def process(self, broker, path):
for w in self.watchers:
w.watch_broker(broker)
result = None
try:
self.fire("pre_extract", broker, path)
with extract(path, timeout=self.timeout,
extract_dir=self.tmp_dir) as extraction:
ctx = create_context(extraction.tmp_dir)
broker[ctx.__class__] = ctx
self.fire("on_extract", ctx, broker, extraction)
output = StringIO()
with self.Format(broker, stream=output):
dr.run(self.comps, broker=broker)
output.seek(0)
result = output.read()
self.fire("on_engine_success", broker, result)
return result
except Exception as ex:
self.fire("on_engine_failure", broker, ex)
raise
finally:
self.fire("on_engine_complete", broker)
def process(self, broker, path):
for w in self.watchers:
w.watch_broker(broker)
result = None
try:
self.fire("pre_extract", broker, path)
with extract(path,
timeout=self.extract_timeout,
extract_dir=self.extract_tmp_dir) as extraction:
ctx, broker = initialize_broker(extraction.tmp_dir,
broker=broker)
self.fire("on_extract", ctx, broker, extraction)
output = StringIO()
with self.Formatter(broker, stream=output):
dr.run(self.target_components, broker=broker)
output.seek(0)
result = output.read()
self.fire("on_engine_success", broker, result)
return result
except Exception as ex:
self.fire("on_engine_failure", broker, ex)
raise
finally:
self.fire("on_engine_complete", broker)
def run_graph(seed_broker, g, output_dir):
to_save = [
plugins.datasource, plugins.parser, plugins.combiner, plugins.rule
]
broker = dr.Broker(seed_broker)
for _type in to_save:
path = os.path.join(output_dir, dr.get_simple_name(_type))
fs.ensure_path(path)
broker.add_observer(persister(path), _type)
dr.run(g, broker)
def process_archives(graph, archives):
for archive in archives:
if os.path.isfile(archive):
with extract(archive) as ex:
ctx = create_context(ex.tmp_dir)
broker = dr.Broker()
broker[ctx.__class__] = ctx
yield dr.run(broker=broker)
else:
ctx = create_context(archive)
broker = dr.Broker()
broker[ctx.__class__] = ctx
yield dr.run(graph, broker=broker)
def process_archives(archives):
for archive in archives:
with extract(archive) as ex:
ctx = create_context(ex.tmp_dir)
broker = dr.Broker()
broker[ctx.__class__] = ctx
yield dr.run(broker=broker)
def process_dir(self, path):
broker = create_broker(path)
broker = dr.run(broker=broker)
archive_meta = meta(hostname=get_hostname(broker),
uname=get_uname(broker),
release=get_release(broker),
version=get_version(broker),
**self.kwargs)
datasources = get_datasources(broker)
for d in datasources:
name = dr.get_simple_name(d)
large = is_large(name)
reader = line_reader if large else file_reader
providers = broker[d]
if not isinstance(providers, list):
providers = [providers]
for p in providers:
file_meta = meta(path=p.path, target=name)
transform = compose(archive_meta, file_meta, to_dict)
if large:
transform = compose(line_counter(), transform)
stream_transform = liftI(transform)
yield (name, p.path, compose(stream_transform, reader))
def test_spec_factory():
hn = HostContext()
broker = dr.Broker()
broker[HostContext] = hn
broker = dr.run(dr.get_dependency_graph(dostuff), broker)
assert dostuff in broker, broker.tracebacks
assert broker[Stuff.smpl_file].content == file_content
def _get_system_facts(archive_path):
facts = {}
default_packages = (
"insights.specs.default",
"insights.specs.insights_archive",
"insights.combiners",
"insights.parsers"
)
for pkg in default_packages:
dr.load_components(pkg)
broker = dr.Broker()
try:
with archives.extract(archive_path) as ex:
ctx = create_context(ex.tmp_dir, HostArchiveContext)
broker[ctx.__class__] = ctx
broker = dr.run(components=[Specs.machine_id, LsEtc],
broker=broker)
if Specs.machine_id in broker:
facts["id"] = broker[Specs.machine_id].content[0].strip()
if LsEtc in broker:
facts["satellite_managed"] = any([broker[LsEtc].dir_contains(*satellite_file)
for satellite_file in SATELLITE_MANAGED_FILES.values()
if satellite_file[0] in broker[LsEtc]])
except InvalidContentType:
LOGGER.error("Unable to parse archive.")
return facts
def process_facts(facts, meta, broker, use_pandas=False):
if use_pandas:
import pandas as pd
broker[ClusterMeta] = meta
for k, v in facts.items():
broker[k] = pd.DataFrame(v) if use_pandas else v
return dr.run(dr.COMPONENTS[dr.GROUPS.cluster], broker=broker)
def run_input_data(component, input_data):
broker = dr.Broker()
for k, v in input_data.data.items():
broker[k] = v
graph = dr.get_dependency_graph(component)
broker = dr.run(graph, broker=broker)
for v in broker.tracebacks.values():
print(v)
return broker
def parse(self):
# pylint: disable=too-many-branches
"""Parse given archive."""
ARCHIVE_PARSE_COUNT.inc()
default_packages = ("insights.specs.default",
"insights.specs.insights_archive",
"insights.combiners", "insights.parsers")
for pkg in default_packages:
dr.load_components(pkg)
broker = dr.Broker()
with archives.extract(self.archive_path) as ex:
ctx = create_context(ex.tmp_dir, HostArchiveContext)
broker[ctx.__class__] = ctx
broker = dr.run(components=[Installed, DnfModules, YumReposD],
broker=broker)
if Installed in broker:
pkglist = broker[Installed]
self._delete_blacklisted_packages(pkglist.packages)
for pkg_name in pkglist.packages:
pkg = pkglist.get_max(pkg_name)
self.package_list.append("%s-%s:%s-%s.%s" %
(pkg.name, pkg.epoch, pkg.version,
pkg.release, pkg.arch))
else:
RPMDB_PARSE_FAILURE.inc()
LOGGER.error("Unable to parse package list from archive.")
return
if YumReposD in broker:
repolist = broker[YumReposD]
for repo_file in repolist:
if repo_file.file_name == 'redhat.repo':
for repo in repo_file:
if repo_file[repo].get(
'enabled',
'1').lower() in ('1', 'true', 'enabled',
'yes', 'on'):
self.repo_list.append(repo)
break
if not self.repo_list:
REPOLIST_PARSE_FAILURE.inc()
LOGGER.warning("Unable to parse RHSM repo list from archive.")
if DnfModules in broker:
for module in broker[DnfModules]:
for module_name in module.sections():
self.modules_list.append({
'module_name':
module_name,
'module_stream':
module.get(module_name, 'stream')
})
def _get_system_profile(archive_path):
profile = {}
default_packages = ("insights.specs.default",
"insights.specs.insights_archive",
"insights.combiners", "insights.parsers")
for pkg in default_packages:
dr.load_components(pkg)
broker = dr.Broker()
try:
with archives.extract(archive_path) as ex:
ctx = create_context(ex.tmp_dir, HostArchiveContext)
broker[ctx.__class__] = ctx
broker = dr.run(components=[
Specs.machine_id, Installed, DnfModules, YumReposD
],
broker=broker)
if Specs.machine_id in broker:
profile["id"] = broker[Specs.machine_id].content[0].strip()
profile["installed_packages"] = []
if Installed in broker:
pkglist = broker[Installed]
for pkg_name in pkglist.packages:
pkg = pkglist.get_max(pkg_name)
profile["installed_packages"].append(pkg.nevra)
profile["yum_repos"] = []
if YumReposD in broker:
repolist = broker[YumReposD]
for repo_file in repolist:
if repo_file.file_name == 'redhat.repo':
for repo in repo_file:
if repo_file[repo].get(
'enabled',
'1').lower() in ('1', 'true',
'enabled', 'yes',
'on'):
profile["yum_repos"].append(repo)
break
profile["dnf_modules"] = []
if DnfModules in broker:
for module in broker[DnfModules]:
for module_name in module.sections():
profile["dnf_modules"].append({
'name':
module_name,
'stream':
module.get(module_name, 'stream')
})
LOGGER.info(profile)
except InvalidContentType:
LOGGER.error("Unable to parse archive.")
return profile
def test_run():
broker = dr.Broker()
broker["common"] = 3
graph = dr.get_dependency_graph(stage3)
graph.update(dr.get_dependency_graph(stage4))
broker = dr.run(graph, broker)
assert stage3 in broker.instances
assert broker[stage3] == 3
assert stage4 in broker.instances
assert broker[stage4] == 3
def parse(self):
# pylint: disable=too-many-branches
"""Parse given archive."""
ARCHIVE_PARSE_COUNT.inc()
default_packages = ("insights.specs.default",
"insights.specs.insights_archive",
"insights.combiners", "insights.parsers")
for pkg in default_packages:
dr.load_components(pkg)
broker = dr.Broker()
with archives.extract(self.archive_path) as ex:
ctx = create_context(ex.tmp_dir, HostArchiveContext)
broker[ctx.__class__] = ctx
broker = dr.run(components=[
Installed, SubscriptionManagerReposListEnabled, DnfModules
],
broker=broker)
if Installed in broker:
pkglist = broker[Installed]
self._delete_blacklisted_packages(pkglist.packages)
for pkg_name in pkglist.packages:
pkg = pkglist.get_max(pkg_name)
self.package_list.append("%s-%s:%s-%s.%s" %
(pkg.name, pkg.epoch, pkg.version,
pkg.release, pkg.arch))
else:
RPMDB_PARSE_FAILURE.inc()
LOGGER.error("Unable to parse package list from archive.")
return
if SubscriptionManagerReposListEnabled in broker:
repolist = broker[SubscriptionManagerReposListEnabled]
for repo_record in repolist.records:
repo_label = repo_record.get("Repo ID", None)
if repo_label:
self.repo_list.append(repo_label)
if not self.repo_list:
REPOLIST_PARSE_FAILURE.inc()
LOGGER.warning("Unable to parse RHSM repo list from archive.")
if DnfModules in broker:
for module in broker[DnfModules]:
for module_name in module.sections():
self.modules_list.append({
'module_name':
module_name,
'module_stream':
module.get(module_name, 'stream')
})
def _get_system_facts(archive_path):
facts = {}
default_packages = ("insights.specs.default",
"insights.specs.insights_archive",
"insights.combiners", "insights.parsers")
for pkg in default_packages:
dr.load_components(pkg)
broker = dr.Broker()
try:
with archives.extract(archive_path) as ex:
ctx = create_context(ex.tmp_dir, HostArchiveContext)
broker[ctx.__class__] = ctx
broker = dr.run(components=[Specs.machine_id], broker=broker)
if Specs.machine_id in broker:
facts["id"] = broker[Specs.machine_id].content[0].strip()
except InvalidContentType:
LOGGER.error("Unable to parse archive.")
return facts
def run_components(self):
dr.run(dr.COMPONENTS[dr.GROUPS.single], broker=self.broker)
def process_facts(facts, meta, broker, cluster_graph):
broker[ClusterMeta] = meta
for k, v in facts.items():
broker[k] = pd.DataFrame(v)
return dr.run(cluster_graph, broker=broker)
def run_components(self, graph=None):
dr.run(graph or dr.COMPONENTS[dr.GROUPS.single], broker=self.broker)
def process_facts(facts, meta, broker):
broker[ClusterMeta] = meta
for k, v in facts.items():
broker[k] = pd.DataFrame(v)
return dr.run(dr.COMPONENTS[dr.GROUPS.cluster], broker=broker)
