def test_read_write_file(fx_mk_temp_dir):
temp_file = os.path.join(mock_paths.TEST_TEMP_DIR, "mock_file.txt")
sdk_helpers.write_file(temp_file, mock_data.mock_file_contents)
assert os.path.isfile(temp_file)
file_lines = sdk_helpers.read_file(temp_file)
assert mock_data.mock_file_contents in file_lines
def _mk_app_config():
write_path = os.path.join(mock_paths.TEST_TEMP_DIR, "app.config")
resilient_mock = "{0}.{1}".format(
os.path.join(mock_paths.SHARED_MOCK_DATA_DIR, "resilient_api_mock"),
"ResilientAPIMock")
app_configs = """
[resilient]
#api_key_id=xxx
#api_key_secret=xxx
host=192.168.56.1
port=443
org=Test Organization
[email protected]
password=PassWord_;)
#componentsdir=~/.resilient/components
logdir=~/.resilient/logs/
logfile=app.log
loglevel=DEBUG
cafile=false
resilient_mock={0}""".format(resilient_mock)
sdk_helpers.write_file(write_path, app_configs)
return write_path
def test_rename_file(fx_mk_temp_dir):
temp_file = os.path.join(mock_paths.TEST_TEMP_DIR, "mock_file.txt")
sdk_helpers.write_file(temp_file, mock_data.mock_file_contents)
sdk_helpers.rename_file(temp_file, "new_file_name.txt")
path_renamed_file = os.path.join(mock_paths.TEST_TEMP_DIR, "new_file_name.txt")
assert os.path.isfile(path_renamed_file) is True
def test_validate_file_paths(fx_mk_temp_dir):
non_exist_file = "/non_exits/path/non_exist_file.txt"
with pytest.raises(SDKException, match=r"Could not find file: " + non_exist_file):
sdk_helpers.validate_file_paths(None, non_exist_file)
exists_file = os.path.join(mock_paths.TEST_TEMP_DIR, "mock_existing_file.txt")
sdk_helpers.write_file(exists_file, mock_data.mock_file_contents)
sdk_helpers.validate_file_paths(None, exists_file)
def test_rename_to_bak_file(fx_mk_temp_dir):
temp_file = os.path.join(mock_paths.TEST_TEMP_DIR, "mock_file.txt")
sdk_helpers.write_file(temp_file, mock_data.mock_file_contents)
sdk_helpers.rename_to_bak_file(temp_file)
files_in_dir = os.listdir(mock_paths.TEST_TEMP_DIR)
regex = re.compile(r'^mock_file\.txt-\d+\d+\d+\d+\d+\d+\d+\.bak$')
matched_file_name = list(filter(regex.match, files_in_dir))[0]
assert regex.match(matched_file_name)
def test_has_permissions(fx_mk_temp_dir):
temp_permissions_file = os.path.join(mock_paths.TEST_TEMP_DIR, "mock_permissions.txt")
sdk_helpers.write_file(temp_permissions_file, mock_data.mock_file_contents)
# Set permissions to Read only
os.chmod(temp_permissions_file, stat.S_IRUSR)
with pytest.raises(SDKException, match=r"User does not have WRITE permissions"):
sdk_helpers.has_permissions(os.W_OK, temp_permissions_file)
# Set permissions to Write only
os.chmod(temp_permissions_file, stat.S_IWUSR)
with pytest.raises(SDKException, match=r"User does not have READ permissions"):
sdk_helpers.has_permissions(os.R_OK, temp_permissions_file)
def render_jinja_mapping(jinja_mapping_dict, jinja_env, target_dir, package_dir):
"""
Write all the Jinja Templates specified in jinja_mapping_dict that
are found in the jinja_env to the target_dir. Returns a Tuple of
newly generated files and files that were skipped
:param jinja_mapping_dict: e.g. {"file_to_write.py": ("name_of_template.py.jinja2", jinja_data)}
:param jinja_env: Jinja Environment
:param target_dir: Path to write Templates to
:return: newly_generated_files, files_skipped: a Tuple of newly generated files and files skipped
:rtype: tuple
"""
newly_generated_files = []
files_skipped = []
for (file_name, file_info) in jinja_mapping_dict.items():
if isinstance(file_info, dict):
# This is a sub directory
sub_dir_mapping_dict = file_info
path_sub_dir = os.path.join(target_dir, file_name)
try:
os.makedirs(path_sub_dir)
# Skip this error, which is generally a 'File Exists' error
except OSError:
pass
new_files, skipped_files = CmdCodegen.render_jinja_mapping(
jinja_mapping_dict=sub_dir_mapping_dict,
jinja_env=jinja_env,
target_dir=path_sub_dir,
package_dir=package_dir)
newly_generated_files += new_files
files_skipped += skipped_files
elif isinstance(file_info, str) and os.path.isfile(file_info):
# It is just a path to a file, copy it to the target_file
target_file = os.path.join(target_dir, file_name)
if os.path.exists(target_file):
# If file already exists skip copy.
files_skipped.append(os.path.relpath(target_file, start=package_dir))
continue
newly_generated_files.append(os.path.relpath(target_file, start=package_dir))
shutil.copy(file_info, target_file)
else:
# Get path to Jinja2 template
path_template = file_info[0]
# Get data dict for this Jinja2 template
template_data = file_info[1]
target_file = os.path.join(target_dir, file_name)
if os.path.exists(target_file):
files_skipped.append(os.path.relpath(target_file, start=package_dir))
continue
jinja_template = jinja_env.get_template(path_template)
jinja_rendered_text = jinja_template.render(template_data)
newly_generated_files.append(os.path.relpath(target_file, start=package_dir))
sdk_helpers.write_file(target_file, jinja_rendered_text)
return newly_generated_files, files_skipped
def _set_version(args):
new_version = args.set_version
if not sdk_helpers.is_valid_version_syntax(new_version):
raise SDKException(
"{0} is not a valid version".format(new_version))
new_version_int = list(map(int, (re.findall(r"\d+", new_version))))
# Get absolute path_to_src
path_to_src = os.path.abspath(args.package)
# Get path to setup.py file
path_setup_py_file = os.path.join(path_to_src,
package_helpers.BASE_NAME_SETUP_PY)
# Parse the setup.py file
setup_py_attributes = package_helpers.parse_setup_py(
path_setup_py_file,
package_helpers.SUPPORTED_SETUP_PY_ATTRIBUTE_NAMES)
package_name = setup_py_attributes.get("name", "")
LOG.info("Setting Resilient Platform version for %s to %s",
package_name, new_version)
# Get the customize file location.
path_customize_py = package_helpers.get_configuration_py_file_path(
"customize", setup_py_attributes)
# Get customize.py ImportDefinition
customize_py_import_definition = package_helpers.get_import_definition_from_customize_py(
path_customize_py)
old_version = customize_py_import_definition["server_version"][
"version"]
LOG.info("Old Version: %s", old_version)
LOG.info("New Version: %s", new_version)
# Set the new version
customize_py_import_definition["server_version"][
"version"] = new_version
customize_py_import_definition["server_version"][
"major"] = new_version_int[0]
customize_py_import_definition["server_version"][
"minor"] = new_version_int[1]
customize_py_import_definition["server_version"][
"build_number"] = new_version_int[2]
LOG.info("Loading old customize.py file")
# Load the customize.py module
customize_py_module = package_helpers.load_customize_py_module(
path_customize_py, warn=False)
# Get the 'old_params' from customize.py
old_params = customize_py_module.codegen_reload_data()
# Rename the old customize.py with .bak
path_customize_py_bak = sdk_helpers.rename_to_bak_file(
path_customize_py)
# If local export file exists then save it to a .bak file.
# (Older packages may not have the /util/data/export.res file)
# Figure out the path of the files first
dir_customize_py = os.path.dirname(path_customize_py)
path_local_export_res = os.path.join(
dir_customize_py, package_helpers.PATH_LOCAL_EXPORT_RES)
path_local_export_res_bak = None
if os.path.isfile(path_local_export_res):
path_local_export_res_bak = sdk_helpers.rename_to_bak_file(
path_local_export_res)
try:
jinja_data = sdk_helpers.get_from_export(
customize_py_import_definition,
message_destinations=old_params.get("message_destinations"),
functions=old_params.get("functions"),
workflows=old_params.get("workflows"),
rules=old_params.get("actions"),
fields=old_params.get("incident_fields"),
artifact_types=old_params.get("incident_artifact_types"),
datatables=old_params.get("datatables"),
tasks=old_params.get("automatic_tasks"),
scripts=old_params.get("scripts"))
jinja_data["export_data"] = sdk_helpers.minify_export(
customize_py_import_definition,
message_destinations=sdk_helpers.get_object_api_names(
ResilientObjMap.MESSAGE_DESTINATIONS,
jinja_data.get("message_destinations")),
functions=sdk_helpers.get_object_api_names(
ResilientObjMap.FUNCTIONS, jinja_data.get("functions")),
workflows=sdk_helpers.get_object_api_names(
ResilientObjMap.WORKFLOWS, jinja_data.get("workflows")),
rules=sdk_helpers.get_object_api_names(
ResilientObjMap.RULES, jinja_data.get("rules")),
fields=jinja_data.get("all_fields"),
artifact_types=sdk_helpers.get_object_api_names(
ResilientObjMap.INCIDENT_ARTIFACT_TYPES,
jinja_data.get("artifact_types")),
datatables=sdk_helpers.get_object_api_names(
ResilientObjMap.DATATABLES, jinja_data.get("datatables")),
tasks=sdk_helpers.get_object_api_names(
ResilientObjMap.TASKS, jinja_data.get("tasks")),
phases=sdk_helpers.get_object_api_names(
ResilientObjMap.PHASES, jinja_data.get("phases")),
scripts=sdk_helpers.get_object_api_names(
ResilientObjMap.SCRIPTS, jinja_data.get("scripts")))
# Add package_name to jinja_data
jinja_data["package_name"] = package_name
# Add version
jinja_data["version"] = setup_py_attributes.get(
"version", package_helpers.MIN_SETUP_PY_VERSION)
# Instansiate Jinja2 Environment with path to Jinja2 templates for customize.py
jinja_env = sdk_helpers.setup_jinja_env(
"data/codegen/templates/package_template/package/util")
jinja_template = jinja_env.get_template("customize.py.jinja2")
LOG.info("Writing new customize.py file")
# Render & write jinja2 template
jinja_rendered_text = jinja_template.render(jinja_data)
sdk_helpers.write_file(path_customize_py, jinja_rendered_text)
# Instansiate Jinja2 Environment with path to Jinja2 templates for /util/dat/export.res
#jinja_env = sdk_helpers.setup_jinja_env("data/codegen/templates/package_template/package/util/data")
jinja_template = jinja_env.get_template("/data/export.res.jinja2")
LOG.debug("Writing new /util/data/export.res file")
# Render jinja2 template
jinja_rendered_text = jinja_template.render(jinja_data)
# Make sure the /util/data directory is there if it is not
dir_local_export_res = os.path.dirname(path_local_export_res)
if not os.path.exists(dir_local_export_res):
os.makedirs(dir_local_export_res)
# Write the file
sdk_helpers.write_file(path_local_export_res, jinja_rendered_text)
LOG.info("'dev --set-version' complete for '%s'", package_name)
except Exception as err:
LOG.error(
u"Error running resilient-sdk dev --set-version\n\nERROR:%s",
err)
# This is required in finally block as user may kill using keyboard interrupt
finally:
# If an error occurred, customize.py does not exist, rename the backup file to original
if not os.path.isfile(path_customize_py):
LOG.info(
u"An error occurred. Renaming customize.py.bak to customize.py"
)
sdk_helpers.rename_file(path_customize_py_bak,
package_helpers.BASE_NAME_CUSTOMIZE_PY)
if path_local_export_res_bak and not os.path.isfile(
path_local_export_res):
LOG.info(
u"An error occurred. Renaming /util/data/export.res.bak to export.res"
)
sdk_helpers.rename_file(
path_local_export_res_bak,
package_helpers.BASE_NAME_LOCAL_EXPORT_RES)
def render_jinja_mapping(jinja_mapping_dict, jinja_env, target_dir, package_dir):
"""
Write all the Jinja Templates specified in jinja_mapping_dict that
are found in the jinja_env to the target_dir. Returns a Tuple of
newly generated files and files that were skipped
:param jinja_mapping_dict: e.g. {"file_to_write.py": ("name_of_template.py.jinja2", jinja_data)}
:param jinja_env: Jinja Environment
:param target_dir: Path to write Templates to
:return: newly_generated_files, files_skipped: a Tuple of newly generated files and files skipped
:rtype: tuple
"""
newly_generated_files = []
files_skipped = []
for (file_name, file_info) in jinja_mapping_dict.items():
if isinstance(file_info, dict):
# This is a sub directory
sub_dir_mapping_dict = file_info
path_sub_dir = os.path.join(target_dir, file_name)
try:
os.makedirs(path_sub_dir)
# Skip this error, which is generally a 'File Exists' error
except OSError:
pass
new_files, skipped_files = CmdCodegen.render_jinja_mapping(
jinja_mapping_dict=sub_dir_mapping_dict,
jinja_env=jinja_env,
target_dir=path_sub_dir,
package_dir=package_dir)
newly_generated_files += new_files
files_skipped += skipped_files
elif isinstance(file_info, str) and os.path.isfile(file_info):
# It is just a path to a file, copy it to the target_file
target_file = os.path.join(target_dir, file_name)
if os.path.exists(target_file):
# If file already exists skip copy.
files_skipped.append(os.path.relpath(target_file, start=package_dir))
continue
newly_generated_files.append(os.path.relpath(target_file, start=package_dir))
shutil.copy(file_info, target_file)
else:
# Initialize variable for target file name from export.
export_target_file = None
# Get path to Jinja2 template
path_template = file_info[0]
# Get data dict for this Jinja2 template
template_data = file_info[1]
target_file = os.path.join(target_dir, file_name)
# Get target file extension.
target_ext = os.path.splitext(target_file)[1]
# Try to set object name to function name if it exists in export.
export_obj_name = template_data.get(ResilientObjMap.FUNCTIONS)
if not export_obj_name:
# Not a function try to set to workflow name from export instead.
export_obj_name = template_data.get(ResilientObjMap.WORKFLOWS)
if export_obj_name:
# Is a function or workflow so get file path(s) using export object name.
if os.path.dirname(path_template) == "tests":
export_target_file = os.path.join(target_dir, u"test_{0}{1}".format(export_obj_name, target_ext))
else:
export_target_file = os.path.join(target_dir, u"{0}{1}".format(export_obj_name, target_ext))
write_target_file = None
for t_file in [target_file, export_target_file]:
if t_file and os.path.exists(t_file):
# Don't skip for workflows.
if target_ext == ".md" and export_target_file:
# Write to first workflow target file name format found.
write_target_file = t_file
else:
files_skipped.append(os.path.relpath(t_file, start=package_dir))
write_target_file = None
break
if t_file and not write_target_file:
# We will use default (target_file) format if file doesn't already exist.
write_target_file = t_file
if not write_target_file:
continue
jinja_template = jinja_env.get_template(path_template)
jinja_rendered_text = jinja_template.render(template_data)
newly_generated_files.append(os.path.relpath(write_target_file, start=package_dir))
sdk_helpers.write_file(write_target_file, jinja_rendered_text)
return newly_generated_files, files_skipped
def _get_results_from_log_file(cls, args):
"""
- Gets all function names from the payload_samples directory
- Traverses the file at the path specified by args.gather_results (in a reversed order)
- Looks for lines containing ``[<fn_name>] Result: {'version': 2.0, 'success': True...``
- Parses it and generates an output_json_example.json and output_json_schema.json file for each ``Result`` found
- Uses the libary ``genson`` to generate the JSON schema from a Python Dictionary
:param args: (required) the cmd line arguments
:type args: argparse.ArgumentParser
:raises: an SDKException if args.package is not a valid path
"""
# Check if Python >= MIN_SUPPORTED_PY_VERSION
if not sdk_helpers.is_python_min_supported_version(constants.ERROR_WRONG_PYTHON_VERSION):
raise SDKException(constants.ERROR_WRONG_PYTHON_VERSION)
path_package = os.path.abspath(args.package)
path_log_file = args.gather_results
path_payload_samples_dir = os.path.join(path_package, package_helpers.BASE_NAME_PAYLOAD_SAMPLES_DIR)
LOG.debug("\nPath to project: %s", path_package)
sdk_helpers.validate_dir_paths(os.W_OK, path_package)
package_name = package_helpers.get_package_name(path_package)
LOG.info("'codegen %s' started for '%s'", constants.SUB_CMD_OPT_GATHER_RESULTS, package_name)
try:
sdk_helpers.validate_dir_paths(os.W_OK, path_payload_samples_dir)
except SDKException as e:
if constants.ERROR_NOT_FIND_DIR in e.message:
LOG.warning("WARNING: no '%s' found. Running 'codegen --reload' to create the default missing files\n%s", package_helpers.BASE_NAME_PAYLOAD_SAMPLES_DIR, constants.LOG_DIVIDER)
args.reload = True
cls._reload_package(args)
LOG.warning(constants.LOG_DIVIDER)
else:
raise e
functions_that_need_payload_samples = args.function if args.function else os.listdir(path_payload_samples_dir)
results_scraped = sdk_helpers.scrape_results_from_log_file(path_log_file)
for fn_name in functions_that_need_payload_samples:
fn_results = results_scraped.get(fn_name)
if not fn_results:
package_helpers.color_output("WARNING: No results could be found for '{0}' in '{1}'".format(fn_name, path_log_file), constants.VALIDATE_LOG_LEVEL_WARNING, do_print=True)
continue
LOG.info("Results found for '[%s]'", fn_name)
path_payload_samples_fn_name = os.path.join(path_payload_samples_dir, fn_name)
path_output_json_example = os.path.join(path_payload_samples_fn_name, package_helpers.BASE_NAME_PAYLOAD_SAMPLES_EXAMPLE)
path_output_json_schema = os.path.join(path_payload_samples_fn_name, package_helpers.BASE_NAME_PAYLOAD_SAMPLES_SCHEMA)
path_output_json_example_bak = sdk_helpers.rename_to_bak_file(path_output_json_example)
path_output_json_schema_bak = sdk_helpers.rename_to_bak_file(path_output_json_schema)
try:
LOG.debug("Writing JSON example file for '%s' to '%s'", fn_name, path_output_json_example)
sdk_helpers.write_file(path_output_json_example, json.dumps(fn_results, indent=2))
LOG.debug("Writing JSON schema file for '%s' to '%s'", fn_name, path_output_json_schema)
builder = CustomSchemaBuilder(schema_uri=constants.CODEGEN_JSON_SCHEMA_URI)
main_genson_builder_overwrites(builder)
builder.add_object(fn_results)
sdk_helpers.write_file(path_output_json_schema, builder.to_json(indent=2))
finally:
if not os.path.isfile(path_output_json_example) and path_output_json_example_bak:
LOG.info(u"An error occurred. Renaming %s.bak to %s", package_helpers.BASE_NAME_PAYLOAD_SAMPLES_EXAMPLE, package_helpers.BASE_NAME_PAYLOAD_SAMPLES_EXAMPLE)
sdk_helpers.rename_file(path_output_json_example_bak, package_helpers.BASE_NAME_PAYLOAD_SAMPLES_EXAMPLE)
if not os.path.isfile(path_output_json_schema) and path_output_json_schema_bak:
LOG.info(u"An error occurred. Renaming %s.bak to %s", package_helpers.BASE_NAME_PAYLOAD_SAMPLES_SCHEMA, package_helpers.BASE_NAME_PAYLOAD_SAMPLES_SCHEMA)
sdk_helpers.rename_file(path_output_json_schema_bak, package_helpers.BASE_NAME_PAYLOAD_SAMPLES_SCHEMA)
LOG.info("'codegen %s' complete for '%s'", constants.SUB_CMD_OPT_GATHER_RESULTS, package_name)
def execute_command(self, args):
LOG.info("Starting 'extract'...")
LOG.debug("'extract' called with %s", args)
# Set docgen name for SDKException
SDKException.command_ran = self.CMD_NAME
# Get output_base, use args.output if defined, else current directory
output_base = args.output if args.output else os.curdir
output_base = os.path.abspath(output_base)
# If --exportfile is specified, read org_export from that file
if args.exportfile:
LOG.info("Using local export file: %s", args.exportfile)
org_export = sdk_helpers.read_local_exportfile(args.exportfile)
else:
# Instantiate connection to the Resilient Appliance
res_client = sdk_helpers.get_resilient_client(
path_config_file=args.config)
# Generate + get latest export from Resilient Server
org_export = sdk_helpers.get_latest_org_export(res_client)
LOG.info("Extracting data from export...")
# Get extracted data from export
extract_data = sdk_helpers.get_from_export(
org_export,
message_destinations=args.messagedestination,
functions=args.function,
workflows=args.workflow,
rules=args.rule,
fields=args.field,
artifact_types=args.artifacttype,
datatables=args.datatable,
tasks=args.task,
scripts=args.script,
incident_types=args.incidenttype,
playbooks=args.playbook)
# Get 'minified' version of the export. This is used in to create export.res
min_extract_data = sdk_helpers.minify_export(
org_export,
message_destinations=sdk_helpers.get_object_api_names(
ResilientObjMap.MESSAGE_DESTINATIONS,
extract_data.get("message_destinations")),
functions=sdk_helpers.get_object_api_names(
ResilientObjMap.FUNCTIONS, extract_data.get("functions")),
workflows=sdk_helpers.get_object_api_names(
ResilientObjMap.WORKFLOWS, extract_data.get("workflows")),
rules=sdk_helpers.get_object_api_names(ResilientObjMap.RULES,
extract_data.get("rules")),
fields=extract_data.get("all_fields"),
artifact_types=sdk_helpers.get_object_api_names(
ResilientObjMap.INCIDENT_ARTIFACT_TYPES,
extract_data.get("artifact_types")),
datatables=sdk_helpers.get_object_api_names(
ResilientObjMap.DATATABLES, extract_data.get("datatables")),
tasks=sdk_helpers.get_object_api_names(ResilientObjMap.TASKS,
extract_data.get("tasks")),
phases=sdk_helpers.get_object_api_names(
ResilientObjMap.PHASES, extract_data.get("phases")),
scripts=sdk_helpers.get_object_api_names(
ResilientObjMap.SCRIPTS, extract_data.get("scripts")),
incident_types=sdk_helpers.get_object_api_names(
ResilientObjMap.INCIDENT_TYPES,
extract_data.get("incident_types")),
playbooks=sdk_helpers.get_object_api_names(
ResilientObjMap.PLAYBOOKS,
extract_data.get(constants.CUST_PLAYBOOKS)))
# Convert dict to JSON string
if sys.version_info.major >= 3:
res_data = json.dumps(min_extract_data, ensure_ascii=False)
else:
res_data = unicode(json.dumps(min_extract_data,
ensure_ascii=False))
# Generate path to file
file_name = "export-{0}".format(
sdk_helpers.get_timestamp(
org_export.get("export_date", 0) / 1000.0))
# If custom name supplied, prepend it
if args.name:
file_name = "{0}-{1}".format(args.name, file_name)
path_file_to_write = os.path.join(output_base,
"{0}.res".format(file_name))
LOG.info("Generating %s.res", file_name)
# Write the file
sdk_helpers.write_file(path_file_to_write, res_data)
LOG.debug('Wrote: %s', path_file_to_write)
# If we should create .zip archive
if args.zip:
LOG.info("Generating %s.zip", file_name)
# Get path to .zip
path_dir_to_zip = os.path.join(output_base, file_name)
# Create directory
os.makedirs(path_dir_to_zip)
# Copy the written export file into new dir
shutil.copy(path_file_to_write, path_dir_to_zip)
# zip the dir
the_zip = shutil.make_archive(base_name=file_name,
format="zip",
root_dir=path_dir_to_zip)
if output_base != os.path.dirname(the_zip):
# Move the zip into the output base
shutil.move(the_zip, output_base)
LOG.debug('Wrote: %s.zip', path_dir_to_zip)
# Remove directory
shutil.rmtree(path_dir_to_zip)
LOG.info("'extract' complete")
def create_extension(path_setup_py_file,
path_apikey_permissions_file,
output_dir,
path_built_distribution=None,
path_extension_logo=None,
path_company_logo=None,
custom_display_name=None,
repository_name=None,
keep_build_dir=False):
"""
TODO: update this docstring to new standard format
Function that creates The App.zip file from the given setup.py, customize and config files
and copies it to the output_dir. Returns the path to the App.zip
- path_setup_py_file [String]: abs path to the setup.py file
- path_apikey_permissions_file [String]: abs path to the apikey_permissions.txt file
- output_dir [String]: abs path to the directory the App.zip should be produced
- path_built_distribution [String]: abs path to a tar.gz Built Distribution
- if provided uses that .tar.gz
- else looks for it in the output_dir. E.g: output_dir/package_name.tar.gz
- path_extension_logo [String]: abs path to the app_logo.png. Has to be 200x72 and a .png file
- if not provided uses default icon
- path_company_logo [String]: abs path to the company_logo.png. Has to be 100x100 and a .png file
- if not provided uses default icon
- custom_display_name [String]: will give the App that display name. Default: name from setup.py file
- repository_name [String]: will over-ride the container repository name for the App. Default: 'ibmresilient'
- keep_build_dir [Boolean]: if True, build/ will not be remove. Default: False
"""
LOG.info("Creating App")
# Variables to hold path of files for customize and config as defined in setup.py.
# Set initially default to 'None', actual paths will be calculated later.
path_customize_py_file = None
path_config_py_file = None
# Ensure the output_dir exists, we have WRITE access and ensure we can READ setup.py and apikey_permissions.txt
# files.
sdk_helpers.validate_dir_paths(os.W_OK, output_dir)
sdk_helpers.validate_file_paths(os.R_OK, path_setup_py_file,
path_apikey_permissions_file)
# Parse the setup.py file
setup_py_attributes = parse_setup_py(path_setup_py_file,
SUPPORTED_SETUP_PY_ATTRIBUTE_NAMES)
# Validate setup.py attributes
# Validate the name attribute. Raise exception if invalid
if not sdk_helpers.is_valid_package_name(setup_py_attributes.get("name")):
raise SDKException(
"'{0}' is not a valid App name. The name attribute must be defined and can only include 'a-z and _'.\nUpdate this value in the setup.py file located at: {1}"
.format(setup_py_attributes.get("name"), path_setup_py_file))
# Validate the version attribute. Raise exception if invalid
if not sdk_helpers.is_valid_version_syntax(
setup_py_attributes.get("version")):
raise SDKException(
"'{0}' is not a valid App version syntax. The version attribute must be defined. Example: version=\"1.0.0\".\nUpdate this value in the setup.py file located at: {1}"
.format(setup_py_attributes.get("version"), path_setup_py_file))
# Validate the url supplied in the setup.py file, set to an empty string if not valid
if not sdk_helpers.is_valid_url(setup_py_attributes.get("url")):
LOG.warning("WARNING: '%s' is not a valid url. Ignoring.",
setup_py_attributes.get("url"))
setup_py_attributes["url"] = ""
# Get the tag name
tag_name = setup_py_attributes.get("name")
# Get the customize file location.
path_customize_py_file = get_configuration_py_file_path(
"customize", setup_py_attributes)
# Get the config file location.
path_config_py_file = get_configuration_py_file_path(
"config", setup_py_attributes)
# Get ImportDefinition from the discovered customize file.
if path_customize_py_file:
import_definition = get_import_definition_from_customize_py(
path_customize_py_file)
else:
# No 'customize.py' file found generate import definition with just mimimum server version.
import_definition = {'server_version': IMPORT_MIN_SERVER_VERSION}
# Add the tag to the import defintion
import_definition = add_tag_to_import_definition(tag_name,
SUPPORTED_RES_OBJ_NAMES,
import_definition)
# Parse the app.configs from the discovered config file
if path_config_py_file:
app_configs = get_configs_from_config_py(path_config_py_file)
else:
# No config file file found generate an empty definition.
app_configs = ("", [])
# Parse the api key permissions from the apikey_permissions.txt file
apikey_permissions = get_apikey_permissions(path_apikey_permissions_file)
# Generate the name for the extension
extension_name = "{0}-{1}".format(setup_py_attributes.get("name"),
setup_py_attributes.get("version"))
# Generate the uuid
uuid = sdk_helpers.generate_uuid_from_string(
setup_py_attributes.get("name"))
# Set the container repository name to default if value not passed in as argument.
if not repository_name:
repository_name = REPOSITORY_NAME
# Generate paths to the directories and files we will use in the build directory
path_build = os.path.join(output_dir, BASE_NAME_BUILD)
path_extension_json = os.path.join(path_build, BASE_NAME_EXTENSION_JSON)
path_export_res = os.path.join(path_build, BASE_NAME_EXPORT_RES)
try:
# If there is an old build directory, remove it first
if os.path.exists(path_build):
shutil.rmtree(path_build)
# Create the directories for the path "/build/"
os.makedirs(path_build)
# If no path_built_distribution is given, use the default: "<output_dir>/<package-name>.tar.gz"
if not path_built_distribution:
path_built_distribution = os.path.join(
output_dir, "{0}.tar.gz".format(extension_name))
# Validate the built distribution exists and we have READ access
sdk_helpers.validate_file_paths(os.R_OK, path_built_distribution)
# Copy the built distribution to the build dir and enforce rename to .tar.gz
shutil.copy(
path_built_distribution,
os.path.join(path_build, "{0}.tar.gz".format(extension_name)))
# Get the extension_logo (icon) and company_logo (author.icon) as base64 encoded strings
extension_logo = get_icon(
icon_name=os.path.basename(PATH_DEFAULT_ICON_EXTENSION_LOGO),
path_to_icon=path_extension_logo,
width_accepted=200,
height_accepted=72,
default_path_to_icon=PATH_DEFAULT_ICON_EXTENSION_LOGO)
company_logo = get_icon(
icon_name=os.path.basename(PATH_DEFAULT_ICON_COMPANY_LOGO),
path_to_icon=path_company_logo,
width_accepted=100,
height_accepted=100,
default_path_to_icon=PATH_DEFAULT_ICON_COMPANY_LOGO)
# Get the display name
# Use --display-name if passed
# If not use 'display_name' attribute in setup.py
# If not set use the 'name' attribute in setup.py
display_name = custom_display_name or setup_py_attributes.get(
"display_name") or setup_py_attributes.get("name")
# Image string is all lowercase on quay.io
image_name = "{0}/{1}:{2}".format(repository_name,
setup_py_attributes.get("name"),
setup_py_attributes.get("version"))
image_name = image_name.lower()
# Generate the contents for the extension.json file
the_extension_json_file_contents = {
"author": {
"name": setup_py_attributes.get("author"),
"website": setup_py_attributes.get("url"),
"icon": {
"data": company_logo,
"media_type": "image/png"
}
},
"description": {
"content": setup_py_attributes.get("description"),
"format": "text"
},
"display_name": display_name,
"icon": {
"data": extension_logo,
"media_type": "image/png"
},
"long_description": {
"content":
"<div>{0}</div>".format(
setup_py_attributes.get("long_description")),
"format":
"html"
},
"minimum_resilient_version": {
"major":
import_definition.get("server_version").get("major", None),
"minor":
import_definition.get("server_version").get("minor", None),
"build_number":
import_definition.get("server_version").get(
"build_number", None),
"version":
import_definition.get("server_version").get("version", None)
},
"name": setup_py_attributes.get("name"),
"tag": {
"prefix": tag_name,
"name": tag_name,
"display_name": tag_name,
"uuid": uuid
},
"uuid": uuid,
"version": setup_py_attributes.get("version"),
"current_installation": {
"executables": [{
"name": setup_py_attributes.get("name"),
"image": image_name,
"config_string": app_configs[0],
"permission_handles": apikey_permissions,
"uuid": uuid
}]
}
}
# Write the executable.json file
sdk_helpers.write_file(
path_extension_json,
json.dumps(the_extension_json_file_contents, sort_keys=True))
# Write the customize ImportDefinition to the app*.zip export.res file
sdk_helpers.write_file(path_export_res,
json.dumps(import_definition, sort_keys=True))
# Copy the built distribution to the build dir, enforce rename to .tar.gz
shutil.copy(
path_built_distribution,
os.path.join(path_build, "{0}.tar.gz".format(extension_name)))
# create The Extension Zip by zipping the build directory
extension_zip_base_path = os.path.join(
output_dir, "{0}{1}".format(PREFIX_EXTENSION_ZIP, extension_name))
extension_zip_name = shutil.make_archive(
base_name=extension_zip_base_path,
format="zip",
root_dir=path_build)
path_the_extension_zip = os.path.join(extension_zip_base_path,
extension_zip_name)
except SDKException as err:
raise err
except Exception as err:
raise SDKException(err)
finally:
# Remove the build dir. Keep it if user passes --keep-build-dir
if not keep_build_dir:
shutil.rmtree(path_build)
LOG.info("App %s.zip created", "{0}{1}".format(PREFIX_EXTENSION_ZIP,
extension_name))
# Return the path to the extension zip
return path_the_extension_zip
def create_extension(path_setup_py_file, path_apikey_permissions_file,
output_dir, path_built_distribution=None, path_extension_logo=None, path_company_logo=None, path_payload_samples=None, path_validate_report=None,
custom_display_name=None, repository_name=None, image_hash=None, keep_build_dir=False):
"""
Function that creates The App.zip file from the given setup.py, customize and config files
and copies it to the output_dir. Returns the path to the app.zip
:param path_setup_py_file: abs path to the setup.py file
:type path_setup_py_file: str
:param path_apikey_permissions_file: abs path to the apikey_permissions.txt file
:type path_apikey_permissions_file: str
:param output_dir: abs path to the directory the App.zip should be produced
:type output_dir: str
:param path_built_distribution: abs path to a tar.gz Built Distribution
- if provided uses that .tar.gz
- else looks for it in the output_dir. E.g: output_dir/package_name.tar.gz
:type path_built_distribution: str
:param path_extension_logo: abs path to the app_logo.png. Has to be 200x72 and a .png file
- if not provided uses default icon
:type path_extension_logo: str
:param path_company_logo: abs path to the company_logo.png. Has to be 100x100 and a .png file
- if not provided uses default icon
:type path_company_logo: str
:param path_payload_samples: abs path to directory containing the files with a JSON schema and example output of the functions
:type path_payload_samples: str
:param path_validate_report: abs path to directory containing the validation report - to be copied to the build directory that will be zipped
:type path_validate_report: str
:param custom_display_name: will give the App that display name. Default: name from setup.py file
:type custom_display_name: str
:param repository_name: will over-ride the container repository name for the App. Default: 'ibmresilient'
:type repository_name: str
:param image_hash: if defined will append the hash to the image_name in the app.json file e.g. <repository_name>/<package_name>@sha256:<image_hash>. Default: <repository_name>/<package_name>:<version>
:type image_hash: str
:param keep_build_dir: if True, build/ will not be removed. Default: False
:type keep_build_dir: bool
:return: Path to new app.zip
:rtype: str
"""
LOG.info("Creating App")
# Variables to hold path of files for customize and config as defined in setup.py.
# Set initially default to 'None', actual paths will be calculated later.
path_customize_py_file = None
path_config_py_file = None
# Ensure the output_dir exists, we have WRITE access and ensure we can READ setup.py and apikey_permissions.txt
# files.
sdk_helpers.validate_dir_paths(os.W_OK, output_dir)
sdk_helpers.validate_file_paths(os.R_OK, path_setup_py_file, path_apikey_permissions_file)
# Parse the setup.py file
setup_py_attributes = parse_setup_py(path_setup_py_file, SUPPORTED_SETUP_PY_ATTRIBUTE_NAMES)
# Validate setup.py attributes
# Validate the name attribute. Raise exception if invalid
if not sdk_helpers.is_valid_package_name(setup_py_attributes.get("name")):
raise SDKException("'{0}' is not a valid App name. The name attribute must be defined and can only include 'a-z and _'.\nUpdate this value in the setup.py file located at: {1}".format(setup_py_attributes.get("name"), path_setup_py_file))
# Validate the version attribute. Raise exception if invalid
if not sdk_helpers.is_valid_version_syntax(setup_py_attributes.get("version")):
raise SDKException("'{0}' is not a valid App version syntax. The version attribute must be defined. Example: version=\"1.0.0\".\nUpdate this value in the setup.py file located at: {1}".format(setup_py_attributes.get("version"), path_setup_py_file))
# Validate the url supplied in the setup.py file, set to an empty string if not valid
if not sdk_helpers.is_valid_url(setup_py_attributes.get("url")):
LOG.warning("WARNING: '%s' is not a valid url. Ignoring.", setup_py_attributes.get("url"))
setup_py_attributes["url"] = ""
# Get the tag name
tag_name = setup_py_attributes.get("name")
# Get the customize file location.
path_customize_py_file = get_configuration_py_file_path("customize", setup_py_attributes)
# Get the config file location.
path_config_py_file = get_configuration_py_file_path("config", setup_py_attributes)
# Get ImportDefinition from the discovered customize file.
if path_customize_py_file:
import_definition = get_import_definition_from_customize_py(path_customize_py_file)
else:
# No 'customize.py' file found generate import definition with just mimimum server version.
import_definition = {
'server_version':
IMPORT_MIN_SERVER_VERSION
}
# Add the tag to the import defintion
import_definition = add_tag_to_import_definition(tag_name, SUPPORTED_RES_OBJ_NAMES, import_definition)
# Parse the app.configs from the discovered config file
if path_config_py_file:
app_configs = get_configs_from_config_py(path_config_py_file)
else:
# No config file file found generate an empty definition.
app_configs = ("", [])
# Parse the api key permissions from the apikey_permissions.txt file
apikey_permissions = get_apikey_permissions(path_apikey_permissions_file)
# Generate the name for the extension
extension_name = "{0}-{1}".format(setup_py_attributes.get("name"), setup_py_attributes.get("version"))
# Generate the uuid
uuid = sdk_helpers.generate_uuid_from_string(setup_py_attributes.get("name"))
# Set the container repository name to default if value not passed in as argument.
if not repository_name:
repository_name = REPOSITORY_NAME
# Generate paths to the directories and files we will use in the build directory
path_build = os.path.join(output_dir, BASE_NAME_BUILD)
path_extension_json = os.path.join(path_build, BASE_NAME_EXTENSION_JSON)
path_export_res = os.path.join(path_build, BASE_NAME_EXPORT_RES)
try:
# If there is an old build directory, remove it first
if os.path.exists(path_build):
shutil.rmtree(path_build)
# Create the directories for the path "/build/"
os.makedirs(path_build)
# If no path_built_distribution is given, use the default: "<output_dir>/<package-name>.tar.gz"
if not path_built_distribution:
path_built_distribution = os.path.join(output_dir, "{0}.tar.gz".format(extension_name))
# Validate the built distribution exists and we have READ access
sdk_helpers.validate_file_paths(os.R_OK, path_built_distribution)
# Copy the built distribution to the build dir and enforce rename to .tar.gz
shutil.copy(path_built_distribution, os.path.join(path_build, "{0}.tar.gz".format(extension_name)))
# Get the extension_logo (icon) and company_logo (author.icon) as base64 encoded strings
extension_logo = get_icon(
icon_name=os.path.basename(PATH_DEFAULT_ICON_EXTENSION_LOGO),
path_to_icon=path_extension_logo,
width_accepted=constants.ICON_APP_LOGO_REQUIRED_WIDTH,
height_accepted=constants.ICON_APP_LOGO_REQUIRED_HEIGHT,
default_path_to_icon=PATH_DEFAULT_ICON_EXTENSION_LOGO)
company_logo = get_icon(
icon_name=os.path.basename(PATH_DEFAULT_ICON_COMPANY_LOGO),
path_to_icon=path_company_logo,
width_accepted=constants.ICON_COMPANY_LOGO_REQUIRED_WIDTH,
height_accepted=constants.ICON_COMPANY_LOGO_REQUIRED_HEIGHT,
default_path_to_icon=PATH_DEFAULT_ICON_COMPANY_LOGO)
# Get the display name
# Use --display-name if passed
# If not use 'display_name' attribute in setup.py
# If not set use the 'name' attribute in setup.py
display_name = custom_display_name or setup_py_attributes.get("display_name") or setup_py_attributes.get("name")
# Image string is all lowercase on quay.io
image_name = "{0}/{1}:{2}".format(repository_name, setup_py_attributes.get("name"), setup_py_attributes.get("version"))
if image_hash:
if not sdk_helpers.is_valid_hash(image_hash):
raise SDKException(u"image_hash '{0}' is not a valid SHA256 hash\nIt must be a valid hexadecimal and 64 characters long".format(image_hash))
# If image_hash is defined append to image name e.g. <repository_name>/<package_name>@sha256:<image_hash>
image_name = "{0}/{1}@sha256:{2}".format(repository_name, setup_py_attributes.get("name"), image_hash)
image_name = image_name.lower()
LOG.debug("image_name generated: %s", image_name)
# Generate the contents for the extension.json file
the_extension_json_file_contents = {
"author": {
"name": setup_py_attributes.get("author"),
"website": setup_py_attributes.get("url"),
"icon": {
"data": company_logo,
"media_type": "image/png"
}
},
"description": {
"content": setup_py_attributes.get("description"),
"format": "text"
},
"display_name": display_name,
"icon": {
"data": extension_logo,
"media_type": "image/png"
},
"long_description": {
"content": u"<div>{0}</div>".format(setup_py_attributes.get("long_description")),
"format": "html"
},
"minimum_resilient_version": {
"major": import_definition.get("server_version").get("major", None),
"minor": import_definition.get("server_version").get("minor", None),
"build_number": import_definition.get("server_version").get("build_number", None),
"version": import_definition.get("server_version").get("version", None)
},
"name": setup_py_attributes.get("name"),
"tag": {
"prefix": tag_name,
"name": tag_name,
"display_name": tag_name,
"uuid": uuid
},
"uuid": uuid,
"version": setup_py_attributes.get("version"),
"current_installation": {
"executables": [
{
"name": setup_py_attributes.get("name"),
"image": image_name,
"config_string": app_configs[0],
"permission_handles": apikey_permissions,
"uuid": uuid
}
]
}
}
# Write the executable.json file
sdk_helpers.write_file(path_extension_json, json.dumps(the_extension_json_file_contents, sort_keys=True))
# Gather payload_samples file for each function and add to export.res file if exists
if not path_payload_samples:
LOG.warning("WARNING: No path for 'payload_samples' provided. Skipping adding them to the export.res file")
else:
for fn in import_definition.get("functions"):
# Get paths to payload_samples
fn_name = fn.get(ResilientObjMap.FUNCTIONS)
path_payload_samples_fn = os.path.join(path_payload_samples, fn_name)
path_payload_samples_schema = os.path.join(path_payload_samples_fn, BASE_NAME_PAYLOAD_SAMPLES_SCHEMA)
path_payload_samples_example = os.path.join(path_payload_samples_fn, BASE_NAME_PAYLOAD_SAMPLES_EXAMPLE)
try:
# Validate payload_files, add custom error message if we can't
sdk_helpers.validate_file_paths(os.R_OK, path_payload_samples_schema, path_payload_samples_example)
except SDKException as err:
err.message += ("\nWARNING: could not access JSON file to add payload_samples. Continuing to create package.\n"
"Add '--no-samples' flag to avoid looking for them and avoid this warning message.\n")
LOG.warning(err.message)
continue
# Read in schema payload and add to function import definition
payload_samples_schema_contents_dict = sdk_helpers.read_json_file(path_payload_samples_schema)
LOG.debug("Adding JSON output schema to '%s' from file: %s", fn_name, path_payload_samples_schema)
json_schema_key = os.path.splitext(BASE_NAME_PAYLOAD_SAMPLES_SCHEMA)[0]
fn[json_schema_key] = json.dumps(payload_samples_schema_contents_dict)
# Read in example payload and add to function import definition
payload_samples_example_contents_dict = sdk_helpers.read_json_file(path_payload_samples_example)
LOG.debug("Adding JSON output example to '%s' from file: %s", fn_name, path_payload_samples_example)
json_example_key = os.path.splitext(BASE_NAME_PAYLOAD_SAMPLES_EXAMPLE)[0]
fn[json_example_key] = json.dumps(payload_samples_example_contents_dict)
if path_validate_report:
path_zipped_validate_report = os.path.join(path_build, os.path.basename(path_validate_report))
shutil.copy(path_validate_report, path_zipped_validate_report)
else:
LOG.warn("WARNING: If a validation report is not included with your submission, it will get rejected. Run this command with the '--validate' flag to include validations.")
# Write the customize ImportDefinition to the app*.zip export.res file
sdk_helpers.write_file(path_export_res, json.dumps(import_definition, sort_keys=True))
# Copy the built distribution to the build dir, enforce rename to .tar.gz
shutil.copy(path_built_distribution, os.path.join(path_build, "{0}.tar.gz".format(extension_name)))
# Create the app.zip (Extension Zip) by zipping the build directory
extension_zip_base_path = os.path.join(output_dir, "{0}{1}".format(PREFIX_EXTENSION_ZIP, extension_name))
extension_zip_name = shutil.make_archive(base_name=extension_zip_base_path, format="zip", root_dir=path_build)
path_the_extension_zip = os.path.join(extension_zip_base_path, extension_zip_name)
except SDKException as err:
raise err
except Exception as err:
raise SDKException(err)
finally:
# Remove the build dir. Keep it if user passes --keep-build-dir
if not keep_build_dir:
shutil.rmtree(path_build)
LOG.info("App %s.zip created", "{0}{1}".format(PREFIX_EXTENSION_ZIP, extension_name))
# Return the path to the extension zip
return path_the_extension_zip
def execute_command(self, args):
LOG.debug("docgen called with %s", args)
# Set docgen name for SDKException
SDKException.command_ran = self.CMD_NAME
# Get absolute path_to_src
path_to_src = os.path.abspath(args.p)
LOG.debug("Path to project: %s", path_to_src)
# Instansiate Jinja2 Environment with path to Jinja2 templates
jinja_env = sdk_helpers.setup_jinja_env("data/docgen/templates")
# Load the Jinja2 Templates
readme_template = jinja_env.get_template(README_TEMPLATE_NAME)
# Generate path to setup.py file
path_setup_py_file = os.path.join(path_to_src,
package_helpers.BASE_NAME_SETUP_PY)
try:
# Ensure we have read permissions for setup.py
sdk_helpers.validate_file_paths(os.R_OK, path_setup_py_file)
except SDKException as err:
err.message += "\nEnsure you are in the directory of the package you want to run docgen for"
raise err
# Parse the setup.py file
setup_py_attributes = package_helpers.parse_setup_py(
path_setup_py_file,
package_helpers.SUPPORTED_SETUP_PY_ATTRIBUTE_NAMES)
package_name = setup_py_attributes.get("name", "")
# Generate paths to other required directories + files
path_customize_py_file = os.path.join(
path_to_src, package_name, package_helpers.PATH_CUSTOMIZE_PY)
path_config_py_file = os.path.join(path_to_src, package_name,
package_helpers.PATH_CONFIG_PY)
path_readme = os.path.join(path_to_src,
package_helpers.BASE_NAME_README)
path_screenshots_dir = os.path.join(path_to_src,
package_helpers.PATH_SCREENSHOTS)
path_payload_samples_dir = os.path.join(
path_to_src, package_helpers.BASE_NAME_PAYLOAD_SAMPLES_DIR)
# Ensure we have read permissions for each required file and the file exists
sdk_helpers.validate_file_paths(os.R_OK, path_setup_py_file,
path_customize_py_file,
path_config_py_file)
# Check doc/screenshots directory exists, if not, create it + copy default screenshot
if not os.path.isdir(path_screenshots_dir):
os.makedirs(path_screenshots_dir)
shutil.copy(package_helpers.PATH_DEFAULT_SCREENSHOT,
path_screenshots_dir)
# Get the resilient_circuits dependency string from setup.py file
res_circuits_dep_str = package_helpers.get_dependency_from_install_requires(
setup_py_attributes.get("install_requires"), "resilient_circuits")
if not res_circuits_dep_str:
res_circuits_dep_str = package_helpers.get_dependency_from_install_requires(
setup_py_attributes.get("install_requires"),
"resilient-circuits")
# Get ImportDefinition from customize.py
customize_py_import_def = package_helpers.get_import_definition_from_customize_py(
path_customize_py_file)
# Parse the app.configs from the config.py file
jinja_app_configs = package_helpers.get_configs_from_config_py(
path_config_py_file)
# Get field names from ImportDefinition
field_names = []
for f in customize_py_import_def.get("fields", []):
f_export_key = f.get("export_key")
if "incident/" in f_export_key and f_export_key not in IGNORED_INCIDENT_FIELDS:
field_names.append(f.get(ResilientObjMap.FIELDS, ""))
# Get data from ImportDefinition
import_def_data = sdk_helpers.get_from_export(
customize_py_import_def,
message_destinations=sdk_helpers.get_object_api_names(
ResilientObjMap.MESSAGE_DESTINATIONS,
customize_py_import_def.get("message_destinations")),
functions=sdk_helpers.get_object_api_names(
ResilientObjMap.FUNCTIONS,
customize_py_import_def.get("functions")),
workflows=sdk_helpers.get_object_api_names(
ResilientObjMap.WORKFLOWS,
customize_py_import_def.get("workflows")),
rules=sdk_helpers.get_object_api_names(
ResilientObjMap.RULES, customize_py_import_def.get("actions")),
fields=field_names,
artifact_types=sdk_helpers.get_object_api_names(
ResilientObjMap.INCIDENT_ARTIFACT_TYPES,
customize_py_import_def.get("incident_artifact_types")),
datatables=sdk_helpers.get_object_api_names(
ResilientObjMap.DATATABLES,
customize_py_import_def.get("types")),
tasks=sdk_helpers.get_object_api_names(
ResilientObjMap.TASKS,
customize_py_import_def.get("automatic_tasks")),
scripts=sdk_helpers.get_object_api_names(
ResilientObjMap.SCRIPTS,
customize_py_import_def.get("scripts")),
playbooks=sdk_helpers.get_object_api_names(
ResilientObjMap.PLAYBOOKS,
customize_py_import_def.get("playbooks", [])))
# Lists we use in Jinja Templates
jinja_functions = self._get_function_details(
import_def_data.get("functions", []),
import_def_data.get("workflows", []))
jinja_scripts = self._get_script_details(
import_def_data.get("scripts", []))
jinja_rules = self._get_rule_details(import_def_data.get("rules", []))
jinja_datatables = self._get_datatable_details(
import_def_data.get("datatables", []))
jinja_custom_fields = self._get_custom_fields_details(
import_def_data.get("fields", []))
jinja_custom_artifact_types = self._get_custom_artifact_details(
import_def_data.get("artifact_types", []))
jinja_playbooks = self._get_playbook_details(
import_def_data.get("playbooks", []))
# Other variables for Jinja Templates
package_name_dash = package_name.replace("_", "-")
server_version = customize_py_import_def.get("server_version", {})
supported_app = sdk_helpers.does_url_contain(
setup_py_attributes.get("url", ""), "ibm.com/mysupport")
# See if a payload_samples dir exists and use the contents for function results
try:
sdk_helpers.validate_dir_paths(os.R_OK, path_payload_samples_dir)
for f in jinja_functions:
fn_name = f.get("x_api_name")
path_payload_samples_fn_name = os.path.join(
path_payload_samples_dir, fn_name)
path_output_json_example = os.path.join(
path_payload_samples_fn_name,
package_helpers.BASE_NAME_PAYLOAD_SAMPLES_EXAMPLE)
try:
sdk_helpers.validate_file_paths(os.R_OK,
path_output_json_example)
f["results"] = sdk_helpers.read_json_file(
path_output_json_example)
except SDKException as e:
sdk_helpers.handle_file_not_found_error(
e,
u"Error getting results. No '{0}' file found for '{1}'."
.format(
package_helpers.BASE_NAME_PAYLOAD_SAMPLES_EXAMPLE,
fn_name))
except SDKException as e:
sdk_helpers.handle_file_not_found_error(
e, u"Error getting results. No '{0}' directory found.".format(
package_helpers.BASE_NAME_PAYLOAD_SAMPLES_EXAMPLE))
LOG.info("Rendering README for %s", package_name_dash)
# Render the README Jinja2 Templeate with parameters
rendered_readme = readme_template.render({
"name_underscore":
package_name,
"name_dash":
package_name_dash,
"display_name":
setup_py_attributes.get("display_name", package_name),
"short_description":
setup_py_attributes.get("description"),
"long_description":
setup_py_attributes.get("long_description"),
"version":
setup_py_attributes.get("version"),
"server_version":
server_version.get("version"),
"all_dependencies":
setup_py_attributes.get("install_requires", []),
"res_circuits_dependency_str":
res_circuits_dep_str,
"author":
setup_py_attributes.get("author"),
"support_url":
setup_py_attributes.get("url"),
"supported_app":
supported_app,
"app_configs":
jinja_app_configs[1],
"functions":
jinja_functions,
"scripts":
jinja_scripts,
"rules":
jinja_rules,
"datatables":
jinja_datatables,
"custom_fields":
jinja_custom_fields,
"custom_artifact_types":
jinja_custom_artifact_types,
"playbooks":
jinja_playbooks,
"placeholder_string":
constants.DOCGEN_PLACEHOLDER_STRING
})
# Create a backup if needed of README
sdk_helpers.rename_to_bak_file(path_readme,
package_helpers.PATH_DEFAULT_README)
LOG.info("Writing README to: %s", path_readme)
# Write the new README
sdk_helpers.write_file(path_readme, rendered_readme)
