(1)
new_pb_project = Project(project_name, self, language)
print("Creating project '{0}' ({1}).".format(project_name, language))
new_pb_project.save()
# Create bare project
os.makedirs(new_pb_project.work_dir)
original_dir = os.getcwd()
os.chdir(new_pb_project.work_dir)
if language in self.languages:
print("I have templates for a '{0}' project.".format(language))
for root, dirs, files in os.walk( new_pb_project.templates_dir ):
# print root, dirs, files
rel_dir = root[len(new_pb_project.templates_dir)+1:]
for d in dirs:
o = os.path.join(root, d)
w = os.path.join(new_pb_project.work_dir, rel_dir, d)
os.makedirs(w)
print( "{0} -> {1}".format(o, w) )
for f in files:
dest_file, ext = os.path.splitext(f)
o = os.path.join(root, f)
if ext == ".tmpl":
w = os.path.join(new_pb_project.work_dir, rel_dir, dest_file)
print( "{0} -> {1}".format(o, w) )
t = Template( file=o )
t.project = new_pb_project.name
of = open(dest_file, 'w')
of.write(str(t))
else:
w = os.path.join(new_pb_project.work_dir, rel_dir, f)
print( "{0} -> {1}".format(o, w) )
shutil.copy(o, w)
else:
print("No templates available.")
print("Creating public git repo '{0}'".format(new_pb_project.public_dir))
os.makedirs( new_pb_project.public_dir )
original_dir = os.getcwd()
os.chdir(new_pb_project.public_dir)
git.init(True)
os.chdir(original_dir)
print("Initializing git repository.")
git.init(False)
print("Adding 'public' remote")
git.remote_add("public", new_pb_project.public_dir)
if language in self.languages:
# Commit the templates
git.add(["."])
git.commit("Original import")
# git.push("public")
os.chdir(original_dir)
# Open by default
self.projects[project_name] = new_pb_project
new_pb_project.state = "open"
# why save? -> to update the state to 'open'
new_pb_project.save()
def sync_articles(repository,
domain,
language,
articles,
article_paths,
refresh_articles=None,
refresh_paths=None):
if refresh_articles is not None:
logging.info('Updating translations for %d articles' %
len(refresh_paths))
new_files, all_files, file_info = update_repository(
repository, list(refresh_paths.values()), sync_sources=True)
else:
logging.info('Downloading latest translations for %d articles' %
len(article_paths))
new_files, all_files, file_info = update_repository(
repository, list(article_paths.values()), sync_sources=False)
old_dir = os.getcwd()
os.chdir(repository.github.git_root)
for article_id, file in sorted(article_paths.items()):
article = articles[article_id]
target_file = language + '/' + file[3:] if file[
0:3] == 'en/' else file.replace('/en/', '/%s/' % language)
if not os.path.isfile(target_file):
continue
if language in article['label_names'] and 'mt' not in article[
'label_names']:
print(target_file, 'not machine translated')
os.remove(target_file, )
git.checkout(target_file)
continue
crowdin_file = get_crowdin_file(repository, file)
if crowdin_file not in file_info:
continue
file_metadata = file_info[crowdin_file]
if file_metadata['phrases'] != file_metadata['translated']:
print(target_file, 'not fully translated')
os.remove(target_file)
git.checkout(target_file)
continue
new_title, old_content, new_content = add_disclaimer_zendesk(
article, target_file, language)
if old_content != new_content:
with open(target_file, 'w') as f:
f.write('<h1>%s</h1>\n' % new_title)
f.write(new_content)
git.add(target_file)
if refresh_articles is not None:
git.commit('-m', 'Translated new articles: %s' % datetime.now())
else:
git.commit('-m', 'Translated existing articles: %s' % datetime.now())
os.chdir(old_dir)
return file_info
new_branch = f'ccxt-{latest_ccxt_version}'
full = f'origin/{new_branch}'
if full in remote_branches:
print(f'"{full}" already exists... bye')
exit(0)
try:
git.branch('-D', new_branch)
except:
# # @todo: find a better way to check for a branch
# git.rev_parse('--verify', new_branch)
pass
git.checkout('-b', new_branch, 'upstream/master')
web_repo.index.add(['Pipfile.lock'])
git.commit('-m', f'Updating ccxt version')
git.push('-v', 'origin', new_branch)
base = "master"
head = f'ahonnecke:{new_branch}'
print(f'Opening PR to merge "{head}" into "{base}"')
web_repo = org.get_repo('web')
web_repo.create_pull(
title=f'Update ccxt to version {latest_ccxt_version}',
body="Scripted update for the CCXT library",
base=base,
head=head
)
if args.dryrun:
print('Exiting... with local changes still in place')
exit()
print(f'Building a new docker image from {base_dockerfile} in {build_dir}')
os.chdir(build_dir)
call(["docker", "build", '-t', tag, '-f', base_dockerfile, '.'])
print(f'Finished building, tagging {tag} as {remote_tag}')
call(["docker", "tag", tag, remote_tag])
print(f'Tagged {remote_tag}, pushing to docker hub')
call(["docker", 'push', remote_tag])
print(f'Comitting changes and pushing to {tag}')
git.commit('-m', f'Committing scripted changes')
git.push('-v', 'origin', tag)
head = f'{GITUSERNAME}:{tag}'
print(f'Opening PR to merge "{head}" into "{SRCBRANCH}"')
try:
g = Github(GITHUBTOKEN)
org = g.get_organization(ORGNAME)
repo_instance = org.get_repo(REPONAME)
repo_instance.create_pull(
title=f'Point Dockerfile.test at new base image {remote_tag}',
body=f'Automatically created PR that points the tester dockerfile at the new base image that was created from update_base_image.py',
base=SRCBRANCH,
head=head
def _config(self, remote, conf, groups):
"""
Builds the groups file and project.config file for a project.
@param remote - gerrit.Remote object
@param conf - Dict containing git config information
@param groups - List of groups
"""
if not self.config:
return
msg = "Project %s: Configuring." % self.name
logger.info(msg)
print msg
repo_dir = '~/tmp'
repo_dir = os.path.expanduser(repo_dir)
repo_dir = os.path.abspath(repo_dir)
uuid_dir = str(uuid4())
repo_dir = os.path.join(repo_dir, uuid_dir)
# Make Empty directory - We want this to stop and fail on OSError
logger.debug(
"Project %s: Creating directory %s" % (self.name, repo_dir)
)
os.makedirs(repo_dir)
# Save the current working directory
old_cwd = os.getcwd()
origin = 'origin'
try:
# Change cwd to that repo
os.chdir(repo_dir)
# Git init empty directory
git.init()
# Add remote origin
ssh_url = 'ssh://%s@%s:%s/%s' % (
remote.username,
remote.host,
remote.port,
self.name
)
git.add_remote(origin, ssh_url)
# Fetch refs/meta/config for project
refspec = 'refs/meta/config:refs/remotes/origin/meta/config'
git.fetch(origin, refspec)
# Checkout refs/meta/config
git.checkout_branch('meta/config')
# Get md5 of existing config
_file = os.path.join(repo_dir, 'project.config')
contents = ''
try:
with open(_file, 'r') as f:
contents = f.read()
except IOError:
pass
existing_md5 = hashlib.md5(contents).hexdigest()
# Get md5 of new config
with open(self.config, 'r') as f:
contents = f.read()
new_md5 = hashlib.md5(contents).hexdigest()
msg = "Project %s: Md5 comparision\n%s\n%s"
msg = msg % (self.name, existing_md5, new_md5)
logger.debug(msg)
print msg
# Only alter if checksums do not match
if existing_md5 != new_md5:
logger.debug(
"Project %s: config md5's are different." % self.name
)
# Update project.config file
_file = os.path.join(repo_dir, 'project.config')
with open(_file, 'w') as f:
f.write(contents)
# Update groups file
group_contents = groups_file_contents(groups)
_file = os.path.join(repo_dir, 'groups')
with open(_file, 'w') as f:
f.write(group_contents)
# Git config user.email
git.set_config('user.email', conf['git-config']['email'])
# Git config user.name
git.set_config('user.name', conf['git-config']['name'])
# Add groups and project.config
git.add(['groups', 'project.config'])
# Git commit
git.commit(message='Setting up %s' % self.name)
# Git push
git.push(origin, refspecs='meta/config:refs/meta/config')
logger.info("Project %s: pushed configuration." % self.name)
else:
msg = "Project %s: config unchanged." % self.name
logger.info(msg)
print msg
finally:
# Change to old current working directory
os.chdir(old_cwd)
# Attempt to clean up created directory
shutil.rmtree(repo_dir)
def commit(self, flag, message=''): git.commit(flag, message, self.stdout)
def check_renamed_articles(repository, language, articles, section_paths):
old_dir = os.getcwd()
os.chdir(repository.github.git_root)
old_article_paths = {
get_article_id(file): file
for file in git.ls_files('en/').split('\n')
}
new_article_paths = {
str(article['id']): get_article_path(article, 'en', section_paths)
for article in articles.values()
if is_tracked_article(article, section_paths)
}
old_translated_paths = {
get_article_id(file): file
for file in git.ls_files(language + '/').split('\n')
}
new_translated_paths = {
str(article['id']): get_article_path(article, language, section_paths)
for article in articles.values()
if is_tracked_article(article, section_paths)
}
for article_id, new_article_path in sorted(new_article_paths.items()):
if article_id not in old_article_paths:
continue
old_article_path = old_article_paths[article_id]
if old_article_path == new_article_path:
continue
if not os.path.exists(old_article_path):
continue
os.makedirs(os.path.dirname(new_article_path), exist_ok=True)
os.rename(old_article_path, new_article_path)
git.add(old_article_path)
git.add(new_article_path)
for article_id, new_article_path in sorted(new_translated_paths.items()):
if article_id not in old_translated_paths:
continue
old_article_path = old_translated_paths[article_id]
if old_article_path == new_article_path:
continue
if not os.path.exists(old_article_path):
continue
os.makedirs(os.path.dirname(new_article_path), exist_ok=True)
os.rename(old_article_path, new_article_path)
git.add(old_article_path)
git.add(new_article_path)
git.commit('-m', 'Renamed articles: %s' % datetime.now())
os.chdir(old_dir)
return new_article_paths
def download_zendesk_articles(repository, domain, language):
user = init_zendesk(domain)
logging.info('Authenticated as %s' % user['email'])
assert (user['verified'])
# Download current article information and rearrange articles that may have
# moved categories.
articles, new_tracked_articles, categories, sections, section_paths = get_zendesk_articles(
repository, domain, language)
article_paths = check_renamed_articles(repository, language, articles,
section_paths)
for article_id, article_path in sorted(article_paths.items()):
if article_id not in articles:
print('Missing data for %s with path %s' %
(article_id, article_path))
continue
# Save articles and translations that currently exist on zendesk
save_article_metadata(domain, repository, language, articles,
article_paths, categories, sections)
old_dir = os.getcwd()
os.chdir(repository.github.git_root)
# First pass: check if anything appears to be out of date
candidate_article_ids = [
article_id
for article_id, article in sorted(articles.items()) if requires_update(
repository, domain, article, language, article_paths[article_id])
]
# Second pass: anything that looks outdated, make sure its translation metadata is up-to-date
for article_id in candidate_article_ids:
update_translated_at(domain, article_id, language,
articles[article_id], articles, section_paths)
with open('%s/articles_%s.json' % (initial_dir, domain), 'w') as f:
json.dump(articles, f)
# Third pass: assume metadata is complete, check what is out of date
refresh_articles = {
article_id: articles[article_id]
for article_id in candidate_article_ids
if requires_update(repository, domain, articles[article_id], language,
article_paths[article_id])
}
# Cache the articles on disk so we can work on them without having to go back to the API
with open('%s/articles_%s.json' % (initial_dir, domain), 'w') as f:
json.dump(articles, f)
refresh_paths = {
article_id: article_paths[article_id]
for article_id in refresh_articles.keys()
}
for article_id, article in refresh_articles.items():
article_path = refresh_paths[article_id]
os.makedirs(os.path.dirname(article_path), exist_ok=True)
with open(article_path, 'w', encoding='utf-8') as f:
f.write('<h1>%s</h1>\n' % article['title'])
f.write(remove_nbsp(article['body']))
git.add(article_path)
git.commit('-m', 'Recently added articles: %s' % datetime.now())
os.chdir(old_dir)
return articles, article_paths, refresh_articles, refresh_paths
except:
git.checkout(b=monit_node)
#git.checkout("HEAD", b=monit_node)
filename = monit_node + "/" + f['applicationsolution_name'] + "_" + \
f['url'].replace("://", "_").replace("/","_") + ".conf"
filepath = telegraf_dir + "/" + filename
print(filename)
with open(filepath, 'w') as fi:
fi.write("[[inputs.url_monitor]]\n" + \
"\tapp = " + '"' + f['applicationsolution_name'] + '"\n' + \
"\taddress = " + '"' + f['url'] + '"\n' + \
"\tresponse_timeout = \"" + response_timeout + '"\n' + \
"\tmethod = " + '"' + f['method'] + '"\n' + \
"\trequire_str = " + "'" + f['require_str'] + "'\n" + \
"\trequire_code = " + "'" + f['require_code'] + "'\n" + \
"\tfailed_count = " + f['failed_count'] + '\n' + \
"\tfailed_timeout = " + f['timeout'] + '\n' + \
"\tfollow_redirects = " + follow_redirects + '\n' + \
"\tbody = " + "'" + f['body'] + "'\n" + \
"\tinsecure_skip_verify = " + insecure_skip_verify + '\n' + \
"\t[inputs.url_monitor.headers]\n\t\t" + h_str + '\n')
git.add(filename)
try:
git.commit(m=filename)
except:
print(git.status())
git.push("origin", monit_node)
def _config(self, remote, conf, groups):
"""
Builds the groups file and project.config file for a project.
@param remote - gerrit.Remote object
@param conf - Dict containing git config information
@param groups - List of groups
"""
if not self.config:
return
msg = "Project %s: Configuring." % self.name
logger.info(msg)
print msg
repo_dir = '~/tmp'
repo_dir = os.path.expanduser(repo_dir)
repo_dir = os.path.abspath(repo_dir)
uuid_dir = str(uuid4())
repo_dir = os.path.join(repo_dir, uuid_dir)
# Make Empty directory - We want this to stop and fail on OSError
logger.debug("Project %s: Creating directory %s" %
(self.name, repo_dir))
os.makedirs(repo_dir)
# Save the current working directory
old_cwd = os.getcwd()
origin = 'origin'
try:
# Change cwd to that repo
os.chdir(repo_dir)
# Git init empty directory
git.init()
# Add remote origin
ssh_url = 'ssh://%s@%s:%s/%s' % (remote.username, remote.host,
remote.port, self.name)
git.add_remote(origin, ssh_url)
# Fetch refs/meta/config for project
refspec = 'refs/meta/config:refs/remotes/origin/meta/config'
git.fetch(origin, refspec)
# Checkout refs/meta/config
git.checkout_branch('meta/config')
# Get md5 of existing config
_file = os.path.join(repo_dir, 'project.config')
contents = ''
try:
with open(_file, 'r') as f:
contents = f.read()
except IOError:
pass
existing_md5 = hashlib.md5(contents).hexdigest()
# Get md5 of new config
with open(self.config, 'r') as f:
contents = f.read()
new_md5 = hashlib.md5(contents).hexdigest()
msg = "Project %s: Md5 comparision\n%s\n%s"
msg = msg % (self.name, existing_md5, new_md5)
logger.debug(msg)
print msg
# Only alter if checksums do not match
if existing_md5 != new_md5:
logger.debug("Project %s: config md5's are different." %
self.name)
# Update project.config file
_file = os.path.join(repo_dir, 'project.config')
with open(_file, 'w') as f:
f.write(contents)
# Update groups file
group_contents = groups_file_contents(groups)
_file = os.path.join(repo_dir, 'groups')
with open(_file, 'w') as f:
f.write(group_contents)
# Git config user.email
git.set_config('user.email', conf['git-config']['email'])
# Git config user.name
git.set_config('user.name', conf['git-config']['name'])
# Add groups and project.config
git.add(['groups', 'project.config'])
# Git commit
git.commit(message='Setting up %s' % self.name)
# Git push
git.push(origin, refspecs='meta/config:refs/meta/config')
logger.info("Project %s: pushed configuration." % self.name)
else:
msg = "Project %s: config unchanged." % self.name
logger.info(msg)
print msg
finally:
# Change to old current working directory
os.chdir(old_cwd)
# Attempt to clean up created directory
shutil.rmtree(repo_dir)
def commit(repo):
git = repo.git
git.add(".")
git.commit('-m', 'first commit')
pass
# base = "master"
# head = f'ahonnecke:{new_branch}'
# print(f'Opening PR to merge "{head}" into "{base}"')
# web_repo = org.get_repo('web')
# web_repo.create_pull(
# title=f'Warm up cache',
# body="Scripted update to warm up the CI cache",
# base=base,
# head=head
# )
num = input("How many times brah?: ")
for x in range(0, int(num)):
print(f'Pushing {x}...')
with open(cache_warmer_filename, "a") as cache_warmer_file:
cache_warmer_file.write(f'# {x} units warmer\n')
cache_warmer_file.close()
web_repo.index.add([cache_warmer_filename])
git.commit('-m', f'warming cache')
git.push('-v', 'origin', new_branch)
# web_repo.index.add([cache_warmer_filename])
# web_repo.git.commit('-m', 'warming circleCI')
# web_repo.remotes.origin.push(refspec=f'{branch}:{branch}')
print(f'Sleeping {delay} seconds after iteration {x}...')
sleep(delay)
flags=re.M
)
content_newer = re.sub(
'ADD http://chromedriver.storage.googleapis.com/.*/chromedriver_linux64.zip ',
r'ADD http://chromedriver.storage.googleapis.com/' + str(chrome_version) + '/chromedriver_linux64.zip ',
content_new,
flags=re.M
)
with open(circlefile, "w") as writer:
writer.write(content_newer)
writer.close()
changedFiles = [item.a_path for item in web_repo.index.diff(None)]
if changedFiles:
web_repo.index.add(changedFiles)
git.commit('-m', f'Updating chrome version to {chrome_version}')
git.push('-v', 'origin', new_branch)
base = "master"
head = f'ahonnecke:{new_branch}'
print(f'Opening PR to merge "{head}" into "{base}"')
web_repo = org.get_repo('web')
web_repo.create_pull(
title=f'Update chrome-driver to version {chrome_version}',
body="Scripted update for the chrome driver version",
base=base,
head=head
)
data = json.load(f)
data["保存时间戳"] = ticks
data["保存时间"] = localtime
data["本次运行时长"] = data["保存时间戳"] - data["启动时间戳"]
data["总游戏时长"] = data["总游戏时长"] + data["本次运行时长"]
def secondsToGameStr(sec):
m, s = divmod(sec, 60)
h, m = divmod(m, 60)
return "%02d时%02d分%02d秒" % (h, m, s)
data["本次游戏时间"] = secondsToGameStr(data["本次运行时长"])
data["总游戏时间"] = secondsToGameStr(data["总游戏时长"])
# 写入 JSON 数据
with open(curFileList[0] + '\data.json', 'w', encoding='utf8') as f:
json.dump(data, f)
logStr = "本次游戏时间 " + data["本次游戏时间"] + " 总游戏时间 " + data["总游戏时间"]
for log in mddata:
logStr = logStr + log
git = repo.git
git.add('.')
git.commit('-m', logStr)
git.push()
# open README and update with new version
print(INFO + "Updating versions in " + readme_file + " to " + version + ENDC)
with open(readme_file, "r+") as readme:
text = readme.read()
for sub in subs:
(find, replace) = sub
text = re.sub(find, replace, text)
readme.seek(0)
readme.write(text)
print(INFO + "Adding git changes." + ENDC)
git.add(readme_file)
if not git.status("-s"):
print(INFO + "No changes. Exiting." + ENDC)
sys.exit(0)
git.commit('-m',
f'Update {readme_file} examples to reflect new version {version}')
push_failures = 0
while True:
try:
print(INFO + "Pushing updated README." + ENDC)
git.push()
break
except GitCommandError:
push_failures += 1
if push_failures <= 5:
print(NOTICE + "Failed to push. Going to pull and try again." +
ENDC)
git.pull(rebase=True)
else:
print(ERROR + "Failed to push again. Giving up." + ENDC)
for elemento in listFolders:
# elemento = elemento[2:len(elemento) - 2]
downloadRecursive(ruta + elemento + "\\")
return
def prepareLog():
global numErrors, log, listErrors
print 'Errors detected = ', str(numErrors)
log.write('Errors detected = ' + str(numErrors))
for el in listErrors:
log.write(str(el))
# Main
print 'Run backup FTP', config.get("host")
connect()
downloadRecursive(config.get("route"))
prepareLog()
# Create commit & push
msgcommit = ", ".join([
str(int(time.time())),
str(numErrors) + " Errors",
str(numFiles) + " Files",
str(numFolders) + " Folders"
])
print "[GIT]\tPrepare commit", msgcommit
git.commit(config.get("folderdest"), msgcommit)
