def __getpackageurl(package):
packagedb = inary.db.packagedb.PackageDB()
repodb = inary.db.repodb.RepoDB()
pkg = util.parse_package_name_get_name(package)
reponame = None
try:
reponame = packagedb.which_repo(pkg)
except Exception:
# Maybe this package is obsoluted from repository
for repo in repodb.get_binary_repos():
if pkg in packagedb.get_obsoletes(repo):
reponame = repo
if not reponame:
raise PackageNotFound
repourl = repodb.get_repo_url(reponame)
ctx.ui.info(
_("Package \"{0}\" found in repository \"{1}\".").format(
pkg, reponame))
# return _possible_ url for this package
return os.path.join(os.path.dirname(repourl),
util.parse_package_dir_path(package),
package)
def index(self, repo_uri, skip_sources=False):
self.repo_dir = repo_uri
packages = []
specs = []
deltas = {}
ctx.ui.info(_("* Generating index tree...\n"), color="cyan")
pkgs_sorted = False
for fn in os.walk(repo_uri).__next__()[2]:
if fn.endswith(ctx.const.delta_package_suffix) or fn.endswith(
ctx.const.package_suffix):
pkgpath = os.path.join(repo_uri,
util.parse_package_dir_path(fn))
if not os.path.isdir(pkgpath):
os.makedirs(pkgpath)
ctx.ui.info(
"{:80.80}\r".format(_(' -> Sorting: \"{}\"').format(fn)),
noln=False if ctx.config.get_option("verbose") else True)
shutil.copy2(os.path.join(repo_uri, fn), pkgpath)
os.remove(os.path.join(repo_uri, fn))
pkgs_sorted = True
if pkgs_sorted:
ctx.ui.info("{:80.80}\r".format(
util.colorize(_(' * Sorted: \"{}\"').format(fn),
color="green")))
for root, dirs, files in os.walk(repo_uri):
# Filter hidden directories
# TODO: Add --exclude-dirs parameter to CLI and filter according
# directories here
dirs[:] = [d for d in dirs if not d.startswith(".")]
for fn in files:
if fn.endswith(ctx.const.delta_package_suffix):
name = util.parse_package_name_get_name(fn)
deltas.setdefault(name, []).append(os.path.join(root, fn))
elif fn.endswith(ctx.const.package_suffix):
packages.append(os.path.join(root, fn))
if fn == 'components.xml':
self.components.extend(
add_components(os.path.join(root, fn)))
if fn == 'pspec.xml' and not skip_sources:
specs.append((os.path.join(root, fn), repo_uri))
if fn == 'distribution.xml':
self.distribution = add_distro(os.path.join(root, fn))
if fn == 'groups.xml':
self.groups.extend(add_groups(os.path.join(root, fn)))
ctx.ui.info("")
# Create a process pool, as many processes as the number of CPUs we
# have
try:
obsoletes_list = list(map(str, self.distribution.obsoletes))
except AttributeError:
obsoletes_list = []
if obsoletes_list:
ctx.ui.info(_(
" * Added obsoleted packages: [ {} ]".format(obsoletes_list)),
color="blue",
noln=False)
pool = multiprocessing.Pool()
# Before calling pool.map check if list is empty or not: python#12157
if specs:
ctx.ui.info(_(" * Adding source packages: "),
color="blue",
noln=False)
try:
# Add source packages to index using a process pool
self.specs = pool.map(add_spec, specs)
ctx.ui.info("\n")
except BaseException:
# If an exception occurs (like a keyboard interrupt),
# immediately terminate worker processes and propagate
# exception. (CLI honors KeyboardInterrupt exception, if you're
# not using CLI, you must handle KeyboardException yourself)
pool.terminate()
pool.join()
ctx.ui.info("")
raise
latest_packages = []
for pkg in util.filter_latest_packages(packages):
pkg_name = util.parse_package_name(os.path.basename(pkg))[0]
if pkg_name.endswith(ctx.const.debug_name_suffix):
pkg_name = util.remove_suffix(ctx.const.debug_name_suffix,
pkg_name)
if pkg_name not in obsoletes_list:
# Currently, multiprocessing.Pool.map method accepts methods
# with single parameters only. So we have to send our
# parameters as a tuple to workaround that
latest_packages.append((pkg, deltas, repo_uri))
# Before calling pool.map check if list is empty or not: python#12157
if latest_packages:
sorted_pkgs = {}
for pkg in latest_packages:
key = re.search(r"\/((lib)?[\d\w])\/", pkg[0])
key = key.group(1) if key else os.path.dirname(pkg[0])
try:
sorted_pkgs[key].append(pkg)
except KeyError:
sorted_pkgs[key] = [pkg]
self.packages = []
ctx.ui.info(_(" * Adding binary packages: "),
color="blue",
noln=False)
for key, pkgs in sorted(sorted_pkgs.items()):
ctx.ui.info("{:80.80}\r".format(
_(" -> Adding packages from directory \"{}\"... ".format(
key))),
noln=True)
try:
# Add binary packages to index using a process pool
self.packages.extend(pool.map(add_package, pkgs))
except BaseException:
pool.terminate()
pool.join()
ctx.ui.info("")
raise
ctx.ui.info("{:80.80}\r".format(
_(" * Adding packages from directory \"{}\"... done.".
format(key))),
color="green",
noln=False)
ctx.ui.info(_("* Writing index file."), color="blue")
pool.close()
pool.join()
def install_pkg_files(package_URIs, reinstall=False):
"""install a number of inary package files"""
installdb = inary.db.installdb.InstallDB()
ctx.ui.debug('A = {}'.format(str(package_URIs)))
for x in package_URIs:
if not x.endswith(ctx.const.package_suffix):
raise Exception(
_('Mixing file names and package names not supported yet.'))
# filter packages that are already installed
tobe_installed, already_installed = [], set()
if not reinstall:
for x in package_URIs:
pkg_name = util.parse_package_name_get_name(os.path.basename(x))
if installdb.has_package(pkg_name):
already_installed.add(pkg_name)
else:
tobe_installed.append(x)
if already_installed:
ctx.ui.warning(
_("The following package(s) are already installed "
"and are not going to be installed again:"))
ctx.ui.info(util.format_by_columns(sorted(already_installed)))
package_URIs = tobe_installed
if ctx.config.get_option('ignore_dependency'):
# simple code path then
for x in package_URIs:
atomicoperations.install_single_file(x, reinstall)
return True
# read the package information into memory first
# regardless of which distribution they come from
d_t = {}
dfn = {}
for x in package_URIs:
try:
package = inary.package.Package(x)
package.read()
except zipfile.BadZipfile:
# YALI needed to get which file is broken
raise zipfile.BadZipfile(x)
name = str(package.metadata.package.name)
d_t[name] = package.metadata.package
dfn[name] = x
# check packages' DistributionReleases and Architecture
if not ctx.get_option('ignore_check'):
for x in list(d_t.keys()):
pkg = d_t[x]
if pkg.distributionRelease > ctx.config.values.general.distribution_release:
raise Exception(
_('Package \"{0}\" is not compatible with your distribution release \'{1}\' \'{2}\'.'
).format(x, ctx.config.values.general.distribution,
ctx.config.values.general.distribution_release))
if pkg.architecture != ctx.config.values.general.architecture:
raise Exception(
_('Package \"{0}\" (\'{1}\') is not compatible with your \'{2}\' architecture.'
).format(x, pkg.architecture,
ctx.config.values.general.architecture))
def satisfiesDep(dep):
# is dependency satisfied among available packages
# or packages to be installed?
return dep.satisfied_by_installed() or dep.satisfied_by_dict_repo(d_t)
# for this case, we have to determine the dependencies
# that aren't already satisfied and try to install them
# from the repository
dep_unsatis = []
for name in list(d_t.keys()):
pkg = d_t[name]
deps = pkg.runtimeDependencies()
for dep in deps:
if not satisfiesDep(dep) and dep.package not in [
x.package for x in dep_unsatis
]:
dep_unsatis.append(dep)
# now determine if these unsatisfied dependencies could
# be satisfied by installing packages from the repo
for dep in dep_unsatis:
if not dep.satisfied_by_repo() and not ctx.config.get_option(
'ignore_satisfy'):
raise Exception(
_('External dependencies not satisfied: \"{}\", \"{}\"').
format(dep, name))
# if so, then invoke install_pkg_names
extra_packages = [x.package for x in dep_unsatis]
if extra_packages:
ctx.ui.warning(
_("The following packages will be installed "
"in order to satisfy dependencies:"))
ctx.ui.info(util.format_by_columns(sorted(extra_packages)))
if not ctx.ui.confirm(_('Would you like to continue?')):
raise Exception(_('External dependencies not satisfied.'))
install_pkg_names(extra_packages, reinstall=False, extra=False)
class PackageDB:
@staticmethod
def get_package(key, repo=None):
return d_t[str(key)]
packagedb = PackageDB()
installdb = inary.db.installdb.InstallDB()
A = list(d_t.keys())
if len(A) == 0:
ctx.ui.info(_('No packages to install.'))
return
# try to construct a inary graph of packages to
# install / reinstall
G_f = pgraph.PGraph(packagedb, installdb) # construct G_f
G_f.reinstall = reinstall
# find the "install closure" graph of G_f by package
# set A using packagedb
for x in A:
G_f.packages.append(x)
B = A
while len(B) > 0:
Bp = set()
for x in B:
pkg = packagedb.get_package(x)
G_f.add_package(x)
# for dep in pkg.runtimeDependencies():
# G_f.add_package(dep)
B = Bp
order = G_f.topological_sort()
if not ctx.get_option('ignore_package_conflicts'):
conflicts = operations.helper.check_conflicts(order, packagedb)
if conflicts:
operations.remove.remove_conflicting_packages(conflicts)
order.reverse()
ctx.ui.info(_('Installation order: ') + util.strlist(order))
if ctx.get_option('dry_run'):
return True
ctx.ui.notify(ui.packagestogo, order=order)
for x in order:
atomicoperations.install_single_file(dfn[x], reinstall)
return True