def _format_package(package):
difference = None
try:
difference = semver.difference(package.current_version,
package.latest_version)
except (TypeError, ValueError):
pass
string = "* %s" % cli_format(package.name,
_SEMVER_COLOR_MAP.get(difference, cli.CLEAR))
if getattr(package, "has_dependency_conflict", False):
string += cli_format(" [dependency conflict]", cli.RED)
if package.current_version:
string += " (%s)" % package.current_version
if package.latest_version and package.current_version != package.latest_version:
string += " -> (%s)" % _cli_format_semver(package.latest_version,
difference)
string += " " + cli_format("[%s]" % package.home_page, cli.CYAN)
return string
def update_pip(pip_exec, user=None, quiet=None, file=None):
cli.echo(cli_format("Updating %s..." % pip_exec, cli.YELLOW), file=file)
output = pip_upgrade("pip", pip_exec=pip_exec, user=user, quiet=quiet)
if isinstance(output, int):
code = output
else:
code = output[0]
if not code:
cli.echo("%s upto date." % cli_format(pip_exec, cli.CYAN), file=file)
return output
def get_registry_from_requirements(requirements,
sync=False,
jobs=1,
only_packages=[],
file=None):
path = osp.realpath(requirements)
if not osp.exists(path):
cli.echo(cli_format("{} not found.".format(path), cli.RED), file=file)
sys.exit(os.EX_NOINPUT)
else:
packages = _pip.parse_requirements(requirements, session="hack")
if only_packages:
packages = [p for p in packages if p.name in only_packages]
registry = Registry(source=path,
packages=packages,
sync=sync,
jobs=jobs)
logger.info("Packages within requirements %s found: %s..." %
(requirements, registry.packages))
return registry
def _format(x):
return cli_format(x, cli.YELLOW)
def update_registry(registry,
yes=False,
user=False,
check=False,
latest=False,
interactive=False,
format_="table",
all=False,
file=None,
raise_err=True,
verbose=False):
source = registry.source
packages = registry.packages
table = Table(
header=["Name", "Current Version", "Latest Version", "Home Page"])
nodes = []
render = False
dinfo = [] # Information DataFrame
for package in packages:
package.source = source
package.installed = registry.installed
current_version = package.current_version
if all or current_version:
current_version = current_version.replace("==", "")
if all or (package.latest_version
and current_version != package.latest_version):
render = True
if format_ in _DEPENDENCY_FORMATS:
nodes.append(package)
else:
table.insert([
cli_format(
package.name,
_SEMVER_COLOR_MAP.get(package.difference, cli.CLEAR)),
package.current_version or "na",
_cli_format_semver(package.latest_version,
package.difference),
cli_format(package.home_page, cli.CYAN)
])
dinfo.append(package)
stitle = "Installed Distributions (%s)" % source if registry.installed else source
if render:
if format_ in _DEPENDENCY_FORMATS:
nodes = _resolve_dependencies(nodes)
dinfo = nodes
if format_ == "tree":
string = _render_dependency_tree(nodes)
elif format_ == "json":
string = _render_json(nodes)
elif format_ == "yaml":
string = _render_yaml(nodes)
elif format_ == "table":
string = table.render()
cli.echo("\nSource: %s\n" % stitle, file=file)
if not interactive or check:
cli.echo(string, file=file)
cli.echo(file=file)
if not check:
packages = [
p for p in dinfo if p.difference != "major"
or getattr(p, "has_dependency_conflict", False) or latest
]
npackages = len(packages)
spackages = pluralize("package", npackages) # Packages "string"
query = "Do you wish to update %s %s?" % (npackages, spackages)
if npackages and (yes or interactive
or cli.confirm(query, quit_=True)):
for i, package in enumerate(packages):
update = True
query = "%s (%s) -> (%s)" % (cli_format(
package.name,
_SEMVER_COLOR_MAP.get(package.difference, cli.CLEAR)),
package.current_version,
_cli_format_semver(
package.latest_version,
package.difference))
if interactive:
update = yes or cli.confirm(query)
if update:
cli.echo(cli_format(
"Updating %s of %s %s: %s" %
(i + 1, npackages, spackages,
cli_format(package.name, cli.GREEN)), cli.BOLD),
file=file)
if not package.installed:
_update_requirements(package.source, package)
else:
try:
_pip.call("install",
package.name,
pip_exec=package.source,
user=user,
quiet=not verbose,
no_cache_dir=True,
upgrade=True)
except PopenError as e:
if raise_err:
raise
else:
cli.echo("%s upto date." % cli_format(stitle, cli.CYAN), file=file)
def command(packages=[],
pip_path=[],
requirements=[],
pipfile=[],
project=None,
pull_request=False,
git_username=None,
git_email=None,
github_access_token=None,
github_reponame=None,
github_username=None,
target_branch="master",
latest=False,
format="table",
all=False,
pip=False,
self=False,
jobs=1,
user=False,
check=False,
interactive=False,
yes=False,
no_included_requirements=False,
no_cache=False,
no_color=True,
output=None,
ignore_error=False,
force=False,
verbose=False):
if not verbose:
logger.setLevel(log.NOTSET)
logger.info("Environment: %s" % environment())
logger.info("Arguments Passed: %s" % locals())
file_ = output
if file_:
logger.info("Writing to output file %s..." % file_)
touch(file_)
cli.echo(cli_format("Checking...", cli.YELLOW), file=file_)
pip_path = pip_path or []
pip_path = [which(p) for p in pip_path] or _pip._PIP_EXECUTABLES
logger.info("`pip` executables found: %s" % pip_path)
logger.info("Using %s jobs..." % jobs)
registries = []
if pip:
logger.info("Updating pip executables: %s" % " ".join(pip_path))
with parallel.no_daemon_pool(processes=jobs) as pool:
pool.imap_unordered(
partial(update_pip, **{
"user": user,
"quiet": not verbose,
"file": file
}), pip_path)
if self:
package = __name__
logger.info("Updating %s..." % package)
cli.echo(cli_format("Updating %s..." % package, cli.YELLOW),
file=file_)
_pip.call("install",
package,
user=user,
quiet=not verbose,
no_cache=True,
upgrade=True)
cli.echo("%s upto date." % cli_format(package, cli.CYAN), file=file_)
else:
if project:
project = sequencify(project)
requirements = requirements or []
pipfile = pipfile or []
logger.info("Detecting projects and its dependencies...")
with parallel.no_daemon_pool(processes=jobs) as pool:
project = pool.imap_unordered(
partial(Project.from_path, **{"depth_search": force}),
project)
requirements += flatten(map(lambda p: p.requirements, project))
pipfile += flatten(
map(lambda p: [p.pipfile] if p.pipfile else [], project))
logger.info("Updating projects %s..." % project)
if requirements:
logger.info("Detecting requirements...")
if not no_included_requirements:
with parallel.no_daemon_pool(processes=jobs) as pool:
results = pool.imap_unordered(get_included_requirements,
requirements)
requirements += flatten(results)
logger.info("Requirements found: %s" % requirements)
with parallel.no_daemon_pool(processes=jobs) as pool:
results = pool.imap_unordered(
partial(
get_registry_from_requirements, **{
"sync": no_cache,
"jobs": jobs,
"only_packages": packages,
"file": file_
}), requirements)
registries += results
else:
with parallel.no_daemon_pool(processes=jobs) as pool:
for registry in pool.imap_unordered(
partial(
get_registry_from_pip, **{
"user": user,
"sync": no_cache,
"outdated": not all,
"build_dependency_tree": format
in _DEPENDENCY_FORMATS,
"jobs": jobs,
"only_packages": packages
}), pip_path):
registries.append(registry)
logger.info("Updating registries: %s..." % registries)
# TODO: Tweaks within parallel.no_daemon_pool to run serially.
if yes:
with parallel.no_daemon_pool(processes=jobs) as pool:
pool.imap_unordered(
partial(
update_registry, **{
"yes": yes,
"user": user,
"check": check,
"latest": latest,
"interactive": interactive,
"verbose": verbose,
"format_": format,
"all": all,
"filter": packages,
"file": file_,
"raise_err": not ignore_error
}), registries)
else:
for registry in registries:
update_registry(registry,
yes=yes,
user=user,
check=check,
latest=latest,
interactive=interactive,
verbose=verbose,
format_=format,
all=all,
file=file_,
raise_err=not ignore_error)
if pipfile:
logger.info("Updating Pipfiles: %s..." % pipfile)
cli.echo(cli_format(
"Updating Pipfiles: %s..." % ", ".join(pipfile), cli.YELLOW),
file=file_)
with parallel.no_daemon_pool(processes=jobs) as pool:
results = pool.imap_unordered(
partial(update_pipfile, **{"verbose": verbose}), pipfile)
if builtins.all(results):
cli.echo(cli_format("Pipfiles upto date.", cli.GREEN),
file=file_)
if project and pull_request:
errstr = '%s not found. Use %s or the environment variable "%s" to set value.'
if not git_username:
raise ValueError(errstr % ("Git Username", "--git-username",
getenvvar("GIT_USERNAME")))
if not git_email:
raise ValueError(
errstr %
("Git Email", "--git-email", getenvvar("GIT_EMAIL")))
for p in project:
popen("git config user.name %s" % git_username, cwd=p.path)
popen("git config user.email %s" % git_email, cwd=p.path)
_, output, _ = popen("git status -s", output=True, cwd=p.path)
if output:
branch = get_timestamp_str(format_="%Y%m%d%H%M%S")
popen("git checkout -B %s" % branch,
quiet=not verbose,
cwd=p.path)
title = "fix(dependencies): Update dependencies to latest"
body = ""
# TODO: cross-check with "git add" ?
files = p.requirements + [p.pipfile]
popen("git add %s" % " ".join(files),
quiet=not verbose,
cwd=p.path)
popen("git commit -m '%s'" % title,
quiet=not verbose,
cwd=p.path)
popen("git push origin %s" % branch,
quiet=not verbose,
cwd=p.path)
if not github_reponame:
raise ValueError(
errstr % ("GitHub Reponame", "--github-reponame",
getenvvar("GITHUB_REPONAME")))
if not github_username:
raise ValueError(
errstr % ("GitHub Username", "--github-username",
getenvvar("GITHUB_USERNAME")))
url = "/".join([
"https://api.github.com", "repos", github_username,
github_reponame, "pulls"
])
headers = dict({
"Content-Type":
"application/json",
"Authorization":
"token %s" % github_access_token
})
data = dict(head="%s:%s" % (git_username, branch),
base=target_branch,
title=title,
body=body)
# Although there's monkey patch support for the "requests"
# library, avoid using the "json" parameter which was
# added in requests 2.4.2+
response = req.post(url,
data=json.dumps(data),
headers=headers)
if response.ok:
response = response.json()
number = response["number"]
url = "/".join(
map(str, [
"https://github.com", github_username,
github_reponame, "pull", number
]))
message = "Created a Pull Request at %s" % url
cli.echo(cli_format(message, cli.GREEN), file=file_)
else:
response.raise_for_status()