def setup_transport_and_pubs(repo_uri, remote=True):
if repo_uri.startswith("null:"):
return None, None
xport, xport_cfg = transport.setup_transport()
targ_pub = transport.setup_publisher(repo_uri, "default",
xport, xport_cfg, remote_prefix=remote)
return xport, targ_pub
def setup_transport_and_pubs(repo_uri, remote=True, ssl_key=None,
ssl_cert=None):
if repo_uri.startswith("null:"):
return None, None
xport, xport_cfg = transport.setup_transport()
targ_pub = transport.setup_publisher(repo_uri, "default",
xport, xport_cfg, remote_prefix=remote, ssl_key=ssl_key,
ssl_cert=ssl_cert)
return xport, targ_pub
def main_func():
global dry_run, tmpdir, xport, dest_xport, target_pub
dest_repo = None
source_list = []
variant_list = []
pub_list = []
use_pub_list = False
try:
opts, pargs = getopt.getopt(sys.argv[1:], "d:np:s:?",
["help"])
for opt, arg in opts:
if opt == "-d":
dest_repo = misc.parse_uri(arg)
elif opt == "-n":
dry_run = True
elif opt == "-s":
s = arg.split(",")
if len(s) < 2:
usage("-s option must specify "
"variant=value,repo_uri")
# All but last part should be variant.
src_vars = {}
for v in s[:-1]:
try:
vname, vval = v.split("=")
except ValueError:
usage("-s option must specify "
"variant=value,repo_uri")
if not vname.startswith("variant."):
vname = "variant.{0}".format(vname)
src_vars[vname] = vval
variant_list.append(src_vars)
source_list.append(publisher.RepositoryURI(
misc.parse_uri(s[-1])))
elif opt == "-p":
use_pub_list = True
pub_list.append(arg)
if opt in ("--help", "-?"):
usage(exitcode=0)
except getopt.GetoptError as e:
usage(_("illegal option -- {0}").format(e.opt))
if not source_list:
usage(_("At least one variant name, value, and package source "
"must be provided using -s."))
if not dest_repo:
usage(_("A destination package repository must be provided "
"using -d."))
# Determine the unique set of variants across all sources.
variants = set()
vcombos = collections.defaultdict(set)
for src_vars in variant_list:
for v, vval in src_vars.iteritems():
variants.add(v)
vcombos[v].add((v, vval))
# merge_fmris() expects this to be a list.
variants = list(variants)
# Require that the user specified the same variants for all sources.
for i, src_vars in enumerate(variant_list):
missing = set(v for v in variants if v not in variant_list[i])
if missing:
missing = ", ".join(missing)
source = source_list[i]
usage(_("Source {source} missing values for "
"variants: {missing}").format(**locals()))
# Require that each unique variant combination has a source.
for combo in itertools.product(*vcombos.values()):
found = False
for i, src in enumerate(source_list):
for vname, vval in combo:
if variant_list[i].get(vname,
None) != vval:
found = False
break
else:
found = True
break
if not found:
combo = " ".join(
"{0}={1}".format(vname, vval)
for vname, vval in combo
)
usage(_("No source was specified for variant "
"combination {combo}.").format(**locals()))
# initialize transport
# we use a single endpoint for now, since the transport code
# uses publisher as a unique key... so we just flop the repo
# list as needed to access the different catalogs/manifests/files.
temp_root = misc.config_temp_root()
tmpdir = tempfile.mkdtemp(dir=temp_root, prefix="pkgmerge")
xport, xport_cfg = transport.setup_transport()
xport_cfg.incoming_root = tmpdir
# we don't use the publisher returned by setup_publisher, as that only
# returns one of the publishers in source_list. Instead we use
# xport_cfg to access all publishers.
transport.setup_publisher(source_list,
"pkgmerge", xport, xport_cfg, remote_prefix=True)
cat_dir = tempfile.mkdtemp(dir=tmpdir)
# we must have at least one matching publisher if -p was used.
known_pubs = set([pub.prefix for pub in xport_cfg.gen_publishers()])
if pub_list and len(set(pub_list).intersection(known_pubs)) == 0:
error(_("no publishers from source repositories match "
"the given -p options."))
errors = set()
tracker = get_tracker()
# iterate over all publishers in our source repositories. If errors
# are encountered for a given publisher, we accumulate those, and
# skip to the next publisher.
for pub in xport_cfg.gen_publishers():
if use_pub_list:
if pub.prefix not in pub_list:
continue
else:
# remove publishers from pub_list as we go, so
# that when we're finished, any remaining
# publishers in pub_list suggest superfluous
# -p options, which will cause us to exit with
# an error.
pub_list.remove(pub.prefix)
pub.meta_root = cat_dir
pub.transport = xport
# Use separate transport for destination repository in case
# source and destination have identical publisher configuration.
dest_xport, dest_xport_cfg = transport.setup_transport()
dest_xport_cfg.incoming_root = tmpdir
# retrieve catalogs for all specified repositories
for s in source_list:
load_catalog(s, pub)
# determine the list of packages we'll be processing
if not pargs:
# use the latest versions and merge everything
fmri_arguments = list(set(
name
for s in source_list
for name in get_all_pkg_names(s)
))
exclude_args = []
else:
fmri_arguments = [
f
for f in pargs
if not f.startswith("!")
]
exclude_args = [
f[1:]
for f in pargs
if f.startswith("!")
]
# build fmris to be merged
masterlist = [
build_merge_list(fmri_arguments, exclude_args,
catalog_dict[s.uri])
for s in source_list
]
# check for unmatched patterns
in_none = reduce(lambda x, y: x & y,
(set(u) for d, u in masterlist))
if in_none:
errors.add(
_("The following pattern(s) did not match any "
"packages in any of the specified repositories for "
"publisher {pub_name}:"
"\n{patterns}").format(patterns="\n".join(in_none),
pub_name=pub.prefi))
continue
# generate set of all package names to be processed, and dict
# of lists indexed by order in source_list; if that repo has no
# fmri for this pkg then use None.
allpkgs = set(name for d, u in masterlist for name in d)
processdict = {}
for p in allpkgs:
for d, u in masterlist:
processdict.setdefault(p, []).append(
d.setdefault(p, None))
# check to make sure all fmris are at same version modulo
# timestamp
for entry in processdict:
if len(set([
str(a).rsplit(":")[0]
for a in processdict[entry]
if a is not None
])) > 1:
errors.add(
_("fmris matching the following patterns do"
" not have matching versions across all "
"repositories for publisher {pubs}: "
"{patterns}").format(pub=pub.prefix,
patterns=processdict[entry]))
continue
# we're ready to merge
if not dry_run:
target_pub = transport.setup_publisher(dest_repo,
pub.prefix, dest_xport, dest_xport_cfg,
remote_prefix=True)
else:
target_pub = None
tracker.republish_set_goal(len(processdict), 0, 0)
# republish packages for this publisher. If we encounter any
# publication errors, we move on to the next publisher.
try:
pkg_tmpdir = tempfile.mkdtemp(dir=tmpdir)
republish_packages(pub, target_pub,
processdict, source_list, variant_list, variants,
tracker, xport, dest_repo, dest_xport, pkg_tmpdir,
dry_run=dry_run)
except (trans.TransactionError, PkgmergeException) as e:
errors.add(str(e))
tracker.reset()
continue
finally:
# if we're handling an exception, this still gets called
# in spite of the 'continue' that the handler ends with.
if os.path.exists(pkg_tmpdir):
shutil.rmtree(pkg_tmpdir)
tracker.republish_done(dryrun=dry_run)
tracker.reset()
# If -p options were supplied, we should have processed all of them
# by now. Remaining entries suggest -p options that were not merged.
if use_pub_list and pub_list:
errors.add(_("the following publishers were not found in "
"source repositories: {0}").format(" ".join(pub_list)))
# If we have encountered errors for some publishers, print them now
# and exit.
tracker.flush()
for message in errors:
error(message, exitcode=None)
if errors:
exit(EXIT_OOPS)
return EXIT_OK
def main_func():
global temp_root, repo_modified, repo_finished, repo_uri, tracker
global dry_run
global_settings.client_name = PKG_CLIENT_NAME
try:
opts, pargs = getopt.getopt(sys.argv[1:], "?c:i:np:r:s:u", ["help"])
except getopt.GetoptError as e:
usage(_("illegal option -- {0}").format(e.opt))
dry_run = False
ref_repo_uri = None
repo_uri = os.getenv("PKG_REPO", None)
changes = set()
ignores = set()
publishers = set()
cmp_policy = CMP_ALL
processed_pubs = 0
for opt, arg in opts:
if opt == "-c":
changes.add(arg)
elif opt == "-i":
ignores.add(arg)
elif opt == "-n":
dry_run = True
elif opt == "-p":
publishers.add(arg)
elif opt == "-r":
ref_repo_uri = misc.parse_uri(arg)
elif opt == "-s":
repo_uri = misc.parse_uri(arg)
elif opt == "-u":
cmp_policy = CMP_UNSIGNED
elif opt == "-?" or opt == "--help":
usage(retcode=pkgdefs.EXIT_OK)
if pargs:
usage(_("Unexpected argument(s): {0}").format(" ".join(pargs)))
if not repo_uri:
usage(_("A target repository must be provided."))
if not ref_repo_uri:
usage(_("A reference repository must be provided."))
target = publisher.RepositoryURI(misc.parse_uri(repo_uri))
if target.scheme != "file":
abort(err=_("Target repository must be filesystem-based."))
try:
target_repo = sr.Repository(read_only=dry_run,
root=target.get_pathname())
except sr.RepositoryError as e:
abort(str(e))
# Use the tmp directory in target repo for efficient file rename since
# files are in the same file system.
temp_root = target_repo.temp_root
if not os.path.exists(temp_root):
os.makedirs(temp_root)
ref_incoming_dir = tempfile.mkdtemp(dir=temp_root)
ref_pkg_root = tempfile.mkdtemp(dir=temp_root)
ref_xport, ref_xport_cfg = transport.setup_transport()
ref_xport_cfg.incoming_root = ref_incoming_dir
ref_xport_cfg.pkg_root = ref_pkg_root
transport.setup_publisher(ref_repo_uri,
"ref",
ref_xport,
ref_xport_cfg,
remote_prefix=True)
ref_repo = None
ref = publisher.RepositoryURI(misc.parse_uri(ref_repo_uri))
if ref.scheme == "file":
try:
ref_repo = sr.Repository(read_only=dry_run,
root=ref.get_pathname())
except sr.RepositoryError as e:
abort(str(e))
tracker = get_tracker()
for pub in target_repo.publishers:
if publishers and pub not in publishers \
and '*' not in publishers:
continue
msg(_("Processing packages for publisher {0} ...").format(pub))
# Find the matching pub in the ref repo.
for ref_pub in ref_xport_cfg.gen_publishers():
if ref_pub.prefix == pub:
found = True
break
else:
txt = _("Publisher {0} not found in reference "
"repository.").format(pub)
if publishers:
abort(err=txt)
else:
txt += _(" Skipping.")
msg(txt)
continue
processed_pubs += 1
rev = do_reversion(pub, ref_pub, target_repo, ref_xport, changes,
ignores, cmp_policy, ref_repo, ref, ref_xport_cfg)
# Only rebuild catalog if anything got actually reversioned.
if rev and not dry_run:
msg(_("Rebuilding repository catalog."))
target_repo.rebuild(pub=pub)
repo_finished = True
ret = pkgdefs.EXIT_OK
if processed_pubs == 0:
msg(_("No matching publishers could be found."))
ret = pkgdefs.EXIT_OOPS
cleanup()
return ret
def main_func():
global_settings.client_name = "pkgsign"
try:
opts, pargs = getopt.getopt(sys.argv[1:], "a:c:i:k:ns:D:",
["help", "no-index", "no-catalog"])
except getopt.GetoptError as e:
usage(_("illegal global option -- {0}").format(e.opt))
show_usage = False
sig_alg = "rsa-sha256"
cert_path = None
key_path = None
chain_certs = []
add_to_catalog = True
set_alg = False
dry_run = False
repo_uri = os.getenv("PKG_REPO", None)
for opt, arg in opts:
if opt == "-a":
sig_alg = arg
set_alg = True
elif opt == "-c":
cert_path = os.path.abspath(arg)
if not os.path.isfile(cert_path):
usage(_("{0} was expected to be a certificate "
"but isn't a file.").format(cert_path))
elif opt == "-i":
p = os.path.abspath(arg)
if not os.path.isfile(p):
usage(_("{0} was expected to be a certificate "
"but isn't a file.").format(p))
chain_certs.append(p)
elif opt == "-k":
key_path = os.path.abspath(arg)
if not os.path.isfile(key_path):
usage(_("{0} was expected to be a key file "
"but isn't a file.").format(key_path))
elif opt == "-n":
dry_run = True
elif opt == "-s":
repo_uri = misc.parse_uri(arg)
elif opt == "--help":
show_usage = True
elif opt == "--no-catalog":
add_to_catalog = False
elif opt == "-D":
try:
key, value = arg.split("=", 1)
DebugValues.set_value(key, value)
except (AttributeError, ValueError):
error(_("{opt} takes argument of form "
"name=value, not {arg}").format(
opt=opt, arg=arg))
if show_usage:
usage(retcode=EXIT_OK)
if not repo_uri:
usage(_("a repository must be provided"))
if key_path and not cert_path:
usage(_("If a key is given to sign with, its associated "
"certificate must be given."))
if cert_path and not key_path:
usage(_("If a certificate is given, its associated key must be "
"given."))
if chain_certs and not cert_path:
usage(_("Intermediate certificates are only valid if a key "
"and certificate are also provided."))
if not pargs:
usage(_("At least one fmri or pattern must be provided to "
"sign."))
if not set_alg and not key_path:
sig_alg = "sha256"
s, h = actions.signature.SignatureAction.decompose_sig_alg(sig_alg)
if h is None:
usage(_("{0} is not a recognized signature algorithm.").format(
sig_alg))
if s and not key_path:
usage(_("Using {0} as the signature algorithm requires that a "
"key and certificate pair be presented using the -k and -c "
"options.").format(sig_alg))
if not s and key_path:
usage(_("The {0} hash algorithm does not use a key or "
"certificate. Do not use the -k or -c options with this "
"algorithm.").format(sig_alg))
if DebugValues:
reload(digest)
errors = []
t = misc.config_temp_root()
temp_root = tempfile.mkdtemp(dir=t)
del t
cache_dir = tempfile.mkdtemp(dir=temp_root)
incoming_dir = tempfile.mkdtemp(dir=temp_root)
chash_dir = tempfile.mkdtemp(dir=temp_root)
cert_dir = tempfile.mkdtemp(dir=temp_root)
try:
chain_certs = [
__make_tmp_cert(cert_dir, c) for c in chain_certs
]
if cert_path is not None:
cert_path = __make_tmp_cert(cert_dir, cert_path)
xport, xport_cfg = transport.setup_transport()
xport_cfg.add_cache(cache_dir, readonly=False)
xport_cfg.incoming_root = incoming_dir
# Configure publisher(s)
transport.setup_publisher(repo_uri, "source", xport,
xport_cfg, remote_prefix=True)
pats = pargs
successful_publish = False
concrete_fmris = []
unmatched_pats = set(pats)
all_pats = frozenset(pats)
get_all_pubs = False
pub_prefs = set()
# Gather the publishers whose catalogs will be needed.
for pat in pats:
try:
p_obj = fmri.MatchingPkgFmri(pat)
except fmri.IllegalMatchingFmri as e:
errors.append(e)
continue
pub_prefix = p_obj.get_publisher()
if pub_prefix:
pub_prefs.add(pub_prefix)
else:
get_all_pubs = True
# Check each publisher for matches to our patterns.
for p in xport_cfg.gen_publishers():
if not get_all_pubs and p.prefix not in pub_prefs:
continue
cat = fetch_catalog(p, xport, temp_root)
ms, tmp1, u = cat.get_matching_fmris(pats)
# Find which patterns matched.
matched_pats = all_pats - u
# Remove those patterns from the unmatched set.
unmatched_pats -= matched_pats
for v_list in ms.values():
concrete_fmris.extend([(v, p) for v in v_list])
if unmatched_pats:
raise api_errors.PackageMatchErrors(
unmatched_fmris=unmatched_pats)
for pfmri, src_pub in sorted(set(concrete_fmris)):
try:
# Get the existing manifest for the package to
# be signed.
m_str = xport.get_manifest(pfmri,
content_only=True, pub=src_pub)
m = manifest.Manifest()
m.set_content(content=m_str)
# Construct the base signature action.
attrs = { "algorithm": sig_alg }
a = actions.signature.SignatureAction(cert_path,
**attrs)
a.hash = cert_path
# Add the action to the manifest to be signed
# since the action signs itself.
m.add_action(a, misc.EmptyI)
# Set the signature value and certificate
# information for the signature action.
a.set_signature(m.gen_actions(),
key_path=key_path, chain_paths=chain_certs,
chash_dir=chash_dir)
# The hash of 'a' is currently a path, we need
# to find the hash of that file to allow
# comparison to existing signatures.
hsh = None
if cert_path:
# Action identity still uses the 'hash'
# member of the action, so we need to
# stay with the sha1 hash.
hsh, _dummy = \
misc.get_data_digest(cert_path,
hash_func=hashlib.sha1)
# Check whether the signature about to be added
# is identical, or almost identical, to existing
# signatures on the package. Because 'a' has
# already been added to the manifest, it is
# generated by gen_actions_by_type, so the cnt
# must be 2 or higher to be an issue.
cnt = 0
almost_identical = False
for a2 in m.gen_actions_by_type("signature"):
try:
if a.identical(a2, hsh):
cnt += 1
except api_errors.AlmostIdentical as e:
e.pkg = pfmri
errors.append(e)
almost_identical = True
if almost_identical:
continue
if cnt == 2:
continue
elif cnt > 2:
raise api_errors.DuplicateSignaturesAlreadyExist(pfmri)
assert cnt == 1, "Cnt was:{0}".format(cnt)
if not dry_run:
# Append the finished signature action
# to the published manifest.
t = trans.Transaction(repo_uri,
pkg_name=str(pfmri), xport=xport,
pub=src_pub)
try:
t.append()
t.add(a)
for c in chain_certs:
t.add_file(c)
t.close(add_to_catalog=
add_to_catalog)
except:
if t.trans_id:
t.close(abandon=True)
raise
msg(_("Signed {0}").format(pfmri.get_fmri(
include_build=False)))
successful_publish = True
except (api_errors.ApiException, fmri.FmriError,
trans.TransactionError) as e:
errors.append(e)
if errors:
error("\n".join([str(e) for e in errors]))
if successful_publish:
return EXIT_PARTIAL
else:
return EXIT_OOPS
return EXIT_OK
except api_errors.ApiException as e:
error(e)
return EXIT_OOPS
finally:
shutil.rmtree(temp_root)
basedir = os.getcwd()
incomingdir = os.path.normpath(
os.path.join(basedir, "incoming-%d" % os.getpid()))
os.makedirs(incomingdir)
tmpdirs.append(incomingdir)
server_list = [
publisher.RepositoryURI(v.split(",", 1)[1]) for v in varlist
]
xport, xport_cfg = transport.setup_transport()
xport_cfg.incoming_root = incomingdir
pub = transport.setup_publisher(server_list,
"merge",
xport,
xport_cfg,
remote_prefix=True)
if len(pargs) == 1:
recursive = False
overall_set = set()
for s in server_list:
for name in get_all_pkg_names(s):
overall_set.add(name)
fmri_arguments = list(overall_set)
else:
fmri_arguments = pargs[1:]
if not pargs:
def transfer_pkgs(pargs, target, list_newest, all_versions, all_timestamps,
keep_compressed, raw, recursive, dry_run, dest_xport_cfg, src_uri):
"""Retrieve source package data and optionally republish it as each
package is retrieved.
"""
global cache_dir, download_start, xport, xport_cfg, dest_xport, targ_pub
any_unmatched = []
any_matched = []
invalid_manifests = []
total_processed = 0
for src_pub in xport_cfg.gen_publishers():
tracker = get_tracker()
if list_newest:
# Make sure the prog tracker knows we're doing a listing
# operation so that it suppresses irrelevant output.
tracker.set_purpose(tracker.PURPOSE_LISTING)
if pargs or len(pargs) > 0:
usage(_("--newest takes no options"))
src_cat = fetch_catalog(src_pub, tracker,
xport, False)
for f in src_cat.fmris(ordered=True, last=True):
msg(f.get_fmri())
continue
msg(_("Processing packages for publisher %s ...") %
src_pub.prefix)
if pargs == None or len(pargs) == 0:
usage(_("must specify at least one pkgfmri"))
republish = False
if not raw:
basedir = tempfile.mkdtemp(dir=temp_root,
prefix=global_settings.client_name + "-")
tmpdirs.append(basedir)
republish = True
# Turn target into a valid URI.
target = misc.parse_uri(target)
# Setup target for transport.
targ_pub = transport.setup_publisher(target,
src_pub.prefix, dest_xport, dest_xport_cfg)
# Files have to be decompressed for republishing.
keep_compressed = False
if target.startswith("file://"):
# Check to see if the repository exists first.
try:
t = trans.Transaction(target,
xport=dest_xport, pub=targ_pub)
except trans.TransactionRepositoryInvalidError, e:
txt = str(e) + "\n\n"
txt += _("To create a repository, use "
"the pkgrepo command.")
abort(err=txt)
except trans.TransactionRepositoryConfigError, e:
txt = str(e) + "\n\n"
txt += _("The repository configuration "
"for the repository located at "
"'%s' is not valid or the "
"specified path does not exist. "
"Please correct the configuration "
"of the repository or create a new "
"one.") % target
abort(err=txt)
except trans.TransactionError, e:
abort(err=e)
# Create transport and transport config
xport, xport_cfg = transport.setup_transport()
xport_cfg.add_cache(cache_dir, readonly=False)
xport_cfg.incoming_root = incoming_dir
# Since publication destinations may only have one repository configured
# per publisher, create destination as separate transport in case source
# and destination have identical publisher configuration but different
# repository endpoints.
dest_xport, dest_xport_cfg = transport.setup_transport()
dest_xport_cfg.add_cache(cache_dir, readonly=False)
dest_xport_cfg.incoming_root = incoming_dir
# Configure src publisher(s).
transport.setup_publisher(src_uri, "source", xport, xport_cfg,
remote_prefix=True, ssl_key=key, ssl_cert=cert)
args = (pargs, target, list_newest, all_versions,
all_timestamps, keep_compressed, raw, recursive, dry_run,
dest_xport_cfg, src_uri)
if archive:
# Retrieving package data for archival requires a different mode
# of operation so gets its own routine. Notably, it requires
# that all package data be retrieved before the archival process
# is started.
return archive_pkgs(*args)
# Normal package transfer allows operations on a per-package basis.
return transfer_pkgs(*args)
"combination %(combo)s.") % locals())
# initialize transport
# we use a single endpoint for now, since the transport code
# uses publisher as a unique key... so we just flop the repo
# list as needed to access the different catalogs/manifests/files.
temp_root = misc.config_temp_root()
tmpdir = tempfile.mkdtemp(dir=temp_root, prefix="pkgmerge")
xport, xport_cfg = transport.setup_transport()
xport_cfg.incoming_root = tmpdir
# we don't use the publisher returned by setup_publisher, as that only
# returns one of the publishers in source_list. Instead we use
# xport_cfg to access all publishers.
transport.setup_publisher(source_list,
"pkgmerge", xport, xport_cfg, remote_prefix=True)
cat_dir = tempfile.mkdtemp(dir=tmpdir)
# we must have at least one matching publisher if -p was used.
known_pubs = set([pub.prefix for pub in xport_cfg.gen_publishers()])
if pub_list and len(set(pub_list).intersection(known_pubs)) == 0:
error(_("no publishers from source repositories match "
"the given -p options."))
errors = set()
tracker = get_tracker()
# iterate over all publishers in our source repositories. If errors
# are encountered for a given publisher, we accumulate those, and
# skip to the next publisher.
for pub in xport_cfg.gen_publishers():
chash_dir = tempfile.mkdtemp(dir=temp_root)
cert_dir = tempfile.mkdtemp(dir=temp_root)
try:
chain_certs = [
__make_tmp_cert(cert_dir, c) for c in chain_certs
]
if cert_path is not None:
cert_path = __make_tmp_cert(cert_dir, cert_path)
xport, xport_cfg = transport.setup_transport()
xport_cfg.add_cache(cache_dir, readonly=False)
xport_cfg.incoming_root = incoming_dir
# Configure publisher(s)
transport.setup_publisher(repo_uri, "source", xport,
xport_cfg, remote_prefix=True)
pats = pargs
successful_publish = False
concrete_fmris = []
unmatched_pats = set(pats)
all_pats = frozenset(pats)
get_all_pubs = False
pub_prefs = set()
# Gather the publishers whose catalogs will be needed.
for pat in pats:
try:
p_obj = fmri.MatchingPkgFmri(pat)
except fmri.IllegalMatchingFmri, e:
errors.append(e)
continue
