def downloadPackages(self, opts):
toDownload = []
packages = self.cmds
for pkg in packages:
toActOn = []
if not pkg or pkg[0] != '@':
pkgnames = [pkg]
else:
group_string = pkg[1:]
pkgnames = set()
for grp in self.comps.return_groups(group_string):
if 'mandatory' in self.conf.group_package_types:
pkgnames.update(grp.mandatory_packages)
if 'default' in self.conf.group_package_types:
pkgnames.update(grp.default_packages)
if 'optional' in self.conf.group_package_types:
pkgnames.update(grp.optional_packages)
if self.conf.enable_group_conditionals:
for condreq, cond in grp.conditional_packages.iteritems(
):
if self.isPackageInstalled(cond):
pkgnames.add(condreq)
if not pkgnames:
self.logger.error('No packages for group %s' %
group_string)
continue
pos = self.pkgSack.returnPackages(patterns=pkgnames)
exactmatch, matched, unmatched = parsePackages(pos, pkgnames)
installable = (exactmatch + matched)
if not installable:
try:
installable = self.returnPackagesByDep(pkg)
installable = yum.misc.unique(installable)
except yum.Errors.YumBaseError, msg:
self.logger.error(exception2msg(msg))
continue
if not installable: # doing one at a time, apart from groups
self.logger.error('No Match for argument %s' % pkg)
continue
for newpkg in installable:
toActOn.extend(_best_convert_pkg2srcpkgs(self, opts, newpkg))
if toActOn:
pkgGroups = self._groupPackages(toActOn)
for group in pkgGroups:
pkgs = pkgGroups[group]
if opts.source:
toDownload.extend(
self.bestPackagesFromList(pkgs, 'src'))
elif opts.archlist:
for arch in opts.archlist.split(','):
toDownload.extend(
self.bestPackagesFromList(pkgs, arch))
else:
toDownload.extend(self.bestPackagesFromList(pkgs))
def downloadPackages(self,opts):
toDownload = []
packages = self.cmds
for pkg in packages:
toActOn = []
if not pkg or pkg[0] != '@':
pkgnames = [pkg]
else:
group_string = pkg[1:]
pkgnames = set()
for grp in self.comps.return_groups(group_string):
if 'mandatory' in self.conf.group_package_types:
pkgnames.update(grp.mandatory_packages)
if 'default' in self.conf.group_package_types:
pkgnames.update(grp.default_packages)
if 'optional' in self.conf.group_package_types:
pkgnames.update(grp.optional_packages)
if self.conf.enable_group_conditionals:
for condreq, cond in grp.conditional_packages.iteritems():
if self.isPackageInstalled(cond):
pkgnames.add(condreq)
if not pkgnames:
self.logger.error('No packages for group %s' % group_string)
continue
pos = self.pkgSack.returnPackages(patterns=pkgnames)
exactmatch, matched, unmatched = parsePackages(pos, pkgnames)
installable = (exactmatch + matched)
if not installable:
try:
installable = self.returnPackagesByDep(pkg)
installable = yum.misc.unique(installable)
except yum.Errors.YumBaseError, msg:
self.logger.error(str(msg))
continue
if not installable: # doing one at a time, apart from groups
self.logger.error('No Match for argument %s' % pkg)
continue
for newpkg in installable:
toActOn.extend(_best_convert_pkg2srcpkgs(self, opts, newpkg))
if toActOn:
pkgGroups = self._groupPackages(toActOn)
for group in pkgGroups:
pkgs = pkgGroups[group]
if opts.source:
toDownload.extend(self.bestPackagesFromList(pkgs, 'src'))
elif opts.archlist:
for arch in opts.archlist.split(','):
toDownload.extend(self.bestPackagesFromList(pkgs, arch))
else:
toDownload.extend(self.bestPackagesFromList(pkgs))
def getDependencylist(self):
"""
Get dependency list and suggested packages for package names provided.
The dependency lookup is only one level in this case.
The package name format could be any of the following:
name, name.arch, name-ver-rel.arch, name-ver, name-ver-rel,
epoch:name-ver-rel.arch, name-epoch:ver-rel.arch
"""
ematch, match, unmatch = parsePackages(self._repostore.pkgSack, self.pkgs)
pkgs = []
for po in ematch + match:
pkgs.append(po)
results = self.__locateDeps(pkgs)
return results
def getDependencylist(self):
"""
Get dependency list and suggested packages for package names provided.
The dependency lookup is only one level in this case.
The package name format could be any of the following:
name, name.arch, name-ver-rel.arch, name-ver, name-ver-rel,
epoch:name-ver-rel.arch, name-epoch:ver-rel.arch
"""
ematch, match, _unmatch = parsePackages(self._repostore.pkgSack, self.pkgs)
pkgs = []
for po in ematch + match:
pkgs.append(po)
results = self.__locateDeps(pkgs)
return results
def posttrans_hook(conduit):
# we have provides/requires for everything
# we do not have filelists for erasures
# we have to fetch filelists for the package object for installs/updates
action_dir = conduit.confString('main','actiondir','/etc/yum/post-actions/')
action_tuples = parse_actions(action_dir, conduit)
commands_to_run = {}
ts = conduit.getTsInfo()
rpmdb = conduit.getRpmDB()
all = ts.getMembers()
removes = ts.getMembersWithState(output_states=TS_REMOVE_STATES)
installs = ts.getMembersWithState(output_states=TS_INSTALL_STATES)
updates = ts.getMembersWithState(output_states=[TS_UPDATE, TS_OBSOLETING])
for (a_k, a_s, a_c) in action_tuples:
#print 'if %s in state %s the run %s' %( a_k, a_s, a_c)
if a_s == 'update':
pkgset = updates
elif a_s == 'install':
pkgset = installs
elif a_s == 'remove':
pkgset = removes
elif a_s == 'any':
pkgset = all
else:
# no idea what this is skip it
conduit.error(2,'whaa? %s' % a_s)
continue
if a_k.startswith('/'):
if yum.misc.re_glob(a_k):
restring = fnmatch.translate(a_k)
c_string = re.compile(restring)
for txmbr in pkgset:
matched = False
thispo = txmbr.po
if txmbr.output_state in TS_INSTALL_STATES:
# thispo is AvailablePackage; filelist access could trigger download
# of the filelist. Since it's installed now, use rpmdb data instead.
thispo = _get_installed_po(rpmdb, txmbr.pkgtup)
if not yum.misc.re_glob(a_k):
if a_k in thispo.filelist + thispo.dirlist + thispo.ghostlist:
thiscommand = _convert_vars(txmbr, a_c)
commands_to_run[thiscommand] = 1
matched = True
else:
for name in thispo.filelist + thispo.dirlist + thispo.ghostlist:
if c_string.match(name):
thiscommand = _convert_vars(txmbr, a_c)
commands_to_run[thiscommand] = 1
matched = True
break
if matched:
break
continue
if a_k.find('/') == -1: # pkgspec
pkgs = [ txmbr.po for txmbr in pkgset ]
e,m,u = parsePackages(pkgs, [a_k])
if not u:
for pkg in e+m:
for txmbr in ts.getMembers(pkgtup=pkg.pkgtup):
thiscommand = _convert_vars(txmbr, a_c)
commands_to_run[thiscommand] = 1
continue
for comm in commands_to_run.keys():
try:
args = shlex.split(comm)
except ValueError, e:
conduit.error(2,"command was not parseable: %s" % comm)
continue
#try
conduit.info(2,'Running post transaction command: %s' % comm)
p = os.system(comm)
# enable the ones we like
for repo in myrepos:
repo.enable()
my._getSacks(archlist=archlist, thisrepo=repo.id)
my.doRepoSetup()
my._getSacks(archlist=archlist)
unprocessed_pkgs = {}
final_pkgs = {}
pkg_list = []
avail = my.pkgSack.returnPackages()
for item in user_pkg_list:
exactmatch, matched, unmatched = parsePackages(avail, [item])
pkg_list.extend(exactmatch)
pkg_list.extend(matched)
if opts.newest:
this_sack = ListPackageSack()
this_sack.addList(pkg_list)
pkg_list = this_sack.returnNewestByNameArch()
del this_sack
if len(pkg_list) == 0:
print >> sys.stderr, "Nothing found to download matching packages specified"
sys.exit(1)
for po in pkg_list:
unprocessed_pkgs[po.pkgtup] = po
my.logger.info("Added %s repo from %s" % (repoid, repopath))
try:
my.doRepoSetup()
my._getSacks(archlist=archlist)
except yum.Errors.RepoError, e:
my.logger.error(e)
sys.exit(1)
unprocessed_pkgs = {}
final_pkgs = {}
pkg_list = []
avail = my.pkgSack.returnPackages()
for item in user_pkg_list:
exactmatch, matched, unmatched = parsePackages(avail, [item])
pkg_list.extend(exactmatch)
pkg_list.extend(matched)
if opts.newest:
this_sack = ListPackageSack()
this_sack.addList(pkg_list)
pkg_list = this_sack.returnNewestByNameArch()
del this_sack
if len(pkg_list) == 0:
print >> sys.stderr, "Nothing found to download matching packages specified"
sys.exit(1)
for po in pkg_list:
unprocessed_pkgs[po.pkgtup] = po
def posttrans_hook(conduit):
# we have provides/requires for everything
# we do not have filelists for erasures
# we have to fetch filelists for the package object for installs/updates
action_dir = conduit.confString('main', 'actiondir',
'/etc/yum/post-actions/')
action_tuples = parse_actions(action_dir, conduit)
commands_to_run = {}
ts = conduit.getTsInfo()
rpmdb = conduit.getRpmDB()
all = ts.getMembers()
removes = ts.getMembersWithState(output_states=TS_REMOVE_STATES)
installs = ts.getMembersWithState(output_states=TS_INSTALL_STATES)
updates = ts.getMembersWithState(output_states=[TS_UPDATE, TS_OBSOLETING])
for (a_k, a_s, a_c) in action_tuples:
#print 'if %s in state %s the run %s' %( a_k, a_s, a_c)
if a_s == 'update':
pkgset = updates
elif a_s == 'install':
pkgset = installs
elif a_s == 'remove':
pkgset = removes
elif a_s == 'any':
pkgset = all
else:
# no idea what this is skip it
conduit.error(2, 'whaa? %s' % a_s)
continue
if a_k.startswith('/'):
if yum.misc.re_glob(a_k):
restring = fnmatch.translate(a_k)
c_string = re.compile(restring)
for txmbr in pkgset:
matched = False
thispo = txmbr.po
if txmbr.output_state in TS_INSTALL_STATES:
# thispo is AvailablePackage; filelist access could trigger download
# of the filelist. Since it's installed now, use rpmdb data instead.
thispo = _get_installed_po(rpmdb, txmbr.pkgtup)
if not yum.misc.re_glob(a_k):
if a_k in thispo.filelist + thispo.dirlist + thispo.ghostlist:
thiscommand = _convert_vars(txmbr, a_c)
commands_to_run[thiscommand] = 1
matched = True
else:
for name in thispo.filelist + thispo.dirlist + thispo.ghostlist:
if c_string.match(name):
thiscommand = _convert_vars(txmbr, a_c)
commands_to_run[thiscommand] = 1
matched = True
break
if matched:
break
continue
if a_k.find('/') == -1: # pkgspec
pkgs = [txmbr.po for txmbr in pkgset]
e, m, u = parsePackages(pkgs, [a_k])
if not u:
for pkg in e + m:
for txmbr in ts.getMembers(pkgtup=pkg.pkgtup):
thiscommand = _convert_vars(txmbr, a_c)
commands_to_run[thiscommand] = 1
continue
for comm in commands_to_run.keys():
try:
args = shlex.split(comm)
except ValueError, e:
conduit.error(2, "command was not parseable: %s" % comm)
continue
#try
conduit.info(2, 'Running post transaction command: %s' % comm)
p = os.system(comm)
