def post_analyze(
image: str,
debug: bool = False,
registry_user: str = None,
registry_password: str = None,
environment_type: str = None,
origin: str = None,
verify_tls: bool = True,
force: bool = False,
):
"""Run an analyzer in a restricted namespace."""
parameters = locals()
force = parameters.pop("force", None)
# Set default environment type if none provided.
parameters["environment_type"] = parameters["environment_type"] or "runtime"
# Always extract metadata to check for authentication issues and such.
metadata = _do_get_image_metadata(
image, registry_user=registry_user, registry_password=registry_password, verify_tls=verify_tls
)
if metadata[1] != 200:
# There was an error extracting metadata, tuple holds dictionary with error report and HTTP status code.
return metadata
metadata = metadata[0]
# We compute digest of parameters so we do not reveal any authentication specific info.
parameters_digest = _compute_digest_params(parameters)
cache = AnalysesCacheStore()
cache.connect()
cached_document_id = metadata["digest"] + "+" + parameters_digest
if not force:
try:
return (
{
"analysis_id": cache.retrieve_document_record(cached_document_id).pop("analysis_id"),
"cached": True,
"parameters": parameters,
},
202,
)
except CacheMiss:
pass
response, status_code = _do_schedule(
parameters, _OPENSHIFT.schedule_package_extract, output=Configuration.THOTH_ANALYZER_OUTPUT
)
analysis_by_digest_store = AnalysisByDigest()
analysis_by_digest_store.connect()
analysis_by_digest_store.store_document(metadata["digest"], response)
if status_code == 202:
cache.store_document_record(cached_document_id, {"analysis_id": response["analysis_id"]})
return response, status_code
def post_analyze(
image: str,
debug: bool = False,
registry_user: str = None,
registry_password: str = None,
environment_type: str = None,
origin: str = None,
verify_tls: bool = True,
force: bool = False,
):
"""Run an analyzer in a restricted namespace."""
parameters = locals()
force = parameters.pop("force", None)
# Set default environment type if none provided. As we are serving user's
# requests, we always analyze external container images.
parameters["environment_type"] = parameters.get(
"runtime_environment") or "runtime"
parameters["is_external"] = True
# Always extract metadata to check for authentication issues and such.
metadata_req = _do_get_image_metadata(image,
registry_user=registry_user,
registry_password=registry_password,
verify_tls=verify_tls)
if metadata_req[1] != 200:
# There was an error extracting metadata, tuple holds dictionary with error report and HTTP status code.
return metadata_req
metadata = metadata_req[0]
# We compute digest of parameters so we do not reveal any authentication specific info.
parameters_digest = _compute_digest_params(parameters)
cache = AnalysesCacheStore()
cache.connect()
cached_document_id = metadata["digest"] + "+" + parameters_digest
if not force:
try:
return (
{
"analysis_id":
cache.retrieve_document_record(cached_document_id).pop(
"analysis_id"),
"cached":
True,
"parameters":
parameters,
},
202,
)
except CacheMiss:
pass
parameters["job_id"] = _OPENSHIFT.generate_id("package-extract")
response, status_code = _send_schedule_message(
parameters, package_extract_trigger_message,
PackageExtractTriggerContent)
analysis_by_digest_store = AnalysisByDigest()
analysis_by_digest_store.connect()
analysis_by_digest_store.store_document(metadata["digest"], response)
if status_code == 202:
cache.store_document_record(cached_document_id,
{"analysis_id": response["analysis_id"]})
# Store the request for traceability.
store = AnalysisResultsStore()
store.connect()
store.store_request(parameters["job_id"], parameters)
return response, status_code
def post_build(
build_detail: typing.Dict[str, typing.Any],
*,
base_registry_password: typing.Optional[str] = None,
base_registry_user: typing.Optional[str] = None,
base_registry_verify_tls: bool = True,
output_registry_password: typing.Optional[str] = None,
output_registry_user: typing.Optional[str] = None,
output_registry_verify_tls: bool = True,
debug: bool = False,
environment_type: typing.Optional[str] = None,
force: bool = False,
origin: typing.Optional[str] = None,
) -> typing.Tuple[typing.Dict[str, typing.Any], int]:
"""Run analysis on a build."""
output_image = build_detail.get("output_image")
base_image = build_detail.get("base_image")
build_log = build_detail.get("build_log")
if not output_image and not base_image and not build_log:
return {"error": "No base, output nor build log provided"}, 400
buildlog_analysis_id = None
buildlog_document_id = None
if build_log:
buildlog_document_id, buildlog_analysis_id = _store_build_log(
build_log, force=force)
message_parameters = {
"base_image_analysis_id":
None, # Assigned below.
"base_image":
base_image,
"base_registry_password":
base_registry_password,
"base_registry_user":
base_registry_user,
"base_registry_verify_tls":
base_registry_verify_tls,
"output_image_analysis_id":
None, # Assigned below.
"output_image":
output_image,
"output_registry_password":
output_registry_password,
"output_registry_user":
output_registry_user,
"output_registry_verify_tls":
output_registry_verify_tls,
"environment_type":
environment_type,
"buildlog_document_id":
buildlog_document_id,
"buildlog_parser_id":
None
if buildlog_analysis_id else OpenShift.generate_id("buildlog-parser"),
"origin":
origin,
"debug":
debug,
"job_id":
OpenShift.generate_id("build-analysis"),
}
cache = AnalysesCacheStore()
cache.connect()
# Handle the base container image used during the build process.
base_image_analysis = None
base_image_analysis_id = None
base_cached_document_id = None
base_image_analysis_cached = False
if base_image:
base_image_info = {
"image": base_image,
"registry_user": base_registry_user,
"registry_password": base_registry_password,
"verify_tls": base_registry_verify_tls,
}
metadata_req = _do_get_image_metadata(**base_image_info)
if metadata_req[1] != 200:
# There was an error extracting metadata, tuple holds dictionary with error report and HTTP status code.
return metadata_req
base_image_metadata = metadata_req[0]
# We compute digest of parameters so we do not reveal any authentication specific info.
parameters_digest = _compute_digest_params(base_image)
base_cached_document_id = base_image_metadata[
"digest"] + "+" + parameters_digest
base_image_analysis_id = OpenShift.generate_id("package-extract")
if not force:
try:
base_image_analysis_id = cache.retrieve_document_record(
base_cached_document_id).pop("analysis_id")
base_image_analysis_cached = True
except CacheMiss:
pass
base_image_analysis = {
"analysis_id": base_image_analysis_id,
"cached": base_image_analysis_cached,
"parameters": {
"base_image": base_image,
# "registry_password": base_registry_password,
# "registry_user": base_registry_user,
"registry_verify_tls": base_registry_verify_tls,
},
}
analysis_by_digest_store = AnalysisByDigest()
analysis_by_digest_store.connect()
analysis_by_digest_store.store_document(base_image_metadata["digest"],
base_image_analysis)
# Handle output ("resulting") container image used during the build process.
output_image_analysis = None
output_image_analysis_id = None
output_cached_document_id = None
output_image_analysis_cached = False
if output_image:
output_image_info = {
"image": output_image,
"registry_user": output_registry_user,
"registry_password": output_registry_password,
"verify_tls": output_registry_verify_tls,
}
metadata_req = _do_get_image_metadata(**output_image_info)
if metadata_req[1] != 200:
# There was an error extracting metadata, tuple holds dictionary with error report and HTTP status code.
return metadata_req
output_image_metadata = metadata_req[0]
# We compute digest of parameters so we do not reveal any authentication specific info.
parameters_digest = _compute_digest_params(output_image)
output_cached_document_id = output_image_metadata[
"digest"] + "+" + parameters_digest
output_image_analysis_id = OpenShift.generate_id("package-extract")
if not force:
try:
output_image_analysis_id = cache.retrieve_document_record(
output_cached_document_id).pop("analysis_id")
output_image_analysis_cached = True
except CacheMiss:
pass
output_image_analysis = {
"analysis_id": output_image_analysis_id,
"cached": output_image_analysis_cached,
"parameters": {
"output_image": output_image,
# "registry_password": output_registry_password,
# "registry_user": output_registry_user,
"registry_verify_tls": output_registry_verify_tls,
},
}
analysis_by_digest_store = AnalysisByDigest()
analysis_by_digest_store.connect()
analysis_by_digest_store.store_document(
output_image_metadata["digest"], output_image_analysis)
message_parameters[
"base_image_analysis_id"] = base_image_analysis_id if not base_image_analysis_cached else None
message_parameters["output_image_analysis_id"] = (
output_image_analysis_id if not output_image_analysis_cached else None)
if build_log:
pass
response, status = _send_schedule_message(message_parameters,
build_analysis_trigger_message,
BuildAnalysisTriggerContent)
if status != 202:
# We do not return response directly as it holds data flattened and to make sure secrets are propagated back.
return response, status
# Store all the ids to caches once the message is sent so subsequent calls work as expected.
if base_cached_document_id:
cache.store_document_record(base_cached_document_id,
{"analysis_id": base_image_analysis_id})
if output_cached_document_id:
cache.store_document_record(output_cached_document_id,
{"analysis_id": output_image_analysis_id})
if build_log and not buildlog_analysis_id:
buildlogs_cache = BuildLogsAnalysesCacheStore()
buildlogs_cache.connect()
cached_document_id = _compute_digest_params(build_log)
buildlogs_cache.store_document_record(
cached_document_id,
{"analysis_id": message_parameters["buildlog_parser_id"]})
if base_image_analysis or output_image_analysis:
store = AnalysisResultsStore()
store.connect()
if base_image_analysis_id:
store.store_request(base_image_analysis_id, base_image_analysis)
if output_image_analysis:
store.store_request(output_image_analysis_id,
output_image_analysis)
return {
"base_image_analysis": base_image_analysis,
"output_image_analysis": output_image_analysis,
"buildlog_analysis": {
"analysis_id":
buildlog_analysis_id or message_parameters["buildlog_parser_id"],
"cached":
buildlog_analysis_id is not None,
},
"buildlog_document_id": buildlog_document_id,
}, 202