def _load_config(self):
portdir_overlay = []
for repo_name in sorted(self.repo_dirs):
path = self.repo_dirs[repo_name]
if path != self.portdir:
portdir_overlay.append(path)
env = {
"ACCEPT_KEYWORDS": "x86",
"DISTDIR" : self.distdir,
"PKGDIR": os.path.join(self.eroot, "usr/portage/packages"),
"PORTDIR": self.portdir,
"PORTDIR_OVERLAY": " ".join(portdir_overlay),
'PORTAGE_TMPDIR' : os.path.join(self.eroot, 'var/tmp'),
}
if os.environ.get("SANDBOX_ON") == "1":
# avoid problems from nested sandbox instances
env["FEATURES"] = "-sandbox"
# Pass along PORTAGE_USERNAME and PORTAGE_GRPNAME since they
# need to be inherited by ebuild subprocesses.
if 'PORTAGE_USERNAME' in os.environ:
env['PORTAGE_USERNAME'] = os.environ['PORTAGE_USERNAME']
if 'PORTAGE_GRPNAME' in os.environ:
env['PORTAGE_GRPNAME'] = os.environ['PORTAGE_GRPNAME']
trees = portage.create_trees(env=env, eprefix=self.eprefix)
for root, root_trees in trees.items():
settings = root_trees["vartree"].settings
settings._init_dirs()
setconfig = load_default_config(settings, root_trees)
root_trees["root_config"] = RootConfig(settings, root_trees, setconfig)
return settings, trees
def _load_config(self):
create_trees_kwargs = {}
if self.target_root != os.sep:
create_trees_kwargs["target_root"] = self.target_root
env = {
"PORTAGE_REPOSITORIES":
"\n".join("[%s]\n%s" % (
repo_name,
"\n".join("%s = %s" % (k, v) for k, v in repo_config.items()),
) for repo_name, repo_config in self._repositories.items())
}
if self.debug:
env["PORTAGE_DEBUG"] = "1"
trees = portage.create_trees(env=env,
eprefix=self.eprefix,
**create_trees_kwargs)
for root, root_trees in trees.items():
settings = root_trees["vartree"].settings
settings._init_dirs()
setconfig = load_default_config(settings, root_trees)
root_trees["root_config"] = RootConfig(settings, root_trees,
setconfig)
return trees[trees._target_eroot]["vartree"].settings, trees
def _load_config(self):
env = {
"ACCEPT_KEYWORDS": "x86",
"PORTDIR": self.portdir,
'PORTAGE_TMPDIR' : os.path.join(self.eroot, 'var/tmp'),
}
# Pass along PORTAGE_USERNAME and PORTAGE_GRPNAME since they
# need to be inherited by ebuild subprocesses.
if 'PORTAGE_USERNAME' in os.environ:
env['PORTAGE_USERNAME'] = os.environ['PORTAGE_USERNAME']
if 'PORTAGE_GRPNAME' in os.environ:
env['PORTAGE_GRPNAME'] = os.environ['PORTAGE_GRPNAME']
settings = config(_eprefix=self.eprefix, env=env)
settings.lock()
trees = {
self.root: {
"vartree": vartree(settings=settings),
"porttree": portagetree(self.root, settings=settings),
"bintree": binarytree(self.root,
os.path.join(self.eroot, "usr/portage/packages"),
settings=settings)
}
}
for root, root_trees in trees.items():
settings = root_trees["vartree"].settings
settings._init_dirs()
setconfig = load_default_config(settings, root_trees)
root_trees["root_config"] = RootConfig(settings, root_trees, setconfig)
return settings, trees
def __init__(self):
self.invalid = []
self.not_installed = []
self.okay = []
from portage._sets import load_default_config
setconfig = load_default_config(portage.settings,
portage.db[portage.settings['EROOT']])
self._sets = setconfig.getSets()
def __init__(self): self.invalid = [] self.not_installed = [] self.okay = [] from portage._sets import load_default_config setconfig = load_default_config(portage.settings, portage.db[portage.settings['EROOT']]) self._sets = setconfig.getSets()
def _load_config(self):
create_trees_kwargs = {}
if self.target_root != os.sep:
create_trees_kwargs["target_root"] = self.target_root
trees = portage.create_trees(env={}, eprefix=self.eprefix,
**create_trees_kwargs)
for root, root_trees in trees.items():
settings = root_trees["vartree"].settings
settings._init_dirs()
setconfig = load_default_config(settings, root_trees)
root_trees["root_config"] = RootConfig(settings, root_trees, setconfig)
return trees[trees._target_eroot]["vartree"].settings, trees
def _load_config(self):
create_trees_kwargs = {}
if self.target_root != os.sep:
create_trees_kwargs["target_root"] = self.target_root
env = {
"PORTAGE_REPOSITORIES": "\n".join("[%s]\n%s" % (repo_name, "\n".join("%s = %s" % (k, v) for k, v in repo_config.items())) for repo_name, repo_config in self._repositories.items())
}
trees = portage.create_trees(env=env, eprefix=self.eprefix,
**create_trees_kwargs)
for root, root_trees in trees.items():
settings = root_trees["vartree"].settings
settings._init_dirs()
setconfig = load_default_config(settings, root_trees)
root_trees["root_config"] = RootConfig(settings, root_trees, setconfig)
return trees[trees._target_eroot]["vartree"].settings, trees
def _load_config(self):
portdir_overlay = []
for repo_name in sorted(self.repo_dirs):
path = self.repo_dirs[repo_name]
if path != self.portdir:
portdir_overlay.append(path)
env = {
"ACCEPT_KEYWORDS": "x86",
"DISTDIR": self.distdir,
"PKGDIR": self.pkgdir,
"PORTDIR": self.portdir,
"PORTDIR_OVERLAY": " ".join(portdir_overlay),
'PORTAGE_TMPDIR': os.path.join(self.eroot, 'var/tmp'),
}
if os.environ.get("NOCOLOR"):
env["NOCOLOR"] = os.environ["NOCOLOR"]
if os.environ.get("SANDBOX_ON") == "1":
# avoid problems from nested sandbox instances
env["FEATURES"] = "-sandbox"
# Pass along PORTAGE_USERNAME and PORTAGE_GRPNAME since they
# need to be inherited by ebuild subprocesses.
if 'PORTAGE_USERNAME' in os.environ:
env['PORTAGE_USERNAME'] = os.environ['PORTAGE_USERNAME']
if 'PORTAGE_GRPNAME' in os.environ:
env['PORTAGE_GRPNAME'] = os.environ['PORTAGE_GRPNAME']
trees = portage.create_trees(env=env, eprefix=self.eprefix)
for root, root_trees in trees.items():
settings = root_trees["vartree"].settings
settings._init_dirs()
setconfig = load_default_config(settings, root_trees)
root_trees["root_config"] = RootConfig(settings, root_trees,
setconfig)
return settings, trees
def world(self) -> typing.List[str]:
"""
Packages currently enabled via @world set
Get the list of packages listed in the @world set. The atoms
present in the result are returned as plain package names.
Return an empty list if there is no @world set.
"""
setconf = load_default_config(self.dbapi.settings, self.tree)
ret = set()
for x in setconf.getSetAtoms('world'):
m = self.vdb.dep_bestmatch(x)
if not m:
# skip uninstalled packages
continue
repo, = self.vdb.dbapi.aux_get(m, ['repository'])
if repo and repo != 'gentoo':
# skip packages from other repositories
continue
ret.add(x.cp)
return sorted(ret)
def _load_config(self):
env = {
"ACCEPT_KEYWORDS": "x86",
"PORTDIR": self.portdir,
'PORTAGE_TMPDIR': os.path.join(self.eroot, 'var/tmp'),
}
# Pass along PORTAGE_USERNAME and PORTAGE_GRPNAME since they
# need to be inherited by ebuild subprocesses.
if 'PORTAGE_USERNAME' in os.environ:
env['PORTAGE_USERNAME'] = os.environ['PORTAGE_USERNAME']
if 'PORTAGE_GRPNAME' in os.environ:
env['PORTAGE_GRPNAME'] = os.environ['PORTAGE_GRPNAME']
settings = config(_eprefix=self.eprefix, env=env)
settings.lock()
trees = {
self.root: {
"vartree":
vartree(settings=settings),
"porttree":
portagetree(self.root, settings=settings),
"bintree":
binarytree(self.root,
os.path.join(self.eroot, "usr/portage/packages"),
settings=settings)
}
}
for root, root_trees in trees.items():
settings = root_trees["vartree"].settings
settings._init_dirs()
setconfig = load_default_config(settings, root_trees)
root_trees["root_config"] = RootConfig(settings, root_trees,
setconfig)
return settings, trees
def get_set(set_name='world', recursive=True):
"""
Returns a dictionary containing the given set and all of its
atoms/subsets. If recursive is True, this is done recursively.
"""
eroot = portage.settings["EROOT"]
trees = portage.db[eroot]
vartree = trees["vartree"]
settings = vartree.settings
setconfig = load_default_config(settings=settings, trees=trees)
setconfig._parse()
# selected sets (includes at least the 'selected' set):
selected_sets = dict()
def _include_set(s, recursive=True):
if s in selected_sets:
return
if s not in setconfig.psets:
raise Exception("Non existent set: " + s)
atoms = setconfig.psets[s].getAtoms()
nonatoms = setconfig.psets[s].getNonAtoms()
# atoms and nonatoms for each set:
selected_sets[s] = list(atoms.union(nonatoms))
# (use a list so that it's JSON serializable by default)
# recursevely add any sets included by the current set:
if recursive:
subsets = [x[len(SETPREFIX):] for x in nonatoms if x.startswith(SETPREFIX)]
map(_include_set, subsets)
_include_set(set_name, recursive=recursive)
return selected_sets
def _run_builder(self, dirs_cleanup_queue):
"""
This method is called by _run and executes the whole package build
logic, including constraints validation given by argv parameters.
NOTE: negative errors indicate warnings that can be skipped.
"""
if self._packages:
first_package = self._packages[0]
else:
first_package = "_empty_"
log_dir = mkdtemp(prefix="matter_build.",
suffix="." + first_package.replace("/", "_").lstrip("<>=~"))
dirs_cleanup_queue.append(log_dir)
emerge_settings, emerge_trees, mtimedb = self._emerge_config
# reset settings to original state, variables will be reconfigured
# while others may remain saved due to backup_changes().
emerge_settings.unlock()
emerge_settings.reset()
emerge_settings.lock()
# Setup stable/unstable keywords, must be done on
# emerge_settings bacause the reference is spread everywhere
# in emerge_trees.
# This is not thread-safe, but Portage isn't either, so
# who cares!
# ACCEPT_KEYWORDS is not saved and reset every time by the
# reset() call above.
portdb = emerge_trees[emerge_settings["ROOT"]]["porttree"].dbapi
self._setup_keywords(portdb, emerge_settings)
portdb.freeze()
vardb = emerge_trees[emerge_settings["ROOT"]]["vartree"].dbapi
vardb.settings.unlock()
vardb.settings["PORT_LOGDIR"] = log_dir
vardb.settings.backup_changes("PORT_LOGDIR")
vardb.settings.lock()
# Load the most current variables from /etc/profile.env, which
# has been re-generated by the env-update call in _run()
emerge_settings.unlock()
emerge_settings.reload()
emerge_settings.regenerate()
emerge_settings.lock()
sets = self._get_sets_mod() # can be None
sets_conf = None
if sets is not None:
sets_conf = sets.load_default_config(
emerge_settings,
emerge_trees[emerge_settings["ROOT"]])
packages = []
# execute basic, pre-graph generation filters against each
# package dependency in self._packages.
# This is just fast pruning of obvious obviousness.
for package in self._packages:
expanded_pkgs = []
# package sets support
if package.startswith("@") and sets_conf:
try:
set_pkgs = sets_conf.getSetAtoms(package[1:])
expanded_pkgs.extend(sorted(set_pkgs))
except sets.PackageSetNotFound:
# make it fail, add set directly
expanded_pkgs.append(package)
else:
expanded_pkgs.append(package)
for exp_pkg in expanded_pkgs:
accepted = self._pre_graph_filters(
exp_pkg, portdb, vardb)
for best_visible in accepted:
packages.append((exp_pkg, best_visible))
if not packages:
print_warning("No remaining packages in queue, aborting.")
return 0
# at this point we can go ahead building packages
print_info("starting to build:")
for package, best_visible in packages:
print_info(": %s -> %s" % (
package, best_visible,))
if not getcolor():
portage.output.nocolor()
# non interactive properties, this is not really required
# accept-properties just sets os.environ...
build_args = list(self._setup_build_args(self._params))
build_args += ["=" + best_v for _x, best_v in packages]
myaction, myopts, myfiles = parse_opts(build_args)
adjust_configs(myopts, emerge_trees)
apply_priorities(emerge_settings)
spinner = stdout_spinner()
if "--quiet" in myopts:
spinner.update = spinner.update_basic
elif "--nospinner" in myopts:
spinner.update = spinner.update_basic
if emerge_settings.get("TERM") == "dumb" or not is_stdout_a_tty():
spinner.update = spinner.update_basic
print_info("emerge args: %s" % (" ".join(build_args),))
params = create_depgraph_params(myopts, myaction)
success, graph, favorites = backtrack_depgraph(emerge_settings,
emerge_trees, myopts, params, myaction, myfiles, spinner)
if not success:
# print issues to stdout and give up
print_warning("dependencies calculation failed, aborting")
graph.display_problems()
# try to collect some info about the failure
bt_config = (graph.get_backtrack_infos() or {}).get("config", {})
for k, v in bt_config.items():
if k == "needed_use_config_changes":
for tup in v:
try:
pkg, (new_use, new_changes) = tup
except (ValueError, TypeError):
print_error(
"unsupported needed_use_config_changes: %s" % (
tup,))
continue
obj = self._missing_use_packages.setdefault(
"%s" % (pkg.cpv,), {})
obj["cp:slot"] = "%s" % (pkg.slot_atom,)
changes = obj.setdefault("changes", {})
changes.update(copy.deepcopy(new_changes))
elif k == "needed_unstable_keywords":
for pkg in v:
self._needed_unstable_keywords.add("%s" % (pkg.cpv,))
elif k == "needed_p_mask_changes":
for pkg in v:
self._needed_package_mask_changes.add(
"%s" % (pkg.cpv,))
elif k == "needed_license_changes":
for pkg, lics in v:
obj = self._needed_license_changes.setdefault(
"%s" % (pkg.cpv,), set())
obj.update(lics)
else:
print_warning("unsupported backtrack info: %s -> %s" % (
k, v,))
return 0
print_info("dependency graph generated successfully")
real_queue = self._post_graph_filters(graph, vardb, portdb)
if real_queue is None:
# post-graph filters not passed, giving up
return 0
merge_queue = [x for x in real_queue if x.operation == "merge"]
unmerge_queue = [x for x in real_queue if x.operation == "uninstall"]
if merge_queue:
print_info("about to build the following packages:")
for pkg in merge_queue:
print_info(" %s" % (pkg.cpv,))
if unmerge_queue:
print_info("about to uninstall the following packages:")
for pkg in unmerge_queue:
print_info(" %s" % (pkg.cpv,))
if self._pretend:
print_info("portage spawned with --pretend, done!")
return 0
# re-calling action_build(), deps are re-calculated though
validate_ebuild_environment(emerge_trees)
mergetask = Scheduler(emerge_settings, emerge_trees, mtimedb,
myopts, spinner, favorites=favorites,
graph_config=graph.schedulerGraph())
del graph
self.clear_caches(self._emerge_config)
retval = mergetask.merge()
not_merged = []
real_queue_map = dict((pkg.cpv, pkg) for pkg in real_queue)
failed_package = None
if retval != 0:
merge_list = mtimedb.get("resume", {}).get("mergelist")
for _merge_type, _merge_root, merge_atom, _merge_act in merge_list:
merge_atom = "%s" % (merge_atom,)
if failed_package is None:
# we consider the first encountered package the one
# that failed. It makes sense since packages are built
# serially as of today.
# Also, the package object must be available in our
# package queue, so grab it from there.
failed_package = real_queue_map.get(merge_atom)
not_merged.append(merge_atom)
self._not_merged_packages.append(merge_atom)
for pkg in real_queue:
cpv = pkg.cpv
if not cpv:
print_warning("package: %s, has broken cpv: '%s', ignoring" % (
pkg, cpv,))
elif cpv not in not_merged:
if pkg.operation == "merge":
# add to build queue
print_info("package: %s, successfully built" % (cpv,))
self._built_packages.append("%s" % (cpv,))
else:
# add to uninstall queue
print_info("package: %s, successfully uninstalled" % (cpv,))
self._uninstalled_packages.append("%s" % (cpv,))
post_emerge(myaction, myopts, myfiles, emerge_settings["ROOT"],
emerge_trees, mtimedb, retval)
subprocess.call(["env-update"])
if failed_package is not None:
print_warning("failed package: %s::%s" % (failed_package.cpv,
failed_package.repo,))
if self._params["buildfail"] and (failed_package is not None):
std_env = self._build_standard_environment(
repository=self._params["repository"])
std_env["MATTER_PACKAGE_NAMES"] = " ".join(self._packages)
std_env["MATTER_PORTAGE_FAILED_PACKAGE_NAME"] = failed_package.cpv
std_env["MATTER_PORTAGE_REPOSITORY"] = failed_package.repo
# call pkgfail hook if defined
std_env["MATTER_PORTAGE_BUILD_LOG_DIR"] = os.path.join(log_dir,
"build")
buildfail = self._params["buildfail"]
print_info("spawning buildfail: %s" % (buildfail,))
tmp_fd, tmp_path = mkstemp()
with os.fdopen(tmp_fd, "wb") as tmp_f:
with open(buildfail, "rb") as buildfail_f:
tmp_f.write(buildfail_f.read())
try:
# now execute
os.chmod(tmp_path, 0o700)
exit_st = subprocess.call([tmp_path], env = std_env)
if exit_st != 0:
return exit_st
finally:
os.remove(tmp_path)
print_info("portage spawned, return value: %d" % (retval,))
return retval
def _run_builder(self, dirs_cleanup_queue):
"""
This method is called by _run and executes the whole package build
logic, including constraints validation given by argv parameters.
NOTE: negative errors indicate warnings that can be skipped.
"""
if self._packages:
first_package = self._packages[0]
else:
first_package = "_empty_"
log_dir = mkdtemp(prefix="matter_build.",
suffix="." +
first_package.replace("/", "_").lstrip("<>=~"))
dirs_cleanup_queue.append(log_dir)
emerge_settings, emerge_trees, mtimedb = self._emerge_config
# reset settings to original state, variables will be reconfigured
# while others may remain saved due to backup_changes().
emerge_settings.unlock()
emerge_settings.reset()
emerge_settings.lock()
# Setup stable/unstable keywords, must be done on
# emerge_settings bacause the reference is spread everywhere
# in emerge_trees.
# This is not thread-safe, but Portage isn't either, so
# who cares!
# ACCEPT_KEYWORDS is not saved and reset every time by the
# reset() call above.
portdb = emerge_trees[emerge_settings["ROOT"]]["porttree"].dbapi
self._setup_keywords(portdb, emerge_settings)
portdb.freeze()
vardb = emerge_trees[emerge_settings["ROOT"]]["vartree"].dbapi
vardb.settings.unlock()
vardb.settings["PORT_LOGDIR"] = log_dir
vardb.settings.backup_changes("PORT_LOGDIR")
vardb.settings.lock()
# Load the most current variables from /etc/profile.env, which
# has been re-generated by the env-update call in _run()
emerge_settings.unlock()
emerge_settings.reload()
emerge_settings.regenerate()
emerge_settings.lock()
sets = self._get_sets_mod() # can be None
sets_conf = None
if sets is not None:
sets_conf = sets.load_default_config(
emerge_settings, emerge_trees[emerge_settings["ROOT"]])
packages = []
# execute basic, pre-graph generation filters against each
# package dependency in self._packages.
# This is just fast pruning of obvious obviousness.
for package in self._packages:
expanded_pkgs = []
# package sets support
if package.startswith("@") and sets_conf:
try:
set_pkgs = sets_conf.getSetAtoms(package[1:])
expanded_pkgs.extend(sorted(set_pkgs))
except sets.PackageSetNotFound:
# make it fail, add set directly
expanded_pkgs.append(package)
else:
expanded_pkgs.append(package)
for exp_pkg in expanded_pkgs:
accepted = self._pre_graph_filters(exp_pkg, portdb, vardb)
for best_visible in accepted:
packages.append((exp_pkg, best_visible))
if not packages:
print_warning("No remaining packages in queue, aborting.")
return 0
# at this point we can go ahead building packages
print_info("starting to build:")
for package, best_visible in packages:
print_info(": %s -> %s" % (
package,
best_visible,
))
if not getcolor():
portage.output.nocolor()
# non interactive properties, this is not really required
# accept-properties just sets os.environ...
build_args = list(self._setup_build_args(self._params))
build_args += ["=" + best_v for _x, best_v in packages]
myaction, myopts, myfiles = parse_opts(build_args)
adjust_configs(myopts, emerge_trees)
apply_priorities(emerge_settings)
spinner = stdout_spinner()
if "--quiet" in myopts:
spinner.update = spinner.update_basic
elif "--nospinner" in myopts:
spinner.update = spinner.update_basic
if emerge_settings.get("TERM") == "dumb" or not is_stdout_a_tty():
spinner.update = spinner.update_basic
print_info("emerge args: %s" % (" ".join(build_args), ))
params = create_depgraph_params(myopts, myaction)
success, graph, favorites = backtrack_depgraph(emerge_settings,
emerge_trees, myopts,
params, myaction,
myfiles, spinner)
if not success:
# print issues to stdout and give up
print_warning("dependencies calculation failed, aborting")
graph.display_problems()
# try to collect some info about the failure
bt_config = (graph.get_backtrack_infos() or {}).get("config", {})
for k, v in bt_config.items():
if k == "needed_use_config_changes":
for tup in v:
try:
pkg, (new_use, new_changes) = tup
except (ValueError, TypeError):
print_error(
"unsupported needed_use_config_changes: %s" %
(tup, ))
continue
obj = self._missing_use_packages.setdefault(
"%s" % (pkg.cpv, ), {})
obj["cp:slot"] = "%s" % (pkg.slot_atom, )
changes = obj.setdefault("changes", {})
changes.update(copy.deepcopy(new_changes))
elif k == "needed_unstable_keywords":
for pkg in v:
self._needed_unstable_keywords.add("%s" % (pkg.cpv, ))
elif k == "needed_p_mask_changes":
for pkg in v:
self._needed_package_mask_changes.add("%s" %
(pkg.cpv, ))
elif k == "needed_license_changes":
for pkg, lics in v:
obj = self._needed_license_changes.setdefault(
"%s" % (pkg.cpv, ), set())
obj.update(lics)
else:
print_warning("unsupported backtrack info: %s -> %s" % (
k,
v,
))
return 0
print_info("dependency graph generated successfully")
real_queue = self._post_graph_filters(graph, vardb, portdb)
if real_queue is None:
# post-graph filters not passed, giving up
return 0
merge_queue = [x for x in real_queue if x.operation == "merge"]
unmerge_queue = [x for x in real_queue if x.operation == "uninstall"]
if merge_queue:
print_info("about to build the following packages:")
for pkg in merge_queue:
print_info(" %s" % (pkg.cpv, ))
if unmerge_queue:
print_info("about to uninstall the following packages:")
for pkg in unmerge_queue:
print_info(" %s" % (pkg.cpv, ))
if self._pretend:
print_info("portage spawned with --pretend, done!")
return 0
# re-calling action_build(), deps are re-calculated though
validate_ebuild_environment(emerge_trees)
mergetask = Scheduler(emerge_settings,
emerge_trees,
mtimedb,
myopts,
spinner,
favorites=favorites,
graph_config=graph.schedulerGraph())
del graph
self.clear_caches(self._emerge_config)
retval = mergetask.merge()
not_merged = []
real_queue_map = dict((pkg.cpv, pkg) for pkg in real_queue)
failed_package = None
if retval != 0:
merge_list = mtimedb.get("resume", {}).get("mergelist", [])
for _merge_type, _merge_root, merge_atom, _merge_act in merge_list:
merge_atom = "%s" % (merge_atom, )
if failed_package is None:
# we consider the first encountered package the one
# that failed. It makes sense since packages are built
# serially as of today.
# Also, the package object must be available in our
# package queue, so grab it from there.
failed_package = real_queue_map.get(merge_atom)
not_merged.append(merge_atom)
self._not_merged_packages.append(merge_atom)
for pkg in real_queue:
cpv = pkg.cpv
if not cpv:
print_warning("package: %s, has broken cpv: '%s', ignoring" % (
pkg,
cpv,
))
elif cpv not in not_merged:
if pkg.operation == "merge":
# add to build queue
print_info("package: %s, successfully built" % (cpv, ))
self._built_packages.append("%s" % (cpv, ))
else:
# add to uninstall queue
print_info("package: %s, successfully uninstalled" %
(cpv, ))
self._uninstalled_packages.append("%s" % (cpv, ))
post_emerge(myaction, myopts, myfiles, emerge_settings["ROOT"],
emerge_trees, mtimedb, retval)
subprocess.call(["env-update"])
if failed_package is not None:
print_warning("failed package: %s::%s" % (
failed_package.cpv,
failed_package.repo,
))
if self._params["buildfail"] and (failed_package is not None):
std_env = self._build_standard_environment(
repository=self._params["repository"])
std_env["MATTER_PACKAGE_NAMES"] = " ".join(self._packages)
std_env["MATTER_PORTAGE_FAILED_PACKAGE_NAME"] = failed_package.cpv
std_env["MATTER_PORTAGE_REPOSITORY"] = failed_package.repo
# call pkgfail hook if defined
std_env["MATTER_PORTAGE_BUILD_LOG_DIR"] = os.path.join(
log_dir, "build")
buildfail = self._params["buildfail"]
print_info("spawning buildfail: %s" % (buildfail, ))
tmp_fd, tmp_path = mkstemp()
with os.fdopen(tmp_fd, "wb") as tmp_f:
with open(buildfail, "rb") as buildfail_f:
tmp_f.write(buildfail_f.read())
try:
# now execute
os.chmod(tmp_path, 0o700)
exit_st = subprocess.call([tmp_path], env=std_env)
if exit_st != 0:
return exit_st
finally:
os.remove(tmp_path)
print_info("portage spawned, return value: %d" % (retval, ))
return retval
