def getBinaryPackageDescriptions(results,
use_names=False,
max_title_length=50):
"""Return a dict of descriptions keyed by package name.
See sourcepackage.py:getSourcePackageDescriptions, which is analogous.
"""
if len(list(results)) < 1:
return {}
if use_names:
clause = ("BinaryPackageName.name in %s" %
sqlvalues([pn.name for pn in results]))
else:
clause = ("BinaryPackageName.id in %s" %
sqlvalues([bpn.id for bpn in results]))
descriptions = {}
releases = BinaryPackageRelease.select(
"""BinaryPackageRelease.binarypackagename =
BinaryPackageName.id AND
%s""" % clause,
clauseTables=["BinaryPackageRelease", "BinaryPackageName"],
orderBy=["-BinaryPackageRelease.datecreated"])
for release in releases:
binarypackagename = release.binarypackagename.name
if binarypackagename not in descriptions:
description = release.description.strip().replace("\n", " ")
if len(description) > max_title_length:
description = (release.description[:max_title_length] + "...")
descriptions[binarypackagename] = description
return descriptions
def getBinaryPackageDescriptions(results, use_names=False,
max_title_length=50):
"""Return a dict of descriptions keyed by package name.
See sourcepackage.py:getSourcePackageDescriptions, which is analogous.
"""
if len(list(results)) < 1:
return {}
if use_names:
clause = ("BinaryPackageName.name in %s" %
sqlvalues([pn.name for pn in results]))
else:
clause = ("BinaryPackageName.id in %s" %
sqlvalues([bpn.id for bpn in results]))
descriptions = {}
releases = BinaryPackageRelease.select(
"""BinaryPackageRelease.binarypackagename =
BinaryPackageName.id AND
%s""" % clause,
clauseTables=["BinaryPackageRelease", "BinaryPackageName"],
orderBy=["-BinaryPackageRelease.datecreated"])
for release in releases:
binarypackagename = release.binarypackagename.name
if binarypackagename not in descriptions:
description = release.description.strip().replace("\n", " ")
if len(description) > max_title_length:
description = (release.description[:max_title_length]
+ "...")
descriptions[binarypackagename] = description
return descriptions
def binarypackages(self):
"""See `IBuild`."""
return BinaryPackageRelease.select("""
BinaryPackageRelease.build = %s AND
BinaryPackageRelease.binarypackagename = BinaryPackageName.id
""" % sqlvalues(self),
clauseTables=["BinaryPackageName"],
orderBy=["BinaryPackageName.name", "BinaryPackageRelease.id"],
prejoins=["binarypackagename", "component", "section"])
def createBinaryPackage(self, bin, srcpkg, distroarchinfo, archtag):
"""Create a new binarypackage."""
fdir, fname = os.path.split(bin.filename)
to_upload = check_not_in_librarian(fname, bin.archive_root, fdir)
fname, path = to_upload[0]
componentID = self.distro_handler.getComponentByName(bin.component).id
sectionID = self.distro_handler.ensureSection(bin.section).id
architecturespecific = (bin.architecture != "all")
bin_name = getUtility(IBinaryPackageNameSet).ensure(bin.package)
build = self.ensureBuild(bin, srcpkg, distroarchinfo, archtag)
# Create the binarypackage entry on lp db.
binpkg = BinaryPackageRelease(
binarypackagename=bin_name.id,
component=componentID,
version=bin.version,
description=bin.description,
summary=bin.summary,
build=build.id,
binpackageformat=getBinaryPackageFormat(bin.filename),
section=sectionID,
priority=prioritymap[bin.priority],
shlibdeps=bin.shlibs,
depends=bin.depends,
suggests=bin.suggests,
recommends=bin.recommends,
conflicts=bin.conflicts,
replaces=bin.replaces,
provides=bin.provides,
pre_depends=bin.pre_depends,
enhances=bin.enhances,
breaks=bin.breaks,
essential=bin.essential,
installedsize=bin.installed_size,
architecturespecific=architecturespecific,
)
log.info('Binary Package Release %s (%s) created' %
(bin_name.name, bin.version))
alias = getLibraryAlias(path, fname)
BinaryPackageFile(binarypackagerelease=binpkg.id,
libraryfile=alias,
filetype=determine_binary_file_type(fname))
log.info('Package file %s included into library' % fname)
# Return the binarypackage object.
return binpkg
def checkBin(self, binarypackagedata, distroarchinfo):
"""Returns a binarypackage -- if it exists."""
try:
binaryname = BinaryPackageName.byName(binarypackagedata.package)
except SQLObjectNotFound:
# If the binary package's name doesn't exist, don't even
# bother looking for a binary package.
return None
version = binarypackagedata.version
architecture = binarypackagedata.architecture
clauseTables = [
"BinaryPackageRelease", "DistroSeries", "BinaryPackageBuild",
"DistroArchSeries"
]
distroseries = distroarchinfo['distroarchseries'].distroseries
# When looking for binaries, we need to remember that they are
# shared between distribution releases, so match on the
# distribution and the architecture tag of the distroarchseries
# they were built for
query = (
"BinaryPackageRelease.binarypackagename=%s AND "
"BinaryPackageRelease.version=%s AND "
"BinaryPackageRelease.build = BinaryPackageBuild.id AND "
"BinaryPackageBuild.distro_arch_series = DistroArchSeries.id AND "
"DistroArchSeries.distroseries = DistroSeries.id AND "
"DistroSeries.distribution = %d" %
(binaryname.id, quote(version), distroseries.distribution.id))
if architecture != "all":
query += ("AND DistroArchSeries.architecturetag = %s" %
quote(architecture))
try:
bpr = BinaryPackageRelease.selectOne(query,
clauseTables=clauseTables)
except SQLObjectMoreThanOneResultError:
# XXX kiko 2005-10-27: Untested
raise MultiplePackageReleaseError(
"Found more than one "
"entry for %s (%s) for %s in %s" %
(binaryname.name, version, architecture,
distroseries.distribution.name))
return bpr
def checkBin(self, binarypackagedata, distroarchinfo):
"""Returns a binarypackage -- if it exists."""
try:
binaryname = BinaryPackageName.byName(binarypackagedata.package)
except SQLObjectNotFound:
# If the binary package's name doesn't exist, don't even
# bother looking for a binary package.
return None
version = binarypackagedata.version
architecture = binarypackagedata.architecture
clauseTables = ["BinaryPackageRelease", "DistroSeries",
"BinaryPackageBuild", "DistroArchSeries"]
distroseries = distroarchinfo['distroarchseries'].distroseries
# When looking for binaries, we need to remember that they are
# shared between distribution releases, so match on the
# distribution and the architecture tag of the distroarchseries
# they were built for
query = (
"BinaryPackageRelease.binarypackagename=%s AND "
"BinaryPackageRelease.version=%s AND "
"BinaryPackageRelease.build = BinaryPackageBuild.id AND "
"BinaryPackageBuild.distro_arch_series = DistroArchSeries.id AND "
"DistroArchSeries.distroseries = DistroSeries.id AND "
"DistroSeries.distribution = %d" %
(binaryname.id, quote(version), distroseries.distribution.id))
if architecture != "all":
query += ("AND DistroArchSeries.architecturetag = %s" %
quote(architecture))
try:
bpr = BinaryPackageRelease.selectOne(
query, clauseTables=clauseTables)
except SQLObjectMoreThanOneResultError:
# XXX kiko 2005-10-27: Untested
raise MultiplePackageReleaseError("Found more than one "
"entry for %s (%s) for %s in %s" %
(binaryname.name, version, architecture,
distroseries.distribution.name))
return bpr
def _update(cls, distro, sourcepackagename, archive, log):
"""Update cached source package details.
Update cache details for a given ISourcePackageName, including
generated binarypackage names, summary and description fti.
'log' is required and only prints debug level information.
"""
# Get the set of published sourcepackage releases.
sprs = list(SourcePackageRelease.select("""
SourcePackageRelease.id =
SourcePackagePublishingHistory.sourcepackagerelease AND
SourcePackagePublishingHistory.sourcepackagename = %s AND
SourcePackagePublishingHistory.distroseries =
DistroSeries.id AND
DistroSeries.distribution = %s AND
SourcePackagePublishingHistory.archive = %s AND
SourcePackagePublishingHistory.dateremoved is NULL
""" % sqlvalues(sourcepackagename, distro, archive),
orderBy='id',
clauseTables=['SourcePackagePublishingHistory', 'DistroSeries'],
distinct=True))
if len(sprs) == 0:
log.debug("No sources releases found.")
return
# Find or create the cache entry.
cache = DistributionSourcePackageCache.selectOne("""
distribution = %s AND
archive = %s AND
sourcepackagename = %s
""" % sqlvalues(distro, archive, sourcepackagename))
if cache is None:
log.debug("Creating new source cache entry.")
cache = DistributionSourcePackageCache(
archive=archive,
distribution=distro,
sourcepackagename=sourcepackagename)
# Make sure the name is correct.
cache.name = sourcepackagename.name
# Get the sets of binary package names, summaries, descriptions.
# XXX Julian 2007-04-03:
# This bit of code needs fixing up, it is doing stuff that
# really needs to be done in SQL, such as sorting and uniqueness.
# This would also improve the performance.
binpkgnames = set()
binpkgsummaries = set()
binpkgdescriptions = set()
sprchangelog = set()
for spr in sprs:
log.debug("Considering source version %s" % spr.version)
# changelog may be empty, in which case we don't want to add it
# to the set as the join would fail below.
if spr.changelog_entry is not None:
sprchangelog.add(spr.changelog_entry)
binpkgs = BinaryPackageRelease.select("""
BinaryPackageRelease.build = BinaryPackageBuild.id AND
BinaryPackageBuild.source_package_release = %s
""" % sqlvalues(spr.id),
clauseTables=['BinaryPackageBuild'])
for binpkg in binpkgs:
log.debug("Considering binary '%s'" % binpkg.name)
binpkgnames.add(binpkg.name)
binpkgsummaries.add(binpkg.summary)
binpkgdescriptions.add(binpkg.description)
# Update the caches.
cache.binpkgnames = ' '.join(sorted(binpkgnames))
cache.binpkgsummaries = ' '.join(sorted(binpkgsummaries))
cache.binpkgdescriptions = ' '.join(sorted(binpkgdescriptions))
cache.changelog = ' '.join(sorted(sprchangelog))
