def clear_caches(cls, emerge_config):
"""
Clear Portage and Binary PMS caches.
"""
emerge_settings, emerge_trees, _mtimedb = emerge_config
clear_caches(emerge_trees)
# clearing vartree.dbapi.cpcache doesn't seem to make a big diff
root_tree = emerge_trees[emerge_settings["ROOT"]]
vdb = root_tree["vartree"].dbapi
for method_name in ("_clear_cache", ):
method = getattr(vdb, method_name, None)
if method is not None:
method()
else:
print_error("vartree does not have a %s method anymore" %
(method_name, ))
root_tree["porttree"].dbapi.close_caches()
root_tree["porttree"].dbapi = portage.dbapi.porttree.portdbapi(
root_tree["porttree"].settings)
for x in range(10):
count = gc.collect()
if not count:
break
def clear_caches(cls, emerge_config):
"""
Clear Portage and Binary PMS caches.
"""
emerge_settings, emerge_trees, _mtimedb = emerge_config
clear_caches(emerge_trees)
# clearing vartree.dbapi.cpcache doesn't seem to make a big diff
root_tree = emerge_trees[emerge_settings["ROOT"]]
vdb = root_tree["vartree"].dbapi
for method_name in ("_clear_cache",):
method = getattr(vdb, method_name, None)
if method is not None:
method()
else:
print_error(
"vartree does not have a %s method anymore" % (
method_name,))
root_tree["porttree"].dbapi.close_caches()
root_tree["porttree"].dbapi = portage.dbapi.porttree.portdbapi(
root_tree["porttree"].settings)
for x in range(10):
count = gc.collect()
if not count:
break
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 _pre_graph_filters(self, package, portdb, vardb):
"""
Execute basic, pre-graph generation (dependencies calculation)
filters against the package dependency to see if it's eligible
for the graph.
"""
allow_rebuild = self._params["rebuild"] == "yes"
allow_not_installed = self._params["not-installed"] == "yes"
allow_downgrade = self._params["downgrade"] == "yes"
accepted = []
# now determine what's the installed version.
best_installed = portage.best(vardb.match(package, use_cache=0))
if (not best_installed) and (not allow_not_installed):
# package not installed
print_error("package not installed: %s, ignoring this one" % (
package,))
self._not_installed_packages.append(package)
return accepted
if (not best_installed) and allow_not_installed:
print_warning(
"%s not installed, but 'not-installed: yes' provided" % (
package,))
best_visibles = []
try:
best_visibles += portdb.xmatch("match-visible", package)
except portage.exception.InvalidAtom:
print_error("cannot match: %s, invalid atom" % (package,))
# map all the cpvs to their slots
cpv_slot_map = {}
for pkg in best_visibles:
obj = cpv_slot_map.setdefault(pkg.slot, [])
obj.append(pkg)
# then pick the best for each slot
del best_visibles[:]
for slot, pkgs in cpv_slot_map.items():
pkg = portage.best(pkgs)
best_visibles.append(pkg)
best_visibles.sort() # deterministic is better
if not best_visibles:
# package not found, return error
print_error("cannot match: %s, ignoring this one" % (package,))
self._not_found_packages.append(package)
return accepted
print_info("matched: %s for %s" % (", ".join(best_visibles), package,))
for best_visible in best_visibles:
cp = best_visible.cp
slot = best_visible.slot
cp_slot = "%s:%s" % (cp, slot)
# determine what's the installed version.
# we know that among all the best_visibles, there is one that
# is installed. The question is whether we got it now.
best_installed = portage.best(vardb.match(cp_slot, use_cache=0))
if (not best_installed) and (not allow_not_installed):
# package not installed
print_warning("%s not installed, skipping" % (cp_slot,))
continue
build_only = self._params["build-only"] == "yes"
cmp_res = -1
if best_installed:
print_info("found installed: %s for %s" % (
best_installed, package,))
# now compare
# -1 if best_installed is older than best_visible
# 1 if best_installed is newer than best_visible
# 0 if they are equal
cmp_res = portage.versions.pkgcmp(
portage.versions.pkgsplit(best_installed),
portage.versions.pkgsplit(best_visible))
elif (not best_installed) and build_only:
# package is not installed, and build-only
# is provided. We assume that the package
# is being built and added to repositories directly.
# This means that we need to query binpms to know
# about the current version.
print_info("package is not installed, and 'build-only: yes'. "
"Asking the binpms about the package state.")
best_available = self._binpms.best_available(cp_slot)
print_info("found available: %s for %s" % (
best_available, cp_slot))
if best_available:
cmp_res = portage.versions.pkgcmp(
portage.versions.pkgsplit(best_available),
portage.versions.pkgsplit(best_visible))
is_rebuild = cmp_res == 0
if (cmp_res == 1) and (not allow_downgrade):
# downgrade in action and downgrade not allowed, aborting!
print_warning(
"%s would be downgraded, %s to %s, ignoring" % (
cp_slot, best_installed, best_visible,))
continue
if is_rebuild and (not allow_rebuild):
# rebuild in action and rebuild not allowed, aborting!
print_warning(
"%s would be rebuilt to %s, ignoring" % (
cp_slot, best_visible,))
continue
# at this point we can go ahead accepting package in queue
print_info("package: %s [%s], accepted in queue" % (
best_visible, cp_slot,))
accepted.append(best_visible)
return accepted
def _commit(self, spec, packages):
"""
Commit packages that have been merged into the system.
Overridden from BaseBinaryPMS.
"""
repository = spec["repository"]
spm = self._entropy.Spm()
spm_atoms = set()
exit_st = 0
print_info("committing packages: %s, to repository: %s" % (
", ".join(sorted(packages)), repository,))
# if we get here, something has been compiled
# successfully
for package in packages:
try:
spm_atom = spm.match_installed_package(package)
spm_atoms.add(spm_atom)
except KeyError:
exit_st = 1
print_warning(
"cannot find installed package: %s" % (
package,))
continue
if not spm_atoms:
return exit_st
print_info("about to commit:")
spm_packages = sorted(spm_atoms)
for atom in spm_packages:
item_txt = atom
# this is a spm atom
spm_key = portage.dep.dep_getkey("=%s" % (atom,))
try:
spm_slot = spm.get_installed_package_metadata(
atom, "SLOT")
spm_repo = spm.get_installed_package_metadata(
atom, "repository")
except KeyError:
spm_slot = None
spm_repo = None
etp_repo = None
if spm_repo is not None:
pkg_id, repo_id = self._entropy.atom_match(spm_key,
match_slot = spm_slot)
if repo_id != 1:
repo_db = self._entropy.open_repository(repo_id)
etp_repo = repo_db.retrieveSpmRepository(pkg_id)
if (etp_repo is not None) and (etp_repo != spm_repo):
item_txt += ' [%s {%s=>%s}]' % ("warning",
etp_repo, spm_repo,)
print_info(item_txt)
# always stuff new configuration files here
# if --gentle was specified, the uncommitted stuff here belongs
# to our packages.
# if --gentle was NOT specified, we just don't give a shit
# Due to bug #2480 -- sometimes (app-misc/tracker)
# _check_config_file_updates() doesn't return all the files
subprocess.call("echo -5 | etc-update", shell = True)
uncommitted = self._entropy._check_config_file_updates()
if uncommitted:
# ouch, wtf? better aborting
print_error("tried to commit configuration file changes and failed")
return 1
print_info("about to compress:")
store_dir = self._entropy._get_local_store_directory(repository)
package_paths = []
for atom in spm_packages:
print_info(atom)
try:
pkg_list = spm.generate_package(atom, store_dir)
except OSError:
print_traceback()
print_error("problem during package generation, aborting")
return 1
except Exception:
print_traceback()
print_error("problem during package generation (2), aborting")
return 1
package_paths.append(pkg_list)
etp_pkg_files = [(pkg_list, False) for pkg_list in package_paths]
# NOTE: any missing runtime dependency will be added
# (beside those blacklisted), since this execution is not interactive
try:
package_ids = self._entropy.add_packages_to_repository(
repository, etp_pkg_files, ask=False)
except OnlineMirrorError as err:
print_traceback()
print_error("problem during package commit: %s" % (err,))
return 1
self._entropy.commit_repositories()
if package_ids:
self._entropy.dependencies_test(repository)
return exit_st
def _commit(self, spec, packages):
"""
Commit packages that have been merged into the system.
Overridden from BaseBinaryPMS.
"""
repository = spec["repository"]
spm = self._entropy.Spm()
spm_atoms = set()
exit_st = 0
print_info("committing packages: %s, to repository: %s" % (
", ".join(sorted(packages)),
repository,
))
# if we get here, something has been compiled
# successfully
for package in packages:
try:
spm_atom = spm.match_installed_package(package)
spm_atoms.add(spm_atom)
except KeyError:
exit_st = 1
print_warning("cannot find installed package: %s" %
(package, ))
continue
if not spm_atoms:
return exit_st
print_info("about to commit:")
spm_packages = sorted(spm_atoms)
for atom in spm_packages:
item_txt = atom
# this is a spm atom
spm_key = portage.dep.dep_getkey("=%s" % (atom, ))
try:
spm_slot = spm.get_installed_package_metadata(atom, "SLOT")
spm_repo = spm.get_installed_package_metadata(
atom, "repository")
except KeyError:
spm_slot = None
spm_repo = None
etp_repo = None
if spm_repo is not None:
pkg_id, repo_id = self._entropy.atom_match(spm_key,
match_slot=spm_slot)
if repo_id != 1:
repo_db = self._entropy.open_repository(repo_id)
etp_repo = repo_db.retrieveSpmRepository(pkg_id)
if (etp_repo is not None) and (etp_repo != spm_repo):
item_txt += ' [%s {%s=>%s}]' % (
"warning",
etp_repo,
spm_repo,
)
print_info(item_txt)
# always stuff new configuration files here
# if --gentle was specified, the uncommitted stuff here belongs
# to our packages.
# if --gentle was NOT specified, we just don't give a shit
# Due to bug #2480 -- sometimes (app-misc/tracker)
# _check_config_file_updates() doesn't return all the files
subprocess.call("echo -5 | etc-update", shell=True)
uncommitted = self._entropy._check_config_file_updates()
if uncommitted:
# ouch, wtf? better aborting
print_error(
"tried to commit configuration file changes and failed")
return 1
print_info("about to compress:")
store_dir = self._entropy._get_local_store_directory(repository)
package_paths = []
for atom in spm_packages:
print_info(atom)
try:
pkg_list = spm.generate_package(atom, store_dir)
except OSError:
print_traceback()
print_error("problem during package generation, aborting")
return 1
except Exception:
print_traceback()
print_error("problem during package generation (2), aborting")
return 1
package_paths.append(pkg_list)
etp_pkg_files = [(pkg_list, False) for pkg_list in package_paths]
# NOTE: any missing runtime dependency will be added
# (beside those blacklisted), since this execution is not interactive
try:
package_ids = self._entropy.add_packages_to_repository(
repository, etp_pkg_files, ask=False)
except OnlineMirrorError as err:
print_traceback()
print_error("problem during package commit: %s" % (err, ))
return 1
self._entropy.commit_repositories()
if package_ids:
self._entropy.dependencies_test(repository)
return exit_st
def matter_main(binary_pms, nsargs, cwd, specs):
"""
Main application code run after all the resources setup.
"""
try:
binary_pms.validate_system()
except BaseBinaryPMS.SystemValidationError as err:
print_error("%s" % (err,))
return 1
print_info("matter loaded, starting to scan particles, pid: %s" % (
os.getpid(),))
def _teardown(_exit_st):
if nsargs.post:
_rc = PackageBuilder.teardown(
nsargs.post, cwd, _exit_st)
if _exit_st == 0 and _rc != 0:
_exit_st = _rc
return _exit_st
# setup
if nsargs.pre:
_rc = PackageBuilder.setup(nsargs.pre, cwd)
if _rc != 0:
return _teardown(_rc)
# sync portage
if nsargs.sync:
_rc = PackageBuilder.sync()
if _rc != 0 and not nsargs.sync_best_effort:
return _teardown(_rc)
exit_st = 0
completed = collections.deque()
not_found = collections.deque()
not_installed = collections.deque()
not_merged = collections.deque()
uninstalled = collections.deque()
missing_use = {}
unstable_keywords = set()
pmask_changes = set()
license_changes = {}
tainted_repositories = set()
spec_count = 0
tot_spec = len(specs)
preserved_libs = False
emerge_config = binary_pms.load_emerge_config()
for spec in specs:
spec_count += 1
keep_going = spec["keep-going"] == "yes"
local_completed = []
local_uninstalled = []
tot_pkgs = len(spec["packages"])
for pkg_count, packages in enumerate(spec["packages"], 1):
builder = PackageBuilder(
binary_pms, emerge_config, packages,
spec, spec_count, tot_spec, pkg_count, tot_pkgs,
nsargs.pretend)
_rc = builder.run()
not_found.extend(builder.get_not_found_packages())
not_installed.extend(
builder.get_not_installed_packages())
not_merged.extend(
builder.get_not_merged_packages())
uninstalled = builder.get_uninstalled_packages()
uninstalled.extend(uninstalled)
local_uninstalled.extend(uninstalled)
# Merge at least the first layer of dicts.
for k, v in builder.get_missing_use_packages().items():
obj = missing_use.setdefault(k, {})
obj.update(v)
unstable_keywords.update(
builder.get_needed_unstable_keywords())
pmask_changes.update(
builder.get_needed_package_mask_changes())
# We need to merge the two dicts, not just update()
# or we can lose the full set of licenses associated
# to a single cpv.
for k, v in builder.get_needed_license_changes().items():
obj = license_changes.setdefault(k, set())
obj.update(v)
preserved_libs = binary_pms.check_preserved_libraries(
emerge_config)
if preserved_libs and not nsargs.disable_preserved_libs:
# abort, library breakages detected
exit_st = 1
print_error(
"preserved libraries detected, aborting")
break
# ignore _rc, we may have built pkgs even if _rc != 0
built_packages = builder.get_built_packages()
if built_packages:
print_info("built packages, in queue: %s" % (
" ".join(built_packages),))
local_completed.extend(
[x for x in built_packages \
if x not in local_completed])
tainted_repositories.add(spec["repository"])
# make some room
print_info("")
if _rc < 0:
# ignore warning and go ahead
continue
else:
exit_st = _rc
if not keep_going:
break
# call post-build cleanup operations
if local_completed or local_uninstalled:
PackageBuilder.post_build(spec, emerge_config)
completed.extend([x for x in local_completed \
if x not in completed])
# portage calls setcwd()
os.chdir(cwd)
if preserved_libs and not nsargs.disable_preserved_libs:
# completely abort
break
if local_completed and nsargs.commit:
_rc = binary_pms.commit(
spec,
local_completed)
if exit_st == 0 and _rc != 0:
exit_st = _rc
if not keep_going:
break
PackageBuilder.clear_caches(emerge_config)
if tainted_repositories and nsargs.push and nsargs.commit:
if preserved_libs and nsargs.disable_preserved_libs:
# cannot push anyway
print_warning("Preserved libraries detected, cannot push !")
elif not preserved_libs:
for repository in tainted_repositories:
_rc = binary_pms.push(repository)
if exit_st == 0 and _rc != 0:
exit_st = _rc
# print summary
print_generic("")
print_generic("Summary")
print_generic("Packages built:\n %s" % (
"\n ".join(sorted(completed)),))
print_generic("Packages not built:\n %s" % (
"\n ".join(sorted(not_merged)),))
print_generic("Packages not found:\n %s" % (
"\n ".join(sorted(not_found)),))
print_generic("Packages not installed:\n %s" % (
"\n ".join(sorted(not_installed)),))
print_generic("Packages uninstalled:\n %s" % (
"\n ".join(sorted(uninstalled)),))
if missing_use:
print_generic("Packages not built due to missing USE flags:")
for atom in sorted(missing_use.keys()):
use_data = missing_use[atom]
use_l = []
for use in sorted(use_data["changes"]):
if use_data["changes"][use]:
use_l.append(use)
else:
use_l.append("-" + use)
print_generic("%s %s" % (
use_data["cp:slot"], " ".join(use_l)))
print_generic("")
if unstable_keywords:
print_generic("Packages not built due to missing unstable keywords:")
for atom in sorted(unstable_keywords):
print_generic("%s" % (atom,))
print_generic("")
if pmask_changes:
print_generic("Packages not built due to needed package.mask changes:")
for atom in sorted(pmask_changes):
print_generic("%s" % (atom,))
print_generic("")
print_generic("Preserved libs: %s" % (
preserved_libs,))
print_generic("")
return _teardown(exit_st)
def main():
"""
Main App.
"""
install_exception_handler()
# disable color if standard output is not a TTY
if not is_stdout_a_tty():
nocolor()
# Load Binary PMS modules
import matter.binpms as _pms
pms_dir = os.path.dirname(_pms.__file__)
for thing in os.listdir(pms_dir):
if thing.startswith("__init__.py"):
continue
thing = os.path.join(pms_dir, thing)
if not os.path.isfile(thing):
continue
if not thing.endswith(".py"):
continue
name = os.path.basename(thing)
name = name.rstrip(".py")
package = "matter.binpms.%s" % (name,)
try:
importlib.import_module(package) # they will then register
except ImportError as err:
pass
avail_binpms = BaseBinaryPMS.available_pms
matter_spec = MatterSpec()
parser_data = matter_spec.data()
matter_spec_params = ""
for spec_key in sorted(parser_data.keys()):
par = parser_data[spec_key]
matter_spec_params += "%s: %s\n" % (
purple(spec_key),
darkgreen(par.get("desc", "N/A")),)
_env_vars_help = """\
Environment variables for Package Builder module:
%s = repository identifier
%s = alternative command used to sync Portage
default: %s
%s = alternative command used to sync Portage overlays
default: %s
Environment variables passed to --post executables:
%s = exit status from previous execution phases, useful for detecting
execution errors.
Matter Resources Lock file you can use to detect if matter is running:
%s (--blocking switch makes it acquire in blocking mode)
Matter .spec file supported parameters:
%s
Available Binary PMSs:
%s
""" % (
purple("MATTER_REPOSITORY_ID"),
purple("MATTER_PORTAGE_SYNC_CMD"),
darkgreen(PackageBuilder.DEFAULT_PORTAGE_SYNC_CMD),
purple("MATTER_OVERLAYS_SYNC_CMD"),
darkgreen(PackageBuilder.DEFAULT_OVERLAYS_SYNC_CMD),
purple("MATTER_EXIT_STATUS"),
darkgreen(MatterResourceLock.LOCK_FILE_PATH),
matter_spec_params,
"\n".join(
["%s: %s" % (purple(k.NAME), darkgreen(k.__name__)) \
for k in avail_binpms]),)
parser = argparse.ArgumentParser(
description="Automated Packages Builder",
epilog=_env_vars_help,
formatter_class=argparse.RawDescriptionHelpFormatter)
# * instead of + in order to support --sync only tasks
parser.add_argument(
"spec", nargs="+", metavar="<spec>", type=file,
help="matter spec file")
default_pms = avail_binpms[0]
for k in avail_binpms:
if k.DEFAULT:
default_pms = k
break
parser.add_argument(
"--pms", default=default_pms.NAME,
help="specify an alternative Binary PMS (see --help for a list), "
"current default: %s" % (default_pms.NAME,))
parser.add_argument(
"--blocking",
help="when trying to acquire Binary PMS locks, "
"block until success.",
action="store_true")
parser.add_argument("--commit",
help="commit built packages to repository.",
action="store_true")
parser.add_argument(
"--gentle",
help="increase the system validation checks, be extremely "
"careful wrt the current system status.",
action="store_true")
parser.add_argument("--pre", metavar="<exec>", type=file,
help="executable to be called once for setup purposes.",
default=None)
parser.add_argument("--post", metavar="<exec>", type=file,
help="executable to be called once for teardown purposes.",
default=None)
parser.add_argument(
"--push",
help="push Binary PMS package updates to online "
"repository (only if --commit).",
action="store_true")
parser.add_argument(
"--sync",
help="sync Portage tree, and attached overlays, before starting.",
action="store_true")
parser.add_argument(
"--sync-best-effort", default=False,
help="sync Portage tree and attached overlays, as --sync, but do "
"not exit if sync fails.",
action="store_true")
parser.add_argument(
"--disable-preserved-libs",
dest="disable_preserved_libs", default=False,
help="disable prerserved libraries check.",
action="store_true")
parser.add_argument(
"--pretend",
dest="pretend", default=False,
help="show what would be done without alterint the current system.",
action="store_true")
# extend parser arguments
for k in avail_binpms:
k.extend_parser(parser)
try:
nsargs = parser.parse_args(sys.argv[1:])
except IOError as err:
if err.errno == errno.ENOENT:
print_error(err.strerror + ": " + err.filename)
return 1
raise
if os.getuid() != 0:
# root access required
print_error("superuser access required")
return 1
# parse spec files
specs = []
for spec_f in nsargs.spec:
spec = SpecParser(spec_f)
data = spec.parse()
if data:
specs.append(data)
if not specs:
print_error("invalid spec files provided")
return 1
# O(n) determine what is the BinaryPMS to use
klass = None
for k in avail_binpms:
if k.NAME == nsargs.pms:
klass = k
break
if klass is None:
print_error("invalid Binary PMS specified: %s" % (nsargs.pms,))
return 1
binary_pms = None
exit_st = 0
cwd = os.getcwd()
try:
try:
binary_pms = klass(cwd, nsargs)
except BaseBinaryPMS.BinaryPMSLoadError as err:
# repository not available or not configured
print_error("Cannot load Binary Package Manager: %s" % (err,))
return 3
print_info("Loaded Binary PMS: %s" % (klass.NAME,))
# validate repository entries of spec metadata
for spec in specs:
try:
binary_pms.validate_spec(spec)
except BaseBinaryPMS.SpecParserError as err:
print_error("%s" % (err,))
return 1
if nsargs.blocking:
print_info("--blocking enabled, please wait for locks...")
resource_lock = binary_pms.get_resource_lock(nsargs.blocking)
with resource_lock:
with MatterResourceLock(nsargs.blocking):
exit_st = matter_main(binary_pms, nsargs, cwd, specs)
except BaseBinaryResourceLock.NotAcquired:
print_error("unable to acquire PMS Resources lock")
return 42
except MatterResourceLock.NotAcquired:
print_error("unable to acquire Matter Resources lock")
return 42
except KeyboardInterrupt:
print_error("Keyboard Interrupt, pid: %s" % (os.getpid(),))
return 42
finally:
if binary_pms is not None:
binary_pms.shutdown()
print_warning("")
print_warning("")
print_warning("Tasks complete, exit status: %d" % (exit_st,))
return exit_st
def _pre_graph_filters(self, package, portdb, vardb):
"""
Execute basic, pre-graph generation (dependencies calculation)
filters against the package dependency to see if it's eligible
for the graph.
"""
allow_rebuild = self._params["rebuild"] == "yes"
allow_not_installed = self._params["not-installed"] == "yes"
allow_downgrade = self._params["downgrade"] == "yes"
try:
best_visible = portdb.xmatch("bestmatch-visible", package)
except portage.exception.InvalidAtom:
print_error("cannot match: %s, invalid atom" % (package,))
best_visible = None
if not best_visible:
# package not found, return error
print_error("cannot match: %s, ignoring this one" % (package,))
self._not_found_packages.append(package)
return None
print_info("matched: %s for %s" % (best_visible, package,))
# now determine what's the installed version.
best_installed = portage.best(vardb.match(package))
if (not best_installed) and (not allow_not_installed):
# package not installed
print_error("package not installed: %s, ignoring this one" % (
package,))
self._not_installed_packages.append(package)
return None
if (not best_installed) and allow_not_installed:
print_warning(
"package not installed: "
"%s, but 'not-installed: yes' provided" % (package,))
build_only = self._params["build-only"] == "yes"
cmp_res = -1
if best_installed:
print_info("found installed: %s for %s" % (
best_installed, package,))
# now compare
# -1 if best_installed is older than best_visible
# 1 if best_installed is newer than best_visible
# 0 if they are equal
cmp_res = portage.versions.pkgcmp(
portage.versions.pkgsplit(best_installed),
portage.versions.pkgsplit(best_visible))
elif (not best_installed) and build_only:
# package is not installed, and build-only
# is provided. We assume that the package
# is being built and added to repositories directly.
# This means that we need to query binpms to know
# about the current version.
print_info("package is not installed, and 'build-only: yes'. "
"Asking the binpms about the package state.")
best_available = self._binpms.best_available(package)
print_info("found available: %s for %s" % (
best_available, package))
if best_available:
cmp_res = portage.versions.pkgcmp(
portage.versions.pkgsplit(best_available),
portage.versions.pkgsplit(best_visible))
is_rebuild = cmp_res == 0
if (cmp_res == 1) and (not allow_downgrade):
# downgrade in action and downgrade not allowed, aborting!
print_warning(
"package: %s, would be downgraded, %s to %s, ignoring" % (
package, best_installed, best_visible,))
return None
if is_rebuild and (not allow_rebuild):
# rebuild in action and rebuild not allowed, aborting!
print_warning(
"package: %s, would be rebuilt to %s, ignoring" % (
package, best_visible,))
return None
# at this point we can go ahead accepting package in queue
print_info("package: %s [%s], accepted in queue" % (
best_visible, package,))
return best_visible
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 _pre_graph_filters(self, package, portdb, vardb):
"""
Execute basic, pre-graph generation (dependencies calculation)
filters against the package dependency to see if it's eligible
for the graph.
"""
allow_rebuild = self._params["rebuild"] == "yes"
allow_not_installed = self._params["not-installed"] == "yes"
allow_downgrade = self._params["downgrade"] == "yes"
accepted = []
# now determine what's the installed version.
best_installed = portage.best(vardb.match(package, use_cache=0))
if (not best_installed) and (not allow_not_installed):
# package not installed
print_error("package not installed: %s, ignoring this one" %
(package, ))
self._not_installed_packages.append(package)
return accepted
if (not best_installed) and allow_not_installed:
print_warning(
"%s not installed, but 'not-installed: yes' provided" %
(package, ))
best_visibles = []
try:
best_visibles += portdb.xmatch("match-visible", package)
except portage.exception.InvalidAtom:
print_error("cannot match: %s, invalid atom" % (package, ))
# map all the cpvs to their slots
cpv_slot_map = {}
for pkg in best_visibles:
obj = cpv_slot_map.setdefault(pkg.slot, [])
obj.append(pkg)
# then pick the best for each slot
del best_visibles[:]
for slot, pkgs in cpv_slot_map.items():
pkg = portage.best(pkgs)
best_visibles.append(pkg)
best_visibles.sort() # deterministic is better
if not best_visibles:
# package not found, return error
print_error("cannot match: %s, ignoring this one" % (package, ))
self._not_found_packages.append(package)
return accepted
print_info("matched: %s for %s" % (
", ".join(best_visibles),
package,
))
for best_visible in best_visibles:
cp = best_visible.cp
slot = best_visible.slot
cp_slot = "%s:%s" % (cp, slot)
# determine what's the installed version.
# we know that among all the best_visibles, there is one that
# is installed. The question is whether we got it now.
best_installed = portage.best(vardb.match(cp_slot, use_cache=0))
if (not best_installed) and (not allow_not_installed):
# package not installed
print_warning("%s not installed, skipping" % (cp_slot, ))
continue
build_only = self._params["build-only"] == "yes"
cmp_res = -1
if best_installed:
print_info("found installed: %s for %s" % (
best_installed,
package,
))
# now compare
# -1 if best_installed is older than best_visible
# 1 if best_installed is newer than best_visible
# 0 if they are equal
cmp_res = portage.versions.pkgcmp(
portage.versions.pkgsplit(best_installed),
portage.versions.pkgsplit(best_visible))
elif (not best_installed) and build_only:
# package is not installed, and build-only
# is provided. We assume that the package
# is being built and added to repositories directly.
# This means that we need to query binpms to know
# about the current version.
print_info("package is not installed, and 'build-only: yes'. "
"Asking the binpms about the package state.")
best_available = self._binpms.best_available(cp_slot)
print_info("found available: %s for %s" %
(best_available, cp_slot))
if best_available:
cmp_res = portage.versions.pkgcmp(
portage.versions.pkgsplit(best_available),
portage.versions.pkgsplit(best_visible))
is_rebuild = cmp_res == 0
if (cmp_res == 1) and (not allow_downgrade):
# downgrade in action and downgrade not allowed, aborting!
print_warning("%s would be downgraded, %s to %s, ignoring" % (
cp_slot,
best_installed,
best_visible,
))
continue
if is_rebuild and (not allow_rebuild):
# rebuild in action and rebuild not allowed, aborting!
print_warning("%s would be rebuilt to %s, ignoring" % (
cp_slot,
best_visible,
))
continue
# at this point we can go ahead accepting package in queue
print_info("package: %s [%s], accepted in queue" % (
best_visible,
cp_slot,
))
accepted.append(best_visible)
return accepted
def matter_main(binary_pms, nsargs, cwd, specs):
"""
Main application code run after all the resources setup.
"""
try:
binary_pms.validate_system()
except BaseBinaryPMS.SystemValidationError as err:
print_error("%s" % (err, ))
return 1
print_info("matter loaded, starting to scan particles, pid: %s" %
(os.getpid(), ))
def _teardown(_exit_st):
if nsargs.post:
_rc = PackageBuilder.teardown(nsargs.post, cwd, _exit_st)
if _exit_st == 0 and _rc != 0:
_exit_st = _rc
return _exit_st
# setup
if nsargs.pre:
_rc = PackageBuilder.setup(nsargs.pre, cwd)
if _rc != 0:
return _teardown(_rc)
# sync portage
if nsargs.sync:
_rc = PackageBuilder.sync()
if _rc != 0 and not nsargs.sync_best_effort:
return _teardown(_rc)
exit_st = 0
completed = collections.deque()
not_found = collections.deque()
not_installed = collections.deque()
not_merged = collections.deque()
uninstalled = collections.deque()
missing_use = {}
unstable_keywords = set()
pmask_changes = set()
license_changes = {}
tainted_repositories = set()
spec_count = 0
tot_spec = len(specs)
preserved_libs = False
emerge_config = binary_pms.load_emerge_config()
for spec in specs:
spec_count += 1
keep_going = spec["keep-going"] == "yes"
local_completed = []
local_uninstalled = []
tot_pkgs = len(spec["packages"])
for pkg_count, packages in enumerate(spec["packages"], 1):
builder = PackageBuilder(binary_pms, emerge_config, packages, spec,
spec_count, tot_spec, pkg_count, tot_pkgs,
nsargs.pretend)
_rc = builder.run()
not_found.extend(builder.get_not_found_packages())
not_installed.extend(builder.get_not_installed_packages())
not_merged.extend(builder.get_not_merged_packages())
uninstalled = builder.get_uninstalled_packages()
uninstalled.extend(uninstalled)
local_uninstalled.extend(uninstalled)
# Merge at least the first layer of dicts.
for k, v in builder.get_missing_use_packages().items():
obj = missing_use.setdefault(k, {})
obj.update(v)
unstable_keywords.update(builder.get_needed_unstable_keywords())
pmask_changes.update(builder.get_needed_package_mask_changes())
# We need to merge the two dicts, not just update()
# or we can lose the full set of licenses associated
# to a single cpv.
for k, v in builder.get_needed_license_changes().items():
obj = license_changes.setdefault(k, set())
obj.update(v)
preserved_libs = binary_pms.check_preserved_libraries(
emerge_config)
if preserved_libs and not nsargs.disable_preserved_libs:
# abort, library breakages detected
exit_st = 1
print_error("preserved libraries detected, aborting")
break
# ignore _rc, we may have built pkgs even if _rc != 0
built_packages = builder.get_built_packages()
if built_packages:
print_info("built packages, in queue: %s" %
(" ".join(built_packages), ))
local_completed.extend(
[x for x in built_packages \
if x not in local_completed])
tainted_repositories.add(spec["repository"])
# make some room
print_info("")
if _rc < 0:
# ignore warning and go ahead
continue
else:
exit_st = _rc
if not keep_going:
break
# call post-build cleanup operations
if local_completed or local_uninstalled:
PackageBuilder.post_build(spec, emerge_config)
completed.extend([x for x in local_completed \
if x not in completed])
# portage calls setcwd()
os.chdir(cwd)
if preserved_libs and not nsargs.disable_preserved_libs:
# completely abort
break
if local_completed and nsargs.commit:
_rc = binary_pms.commit(spec, local_completed)
if exit_st == 0 and _rc != 0:
exit_st = _rc
if not keep_going:
break
PackageBuilder.clear_caches(emerge_config)
if tainted_repositories and nsargs.push and nsargs.commit:
if preserved_libs and nsargs.disable_preserved_libs:
# cannot push anyway
print_warning("Preserved libraries detected, cannot push !")
elif not preserved_libs:
for repository in tainted_repositories:
_rc = binary_pms.push(repository)
if exit_st == 0 and _rc != 0:
exit_st = _rc
# print summary
print_generic("")
print_generic("Summary")
print_generic("Packages built:\n %s" % ("\n ".join(sorted(completed)), ))
print_generic("Packages not built:\n %s" %
("\n ".join(sorted(not_merged)), ))
print_generic("Packages not found:\n %s" %
("\n ".join(sorted(not_found)), ))
print_generic("Packages not installed:\n %s" %
("\n ".join(sorted(not_installed)), ))
print_generic("Packages uninstalled:\n %s" %
("\n ".join(sorted(uninstalled)), ))
if missing_use:
print_generic("Packages not built due to missing USE flags:")
for atom in sorted(missing_use.keys()):
use_data = missing_use[atom]
use_l = []
for use in sorted(use_data["changes"]):
if use_data["changes"][use]:
use_l.append(use)
else:
use_l.append("-" + use)
print_generic("%s %s" % (use_data["cp:slot"], " ".join(use_l)))
print_generic("")
if unstable_keywords:
print_generic("Packages not built due to missing unstable keywords:")
for atom in sorted(unstable_keywords):
print_generic("%s" % (atom, ))
print_generic("")
if pmask_changes:
print_generic("Packages not built due to needed package.mask changes:")
for atom in sorted(pmask_changes):
print_generic("%s" % (atom, ))
print_generic("")
print_generic("Preserved libs: %s" % (preserved_libs, ))
print_generic("")
return _teardown(exit_st)
def main():
"""
Main App.
"""
install_exception_handler()
# disable color if standard output is not a TTY
if not is_stdout_a_tty():
nocolor()
# Load Binary PMS modules
import matter.binpms as _pms
pms_dir = os.path.dirname(_pms.__file__)
for thing in os.listdir(pms_dir):
if thing.startswith("__init__.py"):
continue
thing = os.path.join(pms_dir, thing)
if not os.path.isfile(thing):
continue
if not thing.endswith(".py"):
continue
name = os.path.basename(thing)
name = name.rstrip(".py")
package = "matter.binpms.%s" % (name, )
try:
importlib.import_module(package) # they will then register
except ImportError as err:
pass
avail_binpms = BaseBinaryPMS.available_pms
matter_spec = MatterSpec()
parser_data = matter_spec.data()
matter_spec_params = ""
for spec_key in sorted(parser_data.keys()):
par = parser_data[spec_key]
matter_spec_params += "%s: %s\n" % (
purple(spec_key),
darkgreen(par.get("desc", "N/A")),
)
_env_vars_help = """\
Environment variables for Package Builder module:
%s = repository identifier
%s = alternative command used to sync Portage
default: %s
%s = alternative command used to sync Portage overlays
default: %s
Environment variables passed to --post executables:
%s = exit status from previous execution phases, useful for detecting
execution errors.
Matter Resources Lock file you can use to detect if matter is running:
%s (--blocking switch makes it acquire in blocking mode)
Matter .spec file supported parameters:
%s
Available Binary PMSs:
%s
""" % (
purple("MATTER_REPOSITORY_ID"),
purple("MATTER_PORTAGE_SYNC_CMD"),
darkgreen(PackageBuilder.DEFAULT_PORTAGE_SYNC_CMD),
purple("MATTER_OVERLAYS_SYNC_CMD"),
darkgreen(PackageBuilder.DEFAULT_OVERLAYS_SYNC_CMD),
purple("MATTER_EXIT_STATUS"),
darkgreen(MatterResourceLock.LOCK_FILE_PATH),
matter_spec_params,
"\n".join(
["%s: %s" % (purple(k.NAME), darkgreen(k.__name__)) \
for k in avail_binpms]),)
parser = argparse.ArgumentParser(
description="Automated Packages Builder",
epilog=_env_vars_help,
formatter_class=argparse.RawDescriptionHelpFormatter)
# * instead of + in order to support --sync only tasks
parser.add_argument("spec",
nargs="+",
metavar="<spec>",
type=file,
help="matter spec file")
default_pms = avail_binpms[0]
for k in avail_binpms:
if k.DEFAULT:
default_pms = k
break
parser.add_argument(
"--pms",
default=default_pms.NAME,
help="specify an alternative Binary PMS (see --help for a list), "
"current default: %s" % (default_pms.NAME, ))
parser.add_argument("--blocking",
help="when trying to acquire Binary PMS locks, "
"block until success.",
action="store_true")
parser.add_argument("--commit",
help="commit built packages to repository.",
action="store_true")
parser.add_argument(
"--gentle",
help="increase the system validation checks, be extremely "
"careful wrt the current system status.",
action="store_true")
parser.add_argument(
"--pre",
metavar="<exec>",
type=file,
help="executable to be called once for setup purposes.",
default=None)
parser.add_argument(
"--post",
metavar="<exec>",
type=file,
help="executable to be called once for teardown purposes.",
default=None)
parser.add_argument("--push",
help="push Binary PMS package updates to online "
"repository (only if --commit).",
action="store_true")
parser.add_argument(
"--sync",
help="sync Portage tree, and attached overlays, before starting.",
action="store_true")
parser.add_argument(
"--sync-best-effort",
default=False,
help="sync Portage tree and attached overlays, as --sync, but do "
"not exit if sync fails.",
action="store_true")
parser.add_argument("--disable-preserved-libs",
dest="disable_preserved_libs",
default=False,
help="disable prerserved libraries check.",
action="store_true")
parser.add_argument(
"--pretend",
dest="pretend",
default=False,
help="show what would be done without alterint the current system.",
action="store_true")
# extend parser arguments
for k in avail_binpms:
k.extend_parser(parser)
try:
nsargs = parser.parse_args(sys.argv[1:])
except IOError as err:
if err.errno == errno.ENOENT:
print_error(err.strerror + ": " + err.filename)
return 1
raise
if os.getuid() != 0:
# root access required
print_error("superuser access required")
return 1
# parse spec files
specs = []
for spec_f in nsargs.spec:
spec = SpecParser(spec_f)
data = spec.parse()
if data:
specs.append(data)
if not specs:
print_error("invalid spec files provided")
return 1
# O(n) determine what is the BinaryPMS to use
klass = None
for k in avail_binpms:
if k.NAME == nsargs.pms:
klass = k
break
if klass is None:
print_error("invalid Binary PMS specified: %s" % (nsargs.pms, ))
return 1
binary_pms = None
exit_st = 0
cwd = os.getcwd()
try:
try:
binary_pms = klass(cwd, nsargs)
except BaseBinaryPMS.BinaryPMSLoadError as err:
# repository not available or not configured
print_error("Cannot load Binary Package Manager: %s" % (err, ))
return 3
print_info("Loaded Binary PMS: %s" % (klass.NAME, ))
# validate repository entries of spec metadata
for spec in specs:
try:
binary_pms.validate_spec(spec)
except BaseBinaryPMS.SpecParserError as err:
print_error("%s" % (err, ))
return 1
if nsargs.blocking:
print_info("--blocking enabled, please wait for locks...")
resource_lock = binary_pms.get_resource_lock(nsargs.blocking)
with resource_lock:
with MatterResourceLock(nsargs.blocking):
exit_st = matter_main(binary_pms, nsargs, cwd, specs)
except BaseBinaryResourceLock.NotAcquired:
print_error("unable to acquire PMS Resources lock")
return 42
except MatterResourceLock.NotAcquired:
print_error("unable to acquire Matter Resources lock")
return 42
except KeyboardInterrupt:
print_error("Keyboard Interrupt, pid: %s" % (os.getpid(), ))
return 42
finally:
if binary_pms is not None:
binary_pms.shutdown()
print_warning("")
print_warning("")
print_warning("Tasks complete, exit status: %d" % (exit_st, ))
return exit_st