def list_model_commands(args):
""" List the commands supported by this model."""
model = args.model
# Correct model name if possible.
matched_model = utils.get_misspelled_pkg(model)
if matched_model is not None:
model = matched_model
logger = logging.getLogger(__name__)
logger.info("List available commands of '{}'".format(model))
# Check that the model is installed.
utils.check_model_installed(model)
entry = utils.load_description(model)
commands = entry['commands']
if args.name_only:
print('\n'.join(list(commands)))
return
msg = "The '{}' model "
meta = entry['meta']
if 'title' not in meta:
title = None
else:
title = utils.lower_first_letter(utils.dropdot(meta['title']))
msg += "({}) "
msg += "supports the following commands:"
msg = msg.format(model, title)
msg = textwrap.fill(msg, width=75)
print(msg)
for cmd in commands:
utils.print_model_cmd_help(entry, cmd)
# Update bash completion list.
utils.update_command_completion(set(commands))
# Suggest next step.
if not args.quiet:
utils.print_next_step('commands', description=entry, model=model)
def install_model(args):
"""Install a model.
Args:
args: Command line args parsed by argparse.
args.model (str): mlm/zip path, mlm/zip url, model name, GitHub repo,
like mlhubber/mlhub, or MLHUB.yaml on github repo,
like mlhubber/audit:doc/MLHUB.yaml.
"""
logger = logging.getLogger(__name__)
logger.info('Install a model.')
logger.debug('args: {}'.format(args))
model = args.model # model pkg name
location = args.model # pkg file path or URL
version = None # model pkg version
mlhubyaml = None # MLHUB.yaml path or URL
# Obtain the model URL if not a local file.
if not utils.is_archive(model) and not utils.is_url(
model) and '/' not in model:
# Model package name, which can be found in mlhub repo.
# Like:
# $ ml install audit
#
# We assume the URL got from mlhub repo is a link to a mlm/zip/tar file
# or a GitHub repo reference or MLHUB.yaml.
# Correct model name if possible.
matched_model = utils.get_misspelled_pkg(model)
if matched_model is not None:
model = matched_model
# Get model pkg meta data from mlhub repo.
location, version, meta_list = utils.get_model_info_from_repo(
model, args.mlhub)
# Update bash completion list.
utils.update_model_completion({e['meta']['name'] for e in meta_list})
if not utils.is_archive(location):
# Model from GitHub.
# Like:
# $ ml install mlhubber/audit
# $ ml install mlhubber/audit:doc/MLHUB.yaml
# $ ml install https://github.com/mlhubber/audit/...
mlhubyaml = utils.get_pkgyaml_github_url(location) # URL to MLHUB.yaml
location = utils.get_githubrepo_zip_url(location)
logger.debug("location: {}".format(location))
logger.debug("mlhubyaml: {}".format(mlhubyaml))
# Determine the path of downloaded/existing model package file
pkgfile = None
if utils.is_archive(location):
pkgfile = os.path.basename(location) # pkg file name
elif utils.is_url(location):
pkgfile = utils.get_url_filename(location)
# Query archive type if not available from file name per se.
while pkgfile is None or not utils.is_archive(pkgfile):
print(
"The file type cannot be determined.\n"
"Please give it a file name with explicit valid archive extension: ",
end='')
pkgfile = input()
uncompressdir = pkgfile[:pkgfile.rfind(
'.')] # Dir Where pkg file is extracted
# Installation.
entry = None # Meta info read from MLHUB.yaml
with tempfile.TemporaryDirectory() as mlhubtmpdir:
# Determine the local path of the model package
if utils.is_url(location):
local = os.path.join(mlhubtmpdir, pkgfile) # downloaded
else:
local = location # local file path
uncompressdir = os.path.join(mlhubtmpdir, uncompressdir)
# Obtain model version.
if version is None:
if utils.ends_with_mlm(
pkgfile): # Get version number from MLM file name.
model, version = utils.interpret_mlm_name(pkgfile)
elif not utils.is_github_url(
location): # Get MLHUB.yaml inside the archive file.
if utils.is_url(
location
): # Download the package file because it is not from GitHub.
utils.download_model_pkg(location, local, pkgfile,
args.quiet)
if not args.quiet:
print("Extracting '{}' ...\n".format(pkgfile))
utils.unpack_with_promote(local,
uncompressdir,
valid_name=pkgfile)
mlhubyaml = utils.get_available_pkgyaml(
uncompressdir) # Path to MLHUB.yaml
if mlhubyaml is not None: # Get version number from MLHUB.yaml
entry = utils.read_mlhubyaml(mlhubyaml)
meta = entry["meta"]
model = meta["name"]
version = meta["version"]
utils.update_model_completion({model
}) # Update bash completion list.
# Check if model is already installed.
install_path = utils.get_package_dir(model) # Installation path
if os.path.exists(install_path):
installed_version = utils.load_description(
model)['meta']['version']
# Ensure version number is string.
installed_version = str(installed_version)
version = str(version)
if StrictVersion(installed_version) > StrictVersion(version):
yes = utils.yes_or_no(
"Downgrade '{}' from version '{}' to version '{}'",
model,
installed_version,
version,
yes=True)
elif StrictVersion(installed_version) == StrictVersion(version):
yes = utils.yes_or_no(
"Replace '{}' version '{}' with version '{}'",
model,
installed_version,
version,
yes=True)
else:
yes = utils.yes_or_no(
"Upgrade '{}' from version '{}' to version '{}'",
model,
installed_version,
version,
yes=True)
if not yes:
sys.exit(0)
else:
print()
shutil.rmtree(install_path)
# Uncompress package file.
if not os.path.exists(
uncompressdir
): # Model pkg mlm or GitHub pkg has not unzipped yet.
if utils.is_url(location): # Download the package file if needed.
utils.download_model_pkg(location, local, pkgfile, args.quiet)
if not args.quiet:
print("Extracting '{}' ...\n".format(pkgfile))
utils.unpack_with_promote(local, uncompressdir, valid_name=pkgfile)
# Install package files.
#
# Because it is time-consuming to download all package files one-by-one , we
# download the whole zipball from the repo first, then re-arrange the files
# according to `dependencies` -> `files` in MLHUB.yaml if any.
# Find if any files specified in MLHUB.yaml
if mlhubyaml is None: # MLM file which can obtain version number from it name.
mlhubyaml = utils.get_available_pkgyaml(uncompressdir)
entry = utils.read_mlhubyaml(mlhubyaml)
depspec = None
if 'dependencies' in entry:
depspec = entry['dependencies']
elif 'dependencies' in entry['meta']:
depspec = entry['meta']['dependencies']
file_spec = None
if depspec is not None and 'files' in depspec:
file_spec = {'files': depspec['files']}
elif 'files' in entry:
file_spec = {'files': entry['files']}
if file_spec is not None: # install package files if they are specified in MLHUB.yaml
# MLHUB.yaml should always be at the package root.
os.mkdir(install_path)
if utils.is_url(
mlhubyaml
): # We currently only support MLHUB.yaml specified on GitHub.
if mlhubyaml.startswith("https://api"):
urllib.request.urlretrieve(
json.loads(urllib.request.urlopen(
mlhubyaml).read())['download_url'],
os.path.join(install_path, MLHUB_YAML))
else:
urllib.request.urlretrieve(
mlhubyaml, os.path.join(install_path, MLHUB_YAML))
else:
shutil.move(mlhubyaml, install_path)
# All package files except MLHUB.yaml should be specified in 'files' of MLHUB.yaml
try:
utils.install_file_deps(
utils.flatten_mlhubyaml_deps(file_spec)[0][1],
model,
downloadir=uncompressdir)
except utils.ModePkgInstallationFileNotFoundException as e:
if os.path.exists(install_path):
shutil.rmtree(install_path)
raise
else:
# Otherwise, put all files under package dir.
# **Note** Here we must make sure <instal_path> does not exist.
# Otherwise, <unzipdir> will be inside <install_path>
shutil.move(uncompressdir, install_path)
# Update bash completion list.
utils.update_command_completion(
set(utils.load_description(model)['commands']))
# Update working dir if any.
if args.workding_dir is not None:
utils.update_working_dir(model, args.workding_dir)
if not args.quiet:
# Informative message about the size of the installed model.
print("Installed '{}' into '{}' ({:,} bytes).".format(
model, install_path, utils.dir_size(install_path)))
# Suggest next step. README or DOWNLOAD
utils.print_next_step('install', model=model)
def install_model(args):
"""Install a model.
Args:
args: Command line args parsed by argparse.
args.model (str): mlm/zip path, mlm/zip url, model name, GitHub repo,
like mlhubber/mlhub, or MLHUB.yaml on github repo,
like mlhubber/audit:doc/MLHUB.yaml.
"""
logger = logging.getLogger(__name__)
logger.info("Install a model.")
logger.debug(f"args: {args}")
# Avoid 403 errors which result when the header identifies itself
# as python urllib or is empty and thus the web site assumes it is
# a robot. We are not a robot but a user downloading a file. This
# will ensure gitlab is okay with retrieving from a URL by adding
# a header rather than no header. TODO move to using Requests.
opener = urllib.request.build_opener()
opener.addheaders = [('User-agent', 'Mozilla/5.0')]
urllib.request.install_opener(opener)
model = args.model # model pkg name
location = args.model # pkg file path or URL
key = args.i # SSH key
version = None # model pkg version
mlhubyaml = None # MLHUB.yaml path or URL
repo_obj = None # RepoTypeURL object for related URL interpretation
maybe_private = False # Maybe private repo
# Obtain the model URL if not a local file.
if (
not utils.is_archive_file(model)
and not utils.is_url(model)
and "/" not in model
):
# Model package name, which can be found in mlhub repo.
# Like:
# $ ml install audit
#
# We assume the URL got from mlhub repo is a link to a mlm/zip/tar file
# or a GitHub repo reference or MLHUB.yaml.
# Correct model name if possible.
matched_model = utils.get_misspelled_pkg(model)
if matched_model is not None:
model = matched_model
# Get model pkg meta data from mlhub repo.
location, version, meta_list = utils.get_model_info_from_repo(
model, args.mlhub
)
# Update bash completion list.
utils.update_model_completion({e["meta"]["name"] for e in meta_list})
if not utils.is_archive_file(location):
# Model from a repo such as GitHub, GitLab, Bitbucket etc.
#
# Possible options are:
# $ ml install mlhubber/audit # latest commit on the master branch of GitHub repo mlhubber/audit
# $ ml install mlhubber/audit@dev # latest commit on the dev branch of GitHub repo mlhubber/audit
# $ ml install mlhubber/audit@0001ea4 # commit 0001ea4 of mlhubber/audit
# $ ml install mlhubber/audit:doc/MLHUB.yaml # latest commit on master, but a specified YAML file
# $ ml install https://github.com/mlhubber/audit/... # Arbitrary GitHub link address
#
# $ ml install github:mlhubber/audit # GitHub repo, the same as ml install mlhubber/audit
#
# $ ml install gitlab:mlhubber/audit@2fe89kh:doc/MLHUB.yaml # GitLab repo
# $ ml install https://https://gitlab.com/mlhubber/audit/... # GitLab repo
#
# $ ml install bitbucket:mlhubber/audit # BitBucket repo
# $ ml install https://bitbucket.org/mlhubber/audit/... # BitBucket repo
repo_obj = utils.RepoTypeURL.get_repo_obj(location)
try:
mlhubyaml = repo_obj.get_pkg_yaml_url()
location = repo_obj.compose_repo_zip_url()
logger.debug(f"location: {location}")
logger.debug(f"mlhubyaml: {mlhubyaml}")
except utils.DescriptionYAMLNotFoundException: # Maybe private repo
maybe_private = True
pass
# Determine the path of downloaded/existing model package file
pkgfile = None
if maybe_private: # Maybe private repo
pkgfile = repo_obj.repo
elif utils.is_archive_file(location):
pkgfile = os.path.basename(location) # pkg file name
elif utils.is_url(location):
pkgfile = utils.get_url_filename(location)
# Query archive type if not available from file name per se.
if not maybe_private:
while pkgfile is None or not utils.is_archive_file(pkgfile):
print(
"The file type cannot be determined.\n"
"Please give it a file name with explicit valid archive extension: ",
end="",
)
pkgfile = input()
if maybe_private:
uncompressdir = pkgfile
else:
uncompressdir = pkgfile[
: pkgfile.rfind(".")
] # Dir Where pkg file is extracted
# Installation.
entry = None # Meta info read from MLHUB.yaml
with tempfile.TemporaryDirectory() as mlhubtmpdir:
# Determine the local path of the model package
if maybe_private:
local = None
elif utils.is_url(location):
local = os.path.join(mlhubtmpdir, pkgfile) # downloaded
else:
local = location # local file path
uncompressdir = os.path.join(mlhubtmpdir, uncompressdir)
# Obtain model version.
if version is None:
if utils.ends_with_mlm(
pkgfile
): # Get version number from MLM file name.
model, version = utils.interpret_mlm_name(pkgfile)
elif not repo_obj:
# Get MLHUB.yaml inside the archive file.
if utils.is_url(
location
): # Download the package file because it is not from GitHub.
utils.download_model_pkg(
location, local, pkgfile, args.quiet
)
if not args.quiet:
print("Extracting '{}' ...\n".format(pkgfile))
utils.unpack_with_promote(
local, uncompressdir, valid_name=pkgfile
)
mlhubyaml = utils.get_available_pkgyaml(
uncompressdir
) # Path to MLHUB.yaml
elif maybe_private:
identity_env = (
"GIT_SSH_COMMAND='ssh -i {}' ".format(key) if key else ""
)
command = "cd {}; {}git clone {}; cd {}; git checkout {}".format(
mlhubtmpdir,
identity_env,
repo_obj.get_ssh_clone_url(),
repo_obj.repo,
repo_obj.ref,
)
proc = subprocess.Popen(
command, shell=True, stderr=subprocess.PIPE
)
output, errors = proc.communicate()
if proc.returncode != 0:
raise utils.InstallFailedException(errors.decode("utf-8"))
if repo_obj.path:
mlhubyaml = os.path.join(uncompressdir, repo_obj.path)
else:
mlhubyaml = utils.get_available_pkgyaml(
uncompressdir
) # Path to MLHUB.yaml
if mlhubyaml is not None: # Get version number from MLHUB.yaml
entry = utils.read_mlhubyaml(mlhubyaml)
meta = entry["meta"]
model = meta["name"]
version = meta["version"]
utils.update_model_completion(
{model}
) # Update bash completion list.
# Check if model is already installed.
install_path = utils.get_package_dir(model) # Installation path
if os.path.exists(install_path):
installed_version = utils.load_description(model)["meta"][
"version"
]
# Ensure version number is string.
installed_version = str(installed_version)
version = str(version)
if StrictVersion(installed_version) > StrictVersion(version):
yes = utils.yes_or_no(
"Downgrade '{}' from version '{}' to version '{}'",
model,
installed_version,
version,
yes=True,
)
elif StrictVersion(installed_version) == StrictVersion(version):
yes = utils.yes_or_no(
"Replace '{}' version '{}' with version '{}'",
model,
installed_version,
version,
yes=True,
)
else:
yes = utils.yes_or_no(
"Upgrade '{}' from version '{}' to version '{}'",
model,
installed_version,
version,
yes=True,
)
if not yes:
# Suggest next step before exiting, as if an install has just happened.
utils.print_next_step("install", model=model)
sys.exit(0)
else:
print()
shutil.rmtree(install_path)
# Uncompress package file.
if not os.path.exists(
uncompressdir
): # Model pkg mlm or GitHub pkg has not unzipped yet.
if utils.is_url(location): # Download the package file if needed.
utils.download_model_pkg(location, local, pkgfile, args.quiet)
if not args.quiet:
print("Extracting '{}' ...\n".format(pkgfile))
utils.unpack_with_promote(local, uncompressdir, valid_name=pkgfile)
# Install package files.
#
# Because it is time-consuming to download all package files one-by-one , we
# download the whole zipball from the repo first, then re-arrange the files
# according to `dependencies` -> `files` in MLHUB.yaml if any.
# Find if any files specified in MLHUB.yaml
if (
mlhubyaml is None
): # MLM file which can obtain version number from it name.
mlhubyaml = utils.get_available_pkgyaml(uncompressdir)
entry = utils.read_mlhubyaml(mlhubyaml)
depspec = None
if "dependencies" in entry:
depspec = entry["dependencies"]
elif "dependencies" in entry["meta"]:
depspec = entry["meta"]["dependencies"]
file_spec = None
if depspec is not None and "files" in depspec:
file_spec = {"files": depspec["files"]}
elif "files" in entry:
file_spec = {"files": entry["files"]}
if (
file_spec is not None
): # install package files if they are specified in MLHUB.yaml
# MLHUB.yaml should always be at the package root.
os.mkdir(install_path)
if utils.is_url(
mlhubyaml
): # We currently only support MLHUB.yaml specified on GitHub.
if mlhubyaml.startswith("https://api"):
urllib.request.urlretrieve(
json.loads(urllib.request.urlopen(mlhubyaml).read())[
"download_url"
],
os.path.join(install_path, MLHUB_YAML),
)
else:
urllib.request.urlretrieve(
mlhubyaml, os.path.join(install_path, MLHUB_YAML)
)
else:
shutil.move(mlhubyaml, install_path)
# All package files except MLHUB.yaml should be specified in 'files' of MLHUB.yaml
try:
utils.install_file_deps(
utils.flatten_mlhubyaml_deps(file_spec)[0][1],
model,
downloadir=uncompressdir,
yes=True,
)
except utils.ModelPkgInstallationFileNotFoundException:
if os.path.exists(install_path):
shutil.rmtree(install_path)
raise
else:
# Otherwise, put all files under package dir.
# **Note** Here we must make sure <install_path> does not exist.
# Otherwise, <unzipdir> will be inside <install_path>
shutil.move(uncompressdir, install_path)
# Update bash completion list.
utils.update_command_completion(
set(utils.load_description(model)["commands"])
)
# Update working dir if any.
if args.working_dir is not None:
utils.update_working_dir(model, args.working_dir)
if not args.quiet:
# Informative message about the size of the installed model.
msg = f"Found '{model}' version {version}.\n\nInstalled '{model}' "
msg += f"into '{install_path}/' ({utils.dir_size(install_path):,} bytes)."
print(msg)
# Suggest next step. README or DOWNLOAD
utils.print_next_step("install", model=model)
def list_installed(args):
"""List the installed models."""
logger = logging.getLogger(__name__)
logger.info('List installed models.')
# Find installed models, ignoring special folders like R.
init = utils.get_init_dir()
if os.path.exists(init):
msg = " in '{}'.".format(init)
models = [
f for f in os.listdir(init) if os.path.isdir(os.path.join(init, f))
and f != "R" and not f.startswith('.') and not f.startswith('_')
]
else:
msg = ". '{}' does not exist.".format(init)
models = []
models.sort()
# Only list model names
if args.name_only:
print('\n'.join(models))
return
# Report on how many models we found installed.
mcnt = len(models)
plural = "s" if mcnt != 1 else ""
print("Found {} model{} installed{}".format(mcnt, plural, msg))
# Report on each of the installed models.
if mcnt > 0:
print("")
invalid_models = []
for p in models:
try:
entry = utils.load_description(p)
utils.print_meta_line(entry)
except (utils.DescriptionYAMLNotFoundException,
utils.MalformedYAMLException, KeyError):
mcnt -= 1
invalid_models.append(p)
continue
# Update bash completion list.
if 'commands' in entry:
utils.update_command_completion(set(entry['commands']))
invalid_mcnt = len(invalid_models)
if invalid_mcnt > 0:
print("\nOf which {} model package{} {} broken:\n".format(
invalid_mcnt, 's' if invalid_mcnt > 1 else '',
'are' if invalid_mcnt > 1 else 'is'))
print(" ====> \033[31m" + ', '.join(invalid_models) + "\033[0m")
print(utils.get_command_suggestion('remove'))
# Suggest next step.
if not args.quiet:
if mcnt > 0:
utils.print_next_step('installed', scenario='exist')
else:
utils.print_next_step('installed', scenario='none')
def list_installed(args):
"""List the installed models."""
logger = logging.getLogger(__name__)
logger.info("List installed models.")
# Find installed models, ignoring special folders like R.
init = utils.get_init_dir()
if os.path.exists(init):
msg = f" in '{init}'."
models = [
f
for f in os.listdir(init)
if os.path.isdir(os.path.join(init, f))
and f != "R"
and not f.startswith(".")
and not f.startswith("_")
]
else:
msg = f". '{init}' does not exist."
models = []
models.sort()
# Only list model names
if args.name_only:
print("\n".join(models))
return
# Report on how many models we found installed.
mcnt = len(models)
plural = "s" if mcnt != 1 else ""
print(f"Found {mcnt} model{plural} installed{msg}")
# Report on each of the installed models.
if mcnt > 0:
print("")
invalid_models = []
for p in models:
try:
entry = utils.load_description(p)
utils.print_meta_line(entry)
except (
utils.DescriptionYAMLNotFoundException,
utils.MalformedYAMLException,
KeyError,
):
mcnt -= 1
invalid_models.append(p)
continue
# Update bash completion list.
if "commands" in entry:
utils.update_command_completion(set(entry["commands"]))
invalid_mcnt = len(invalid_models)
if invalid_mcnt > 0:
print(
"\nOf which {} model package{} {} broken:\n".format(
invalid_mcnt,
"s" if invalid_mcnt > 1 else "",
"are" if invalid_mcnt > 1 else "is",
)
)
print(" ====> \033[31m" + ", ".join(invalid_models) + "\033[0m")
print(utils.get_command_suggestion("remove"))
# Suggest next step.
if not args.quiet:
if mcnt > 0:
utils.print_next_step("installed", scenario="exist")
else:
utils.print_next_step("installed", scenario="none")
