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# base.py - the base classes etc. for a Python interface to bugzilla
#
# Copyright (C) 2007, 2008, 2009, 2010 Red Hat Inc.
# Author: Will Woods <wwoods@redhat.com>
#
# This work is licensed under the GNU GPLv2 or later.
# See the COPYING file in the top-level directory.
import collections
import getpass
import locale
from logging import getLogger
import mimetypes
import os
import sys
import urllib.parse
from io import BytesIO
from ._authfiles import _BugzillaRCFile, _BugzillaTokenCache
from .apiversion import __version__
from ._backendrest import _BackendREST
from ._backendxmlrpc import _BackendXMLRPC
from .bug import Bug, Group, User
from .exceptions import BugzillaError
from ._rhconverters import _RHBugzillaConverters
from ._session import _BugzillaSession
from ._util import listify
log = getLogger(__name__)
def _nested_update(d, u):
# Helper for nested dict update()
for k, v in list(u.items()):
if isinstance(v, collections.abc.Mapping):
d[k] = _nested_update(d.get(k, {}), v)
else:
d[k] = v
return d
class _FieldAlias(object):
"""
Track API attribute names that differ from what we expose in users.
For example, originally 'short_desc' was the name of the property that
maps to 'summary' on modern bugzilla. We want pre-existing API users
to be able to continue to use Bug.short_desc, and
query({"short_desc": "foo"}). This class tracks that mapping.
@oldname: The old attribute name
@newname: The modern attribute name
@is_api: If True, use this mapping for values sent to the xmlrpc API
(like the query example)
@is_bug: If True, use this mapping for Bug attribute names.
"""
def __init__(self, newname, oldname, is_api=True, is_bug=True):
self.newname = newname
self.oldname = oldname
self.is_api = is_api
self.is_bug = is_bug
class _BugzillaAPICache(object):
"""
Helper class that holds cached API results for things like products,
components, etc.
"""
def __init__(self):
self.products = []
self.component_names = {}
self.bugfields = []
self.version_raw = None
self.version_parsed = (0, 0)
class Bugzilla(object):
"""
The main API object. Connects to a bugzilla instance over XMLRPC, and
provides wrapper functions to simplify dealing with API calls.
The most common invocation here will just be with just a URL:
bzapi = Bugzilla("http://bugzilla.example.com")
If you have previously logged into that URL, and have cached login
tokens, you will automatically be logged in. Otherwise to
log in, you can either pass auth options to __init__, or call a login
helper like interactive_login().
If you are not logged in, you won't be able to access restricted data like
user email, or perform write actions like bug create/update. But simple
querys will work correctly.
If you are unsure if you are logged in, you can check the .logged_in
property.
Another way to specify auth credentials is via a 'bugzillarc' file.
See readconfig() documentation for details.
"""
@staticmethod
def url_to_query(url):
"""
Given a big huge bugzilla query URL, returns a query dict that can
be passed along to the Bugzilla.query() method.
"""
q = {}
# pylint: disable=unpacking-non-sequence
(ignore1, ignore2, path,
ignore, query, ignore3) = urllib.parse.urlparse(url)
base = os.path.basename(path)
if base not in ('buglist.cgi', 'query.cgi'):
return {}
for (k, v) in urllib.parse.parse_qsl(query):
if k not in q:
q[k] = v
elif isinstance(q[k], list):
q[k].append(v)
else:
oldv = q[k]
q[k] = [oldv, v]
# Handle saved searches
if base == "buglist.cgi" and "namedcmd" in q and "sharer_id" in q:
q = {
"sharer_id": q["sharer_id"],
"savedsearch": q["namedcmd"],
}
return q
@staticmethod
def fix_url(url, force_rest=False):
"""
Turn passed url into a bugzilla XMLRPC web url
:param force_rest: If True, generate a REST API url
"""
(scheme, netloc, path,
params, query, fragment) = urllib.parse.urlparse(url)
if not scheme:
scheme = 'https'
if path and not netloc:
netloc = path.split("/", 1)[0]
path = "/".join(path.split("/")[1:]) or None
if not path:
path = 'xmlrpc.cgi'
if force_rest:
path = "rest/"
newurl = urllib.parse.urlunparse(
(scheme, netloc, path, params, query, fragment))
return newurl
@staticmethod
def get_rcfile_default_url():
"""
Helper to check all the default bugzillarc file paths for
a [DEFAULT] url=X section, and if found, return it.
"""
configpaths = _BugzillaRCFile.get_default_configpaths()
rcfile = _BugzillaRCFile()
rcfile.set_configpaths(configpaths)
return rcfile.get_default_url()
def __init__(self, url=-1, user=None, password=None, cookiefile=-1,
sslverify=True, tokenfile=-1, use_creds=True, api_key=None,
cert=None, configpaths=-1,
force_rest=False, force_xmlrpc=False, requests_session=None):
"""
:param url: The bugzilla instance URL, which we will connect
to immediately. Most users will want to specify this at
__init__ time, but you can defer connecting by passing
url=None and calling connect(URL) manually
:param user: optional username to connect with
:param password: optional password for the connecting user
:param cert: optional certificate file for client side certificate
authentication
:param cookiefile: Deprecated, raises an error if not -1 or None
:param sslverify: Set this to False to skip SSL hostname and CA
validation checks, like out of date certificate
:param tokenfile: Location to cache the API login token so youi
don't have to keep specifying username/password.
If -1, use the default path. If None, don't use
or save any tokenfile.
:param use_creds: If False, this disables tokenfile
and configpaths by default. This is a convenience option to
unset those values at init time. If those values are later
changed, they may be used for future operations.
:param sslverify: Maps to 'requests' sslverify parameter. Set to
False to disable SSL verification, but it can also be a path
to file or directory for custom certs.
:param api_key: A bugzilla5+ API key
:param configpaths: A list of possible bugzillarc locations.
:param force_rest: Force use of the REST API
:param force_xmlrpc: Force use of the XMLRPC API. If neither force_X
parameter are specified, heuristics will be used to determine
which API to use, with XMLRPC preferred for back compatability.
:param requests_session: An optional requests.Session object the
API will use to contact the remote bugzilla instance. This
way the API user can set up whatever auth bits they may need.
"""
if url == -1:
raise TypeError("Specify a valid bugzilla url, or pass url=None")
# Settings the user might want to tweak
self.user = user or ''
self.password = password or ''
self.api_key = api_key
self.cert = cert or None
self.url = ''
self._backend = None
self._session = None
self._user_requests_session = requests_session
self._sslverify = sslverify
self._cache = _BugzillaAPICache()
self._bug_autorefresh = False
self._is_redhat_bugzilla = False
self._rcfile = _BugzillaRCFile()
self._tokencache = _BugzillaTokenCache()
self._force_rest = force_rest
self._force_xmlrpc = force_xmlrpc
if cookiefile not in [None, -1]:
raise TypeError("cookiefile is deprecated, don't pass any value.")
if not use_creds:
tokenfile = None
configpaths = []
if tokenfile == -1:
tokenfile = self._tokencache.get_default_path()
if configpaths == -1:
configpaths = _BugzillaRCFile.get_default_configpaths()
self._settokenfile(tokenfile)
self._setconfigpath(configpaths)
if url:
self.connect(url)
def _detect_is_redhat_bugzilla(self):
if self._is_redhat_bugzilla:
return True
match = ".redhat.com"
if match in self.url:
log.info("Using RHBugzilla for URL containing %s", match)
return True
return False
def _init_class_from_url(self):
"""
Detect if we should use RHBugzilla class, and if so, set it
"""
from .oldclasses import RHBugzilla # pylint: disable=cyclic-import
if not self._detect_is_redhat_bugzilla():
return
self._is_redhat_bugzilla = True
if self.__class__ == Bugzilla:
# Overriding the class doesn't have any functional effect,
# but we continue to do it for API back compat incase anyone
# is doing any class comparison. We should drop this in the future
self.__class__ = RHBugzilla
def _get_field_aliases(self):
# List of field aliases. Maps old style RHBZ parameter
# names to actual upstream values. Used for createbug() and
# query include_fields at least.
ret = []
def _add(*args, **kwargs):
ret.append(_FieldAlias(*args, **kwargs))
def _add_both(newname, origname):
_add(newname, origname, is_api=False)
_add(origname, newname, is_bug=False)
_add('summary', 'short_desc')
_add('description', 'comment')
_add('platform', 'rep_platform')
_add('severity', 'bug_severity')
_add('status', 'bug_status')
_add('id', 'bug_id')
_add('blocks', 'blockedby')
_add('blocks', 'blocked')
_add('depends_on', 'dependson')
_add('creator', 'reporter')
_add('url', 'bug_file_loc')
_add('dupe_of', 'dupe_id')
_add('dupe_of', 'dup_id')
_add('comments', 'longdescs')
_add('creation_time', 'opendate')
_add('creation_time', 'creation_ts')
_add('whiteboard', 'status_whiteboard')
_add('last_change_time', 'delta_ts')
if self._is_redhat_bugzilla:
_add_both('fixed_in', 'cf_fixed_in')
_add_both('qa_whiteboard', 'cf_qa_whiteboard')
_add_both('devel_whiteboard', 'cf_devel_whiteboard')
_add_both('internal_whiteboard', 'cf_internal_whiteboard')
_add('component', 'components', is_bug=False)
_add('version', 'versions', is_bug=False)
# Yes, sub_components is the field name the API expects
_add('sub_components', 'sub_component', is_bug=False)
# flags format isn't exactly the same but it's the closest approx
_add('flags', 'flag_types')
return ret
def _get_user_agent(self):
return 'python-bugzilla/%s' % __version__
user_agent = property(_get_user_agent)
@property
def bz_ver_major(self):
return self._cache.version_parsed[0]
@property
def bz_ver_minor(self):
return self._cache.version_parsed[1]
###################
# Private helpers #
###################
def _get_version(self):
"""
Return version number as a float
"""
return float("%d.%d" % (self.bz_ver_major, self.bz_ver_minor))
def _get_bug_aliases(self):
return [(f.newname, f.oldname)
for f in self._get_field_aliases() if f.is_bug]
def _get_api_aliases(self):
return [(f.newname, f.oldname)
for f in self._get_field_aliases() if f.is_api]
#################
# Auth handling #
#################
def _getcookiefile(self):
return None
cookiefile = property(_getcookiefile)
def _gettokenfile(self):
return self._tokencache.get_filename()
def _settokenfile(self, filename):
self._tokencache.set_filename(filename)
def _deltokenfile(self):
self._settokenfile(None)
tokenfile = property(_gettokenfile, _settokenfile, _deltokenfile)
def _getconfigpath(self):
return self._rcfile.get_configpaths()
def _setconfigpath(self, configpaths):
return self._rcfile.set_configpaths(configpaths)
def _delconfigpath(self):
return self._rcfile.set_configpaths(None)
configpath = property(_getconfigpath, _setconfigpath, _delconfigpath)
#############################
# Login/connection handling #
#############################
def readconfig(self, configpath=None, overwrite=True):
"""
:param configpath: Optional bugzillarc path to read, instead of
the default list.
This function is called automatically from Bugzilla connect(), which
is called at __init__ if a URL is passed. Calling it manually is
just for passing in a non-standard configpath.
The locations for the bugzillarc file are preferred in this order:
~/.config/python-bugzilla/bugzillarc
~/.bugzillarc
/etc/bugzillarc
It has content like:
[bugzilla.yoursite.com]
user = username
password = password
Or
[bugzilla.yoursite.com]
api_key = key
The file can have multiple sections for different bugzilla instances.
A 'url' field in the [DEFAULT] section can be used to set a default
URL for the bugzilla command line tool.
Be sure to set appropriate permissions on bugzillarc if you choose to
store your password in it!
:param overwrite: If True, bugzillarc will clobber any already
set self.user/password/api_key/cert value.
"""
if configpath:
self._setconfigpath(configpath)
data = self._rcfile.parse(self.url)
for key, val in data.items():
if key == "api_key" and (overwrite or not self.api_key):
log.debug("bugzillarc: setting api_key")
self.api_key = val
elif key == "user" and (overwrite or not self.user):
log.debug("bugzillarc: setting user=%s", val)
self.user = val
elif key == "password" and (overwrite or not self.password):
log.debug("bugzillarc: setting password")
self.password = val
elif key == "cert" and (overwrite or not self.cert):
log.debug("bugzillarc: setting cert")
self.cert = val
else:
log.debug("bugzillarc: unknown key=%s", key)
def _set_bz_version(self, version):
self._cache.version_raw = version
try:
major, minor = [int(i) for i in version.split(".")[0:2]]
except Exception:
log.debug("version doesn't match expected format X.Y.Z, "
"assuming 5.0", exc_info=True)
major = 5
minor = 0
self._cache.version_parsed = (major, minor)
def _get_backend_class(self, url): # pragma: no cover
# This is a hook for the test suite to do some mock hackery
if self._force_rest and self._force_xmlrpc:
raise BugzillaError(
"Cannot specify both force_rest and force_xmlrpc")
xmlurl = self.fix_url(url)
if self._force_xmlrpc:
return _BackendXMLRPC, xmlurl
resturl = self.fix_url(url, force_rest=self._force_rest)
if self._force_rest:
return _BackendREST, resturl
# Simple heuristic if the original url has a path in it
if "/xmlrpc" in url:
return _BackendXMLRPC, xmlurl
if "/rest" in url:
return _BackendREST, resturl
# We were passed something like bugzilla.example.com but we
# aren't sure which method to use, try probing
if _BackendXMLRPC.probe(xmlurl):
return _BackendXMLRPC, xmlurl
if _BackendREST.probe(resturl):
return _BackendREST, resturl
# Otherwise fallback to XMLRPC default and let it fail
return _BackendXMLRPC, xmlurl
def connect(self, url=None):
"""
Connect to the bugzilla instance with the given url. This is
called by __init__ if a URL is passed. Or it can be called manually
at any time with a passed URL.
This will also read any available config files (see readconfig()),
which may set 'user' and 'password', and others.
If 'user' and 'password' are both set, we'll run login(). Otherwise
you'll have to login() yourself before some methods will work.
"""
if self._session:
self.disconnect()
url = url or self.url
backendclass, newurl = self._get_backend_class(url)
if url != newurl:
log.debug("Converted url=%s to fixed url=%s", url, newurl)
self.url = newurl
log.debug("Connecting with URL %s", self.url)
# we've changed URLs - reload config
self.readconfig(overwrite=False)
# Detect if connecting to redhat bugzilla
self._init_class_from_url()
self._session = _BugzillaSession(self.url, self.user_agent,
sslverify=self._sslverify,
cert=self.cert,
tokencache=self._tokencache,
api_key=self.api_key,
is_redhat_bugzilla=self._is_redhat_bugzilla,
requests_session=self._user_requests_session)
self._backend = backendclass(self.url, self._session)
if (self.user and self.password):
log.info("user and password present - doing login()")
self.login()
if self.api_key:
log.debug("using API key")
version = self._backend.bugzilla_version()["version"]
log.debug("Bugzilla version string: %s", version)
self._set_bz_version(version)
@property
def _proxy(self):
"""
Return an xmlrpc ServerProxy instance that will work seamlessly
with bugzilla
Some apps have historically accessed _proxy directly, like
fedora infrastrucutre pieces. So we consider it part of the API
"""
return self._backend.get_xmlrpc_proxy()
def is_xmlrpc(self):
"""
:returns: True if using the XMLRPC API
"""
return self._backend.is_xmlrpc()
def is_rest(self):
"""
:returns: True if using the REST API
"""
return self._backend.is_rest()
def get_requests_session(self):
"""
Give API users access to the Requests.session object we use for
talking to the remote bugzilla instance.
:returns: The Requests.session object backing the open connection.
"""
return self._session.get_requests_session()
def disconnect(self):
"""
Disconnect from the given bugzilla instance.
"""
self._backend = None
self._session = None
self._cache = _BugzillaAPICache()
def login(self, user=None, password=None, restrict_login=None):
"""
Attempt to log in using the given username and password. Subsequent
method calls will use this username and password. Returns False if
login fails, otherwise returns some kind of login info - typically
either a numeric userid, or a dict of user info.
If user is not set, the value of Bugzilla.user will be used. If *that*
is not set, ValueError will be raised. If login fails, BugzillaError
will be raised.
The login session can be restricted to current user IP address
with restrict_login argument. (Bugzilla 4.4+)
This method will be called implicitly at the end of connect() if user
and password are both set. So under most circumstances you won't need
to call this yourself.
"""
if self.api_key:
raise ValueError("cannot login when using an API key")
if user:
self.user = user
if password:
self.password = password
if not self.user:
raise ValueError("missing username")
if not self.password:
raise ValueError("missing password")
payload = {"login": self.user}
if restrict_login:
payload['restrict_login'] = True
log.debug("logging in with options %s", str(payload))
payload['password'] = self.password
try:
ret = self._backend.user_login(payload)
self.password = ''
log.info("login succeeded for user=%s", self.user)
if "token" in ret:
self._tokencache.set_value(self.url, ret["token"])
return ret
except Exception as e:
log.debug("Login exception: %s", str(e), exc_info=True)
raise BugzillaError("Login failed: %s" %
BugzillaError.get_bugzilla_error_string(e)) from None
def interactive_save_api_key(self):
"""
Helper method to interactively ask for an API key, verify it
is valid, and save it to a bugzillarc file referenced via
self.configpaths
"""
sys.stdout.write('API Key: ')
sys.stdout.flush()
api_key = sys.stdin.readline().strip()
self.disconnect()
self.api_key = api_key
log.info('Checking API key... ')
self.connect()
if not self.logged_in: # pragma: no cover
raise BugzillaError("Login with API_KEY failed")
log.info('API Key accepted')
wrote_filename = self._rcfile.save_api_key(self.url, self.api_key)
log.info("API key written to filename=%s", wrote_filename)
msg = "Login successful."
if wrote_filename:
msg += " API key written to %s" % wrote_filename
print(msg)
def interactive_login(self, user=None, password=None, force=False,
restrict_login=None):
"""
Helper method to handle login for this bugzilla instance.
:param user: bugzilla username. If not specified, prompt for it.
:param password: bugzilla password. If not specified, prompt for it.
:param force: Unused
:param restrict_login: restricts session to IP address
"""
ignore = force
log.debug('Calling interactive_login')
if not user:
sys.stdout.write('Bugzilla Username: ')
sys.stdout.flush()
user = sys.stdin.readline().strip()
if not password:
password = getpass.getpass('Bugzilla Password: ')
log.info('Logging in... ')
out = self.login(user, password, restrict_login)
msg = "Login successful."
if "token" not in out:
msg += " However no token was returned."
else:
if not self.tokenfile:
msg += " Token not saved to disk."
else:
msg += " Token cache saved to %s" % self.tokenfile
if self._get_version() >= 5.0:
msg += "\nToken usage is deprecated. "
msg += "Consider using bugzilla API keys instead. "
msg += "See `man bugzilla` for more details."
print(msg)
def logout(self):
"""
Log out of bugzilla. Drops server connection and user info, and
destroys authentication cache
"""
self._backend.user_logout()
self.disconnect()
self.user = ''
self.password = ''
@property
def logged_in(self):
"""
This is True if this instance is logged in else False.
We test if this session is authenticated by calling the User.get()
XMLRPC method with ids set. Logged-out users cannot pass the 'ids'
parameter and will result in a 505 error. If we tried to login with a
token, but the token was incorrect or expired, the server returns a
32000 error.
For Bugzilla 5 and later, a new method, User.valid_login is available
to test the validity of the token. However, this will require that the
username be cached along with the token in order to work effectively in
all scenarios and is not currently used. For more information, refer to
the following url.
http://bugzilla.readthedocs.org/en/latest/api/core/v1/user.html#valid-login
"""
try:
self._backend.user_get({"ids": [1]})
return True
except Exception as e:
code = BugzillaError.get_bugzilla_error_code(e)
if code in [505, 32000]:
return False
raise e
######################
# Bugfields querying #
######################
def getbugfields(self, force_refresh=False, names=None):
"""
Calls getBugFields, which returns a list of fields in each bug
for this bugzilla instance. This can be used to set the list of attrs
on the Bug object.
:param force_refresh: If True, overwrite the bugfield cache
with these newly checked values.
:param names: Only check for the passed bug field names
"""
def _fieldnames():
data = {"include_fields": ["name"]}
if names:
data["names"] = names
r = self._backend.bug_fields(data)
return [f['name'] for f in r['fields']]
if force_refresh or not self._cache.bugfields:
log.debug("Refreshing bugfields")
self._cache.bugfields = _fieldnames()
self._cache.bugfields.sort()
log.debug("bugfields = %s", self._cache.bugfields)
return self._cache.bugfields
bugfields = property(fget=lambda self: self.getbugfields(),
fdel=lambda self: setattr(self, '_bugfields', None))
####################
# Product querying #
####################
def product_get(self, ids=None, names=None,
include_fields=None, exclude_fields=None,
ptype=None):
"""
Raw wrapper around Product.get
https://bugzilla.readthedocs.io/en/latest/api/core/v1/product.html#get-product
This does not perform any caching like other product API calls.
If ids, names, or ptype is not specified, we default to
ptype=accessible for historical reasons
@ids: List of product IDs to lookup
@names: List of product names to lookup
@ptype: Either 'accessible', 'selectable', or 'enterable'. If
specified, we return data for all those
@include_fields: Only include these fields in the output
@exclude_fields: Do not include these fields in the output
"""
if ids is None and names is None and ptype is None:
ptype = "accessible"
if ptype:
raw = None
if ptype == "accessible":
raw = self._backend.product_get_accessible()
elif ptype == "enterable":
raw = self._backend.product_get_enterable()
elif ptype == "selectable":
raw = self._backend.product_get_selectable()
if raw is None:
raise RuntimeError("Unknown ptype=%s" % ptype)
ids = raw['ids']
log.debug("For ptype=%s found ids=%s", ptype, ids)
kwargs = {}
if ids:
kwargs["ids"] = listify(ids)
if names:
kwargs["names"] = listify(names)
if include_fields:
kwargs["include_fields"] = include_fields
if exclude_fields:
kwargs["exclude_fields"] = exclude_fields
ret = self._backend.product_get(kwargs)
return ret['products']
def refresh_products(self, **kwargs):
"""
Refresh a product's cached info. Basically calls product_get
with the passed arguments, and tries to intelligently update
our product cache.
For example, if we already have cached info for product=foo,
and you pass in names=["bar", "baz"], the new cache will have
info for products foo, bar, baz. Individual product fields are
also updated.
"""
for product in self.product_get(**kwargs):
updated = False
for current in self._cache.products[:]:
if (current.get("id", -1) != product.get("id", -2) and
current.get("name", -1) != product.get("name", -2)):
continue
_nested_update(current, product)
updated = True
break
if not updated:
self._cache.products.append(product)
def getproducts(self, force_refresh=False, **kwargs):
"""
Query all products and return the raw dict info. Takes all the
same arguments as product_get.
On first invocation this will contact bugzilla and internally
cache the results. Subsequent getproducts calls or accesses to
self.products will return this cached data only.
:param force_refresh: force refreshing via refresh_products()
"""
if force_refresh or not self._cache.products:
self.refresh_products(**kwargs)
return self._cache.products
products = property(
fget=lambda self: self.getproducts(),
fdel=lambda self: setattr(self, '_products', None),
doc="Helper for accessing the products cache. If nothing "
"has been cached yet, this calls getproducts()")
#######################
# components querying #
#######################
def _lookup_product_in_cache(self, productname):
prodstr = isinstance(productname, str) and productname or None
prodint = isinstance(productname, int) and productname or None
for proddict in self._cache.products:
if prodstr == proddict.get("name", -1):
return proddict
if prodint == proddict.get("id", "nope"):
return proddict
return {}
def getcomponentsdetails(self, product, force_refresh=False):
"""
Wrapper around Product.get(include_fields=["components"]),
returning only the "components" data for the requested product,
slightly reworked to a dict mapping of components.name: components,
for historical reasons.
This uses the product cache, but will update it if the product
isn't found or "components" isn't cached for the product.
In cases like bugzilla.redhat.com where there are tons of
components for some products, this API will time out. You
should use product_get instead.
"""
proddict = self._lookup_product_in_cache(product)
if (force_refresh or not proddict or "components" not in proddict):
self.refresh_products(names=[product],
include_fields=["name", "id", "components"])
proddict = self._lookup_product_in_cache(product)
ret = {}
for compdict in proddict["components"]:
ret[compdict["name"]] = compdict
return ret
def getcomponentdetails(self, product, component, force_refresh=False):
"""
Helper for accessing a single component's info. This is a wrapper
around getcomponentsdetails, see that for explanation
"""
d = self.getcomponentsdetails(product, force_refresh)
return d[component]
def getcomponents(self, product, force_refresh=False):
"""
Return a list of component names for the passed product.
On first invocation the value is cached, and subsequent calls
will return the cached data.
:param force_refresh: Force refreshing the cache, and return
the new data
"""
proddict = self._lookup_product_in_cache(product)
product_id = proddict.get("id", None)
if (force_refresh or product_id is None or
"components" not in proddict):
self.refresh_products(
names=[product],
include_fields=["name", "id", "components.name"])
proddict = self._lookup_product_in_cache(product)
if "id" not in proddict:
raise BugzillaError("Product '%s' not found" % product)
product_id = proddict["id"]
if product_id not in self._cache.component_names:
names = []
for comp in proddict.get("components", []):
name = comp.get("name")
if name:
names.append(name)
self._cache.component_names[product_id] = names
return self._cache.component_names[product_id]
############################
# component adding/editing #
############################
def _component_data_convert(self, data, update=False):
# Back compat for the old RH interface
convert_fields = [
("initialowner", "default_assignee"),
("initialqacontact", "default_qa_contact"),
("initialcclist", "default_cc"),
]
for old, new in convert_fields:
if old in data:
data[new] = data.pop(old)
if update:
names = {"product": data.pop("product"),
"component": data.pop("component")}
updates = {}
for k in list(data.keys()):
updates[k] = data.pop(k)
data["names"] = [names]
data["updates"] = updates
def addcomponent(self, data):
"""
A method to create a component in Bugzilla. Takes a dict, with the
following elements:
product: The product to create the component in
component: The name of the component to create
description: A one sentence summary of the component
default_assignee: The bugzilla login (email address) of the initial
owner of the component
default_qa_contact (optional): The bugzilla login of the
initial QA contact
default_cc: (optional) The initial list of users to be CC'ed on
new bugs for the component.
is_active: (optional) If False, the component is hidden from
the component list when filing new bugs.
"""
data = data.copy()
self._component_data_convert(data)
return self._backend.component_create(data)
def editcomponent(self, data):
"""
A method to edit a component in Bugzilla. Takes a dict, with
mandatory elements of product. component, and initialowner.
All other elements are optional and use the same names as the
addcomponent() method.
"""
data = data.copy()
self._component_data_convert(data, update=True)
return self._backend.component_update(data)
###################
# getbug* methods #
###################
def _process_include_fields(self, include_fields, exclude_fields,
extra_fields):
"""
You can’t perform that action at this time.