# Path: sampletester/parser.py
# SCHEMA_TYPE_KEY = 'type'
# SCHEMA_TYPE_ABSENT = '(no type)' # for indexing docs with no SCHEMA_TYPE_KEY
# SCHEMA_TYPE_SEPARATOR = '/'
# SCHEMA_VERSION_KEY = 'schema_version'
# class SchemaDescriptor:
# class IndexedDocs(object):
# class YamlDocSyntaxError(Exception):
#   def __post_init__(self) -> str:
#   def has_version(self) -> bool:
#   def __init__(self,
#                strict: bool = False,
#                resolver: Callable[[Document], str] = None):
#   def contains(self, *type_names: str) -> bool:
#   def from_files(self, *paths: str):
#   def from_strings(self, *sources: Tuple[str, str]):
#   def add(self, content:str, file_name: str):
#   def add_documents(self, *documents: Document):
#   def of_type(self, type_name: str) -> List[Document]:
#   def resolve_uncategorized(self):
# def only_files_in(paths: Iterable[str]) -> Set[str]:
# 
# Path: sampletester/sample_manifest.py
# SCHEMA = parser.SchemaDescriptor('manifest')
# RESERVED_SYMBOL_PREFIX = '@'
# IMPLICIT_TAG_SOURCE = '{}manifest_source'.format(RESERVED_SYMBOL_PREFIX)
# IMPLICIT_TAG_DIR = '{}manifest_dir'.format(RESERVED_SYMBOL_PREFIX)
# class Manifest:
# class ManifestSyntaxError(Exception):
# class CycleError(Exception):
# class Inclusions:
# class ItemNotUniqueError(Exception):
# class ReadManifestError(Exception):
#   def __init__(self, *indices: str):
#   def set_indices(self, *indices: str):
#   def from_docs(self, indexed_docs: parser.IndexedDocs):
#   def read_sources(self, sources):
#   def string(self):
#   def index(self):
#   def index_source_v1(self, input, implicit_tags):
#   def index_source_v2(self, input, implicit_tags):
#   def index_source_v3(self, input, implicit_tags):
#   def _index_elements(self, all_elements):
#   def get_all_elements(self):
#   def _get_element(self, tags, idx_num):
#   def get_keys(self, *specified_keys):
#   def get(self, *keys, **filters):
#   def get_one(self, *keys, **filters):
# def get_elements_v3(input):
# def get_flattened_elements_v1_v2(input):
# def resolve_inclusions(all_elements):
# def resolve_element_inclusions(element):
# def resolve_tag_inclusion (element, tag_name, history,
#                            resolved, original_element, original_tag):
#   def __init__(self, parts):
#   def resolve(self, values):
#   def determine(value, element, tag_name):
# def create_implicit_tags(source='', dir=''):
# def extend_all_with(src, dst):
# def get_or_create(d, key, empty_value):
# def from_indexed_docs(indexed_docs: parser.IndexedDocs):
# def check_tag_names(src):
# 
# Path: sampletester/testenv.py
# class Base:
#   def __init__(self, name='#Base', description=''):
#   def name(self):
#   def setup(self):
#   def teardown(self):
#   def get_call(self, *args, **kwargs):
#   def get_symbol(self, symbol):
#   def get_testcase_settings(self):
# def process_args(*args, **kwargs):
# def quote(s: str):


import glob
import logging
from typing import Iterable
from sampletester import parser
from sampletester import sample_manifest
from sampletester import testenv

  def get_symbol(self, symbol):
    """Returns the artifact manifest tag specified in `symbol`.

    `symbol` is interpreted as having the format `artifact:key`, and this method
    returns the value of the tag with key `key` listed for `artifact`. If `key`
    does not match any tag key for `artifact`, this returns the empty string.

    If `artifact` does not resolve to an artifact in the manifest, this raises
    an exception.

    If `key` is not specified, this method returns a serialized representation
    of all the tag key/value pairs for `artifact`.
    """
    parts = symbol.split(':')
    artifact, key = parts[0], parts[1] if len(parts) > 1 else None

    indices = self.const_indices.copy()
    indices.append(artifact)
    artifact = self.manifest.get_one(*indices)
    if not artifact:
      raise Exception('object "{}" not defined'.format(indices))

    if key:
      return artifact.get(key, '')

    # no key specified, so return all tags
    return str(artifact)

  def get_call(self, *args, **kwargs):

# Path: sampletester/parser.py
# SCHEMA_TYPE_KEY = 'type'
# SCHEMA_TYPE_ABSENT = '(no type)' # for indexing docs with no SCHEMA_TYPE_KEY
# SCHEMA_TYPE_SEPARATOR = '/'
# SCHEMA_VERSION_KEY = 'schema_version'
# class SchemaDescriptor:
# class IndexedDocs(object):
# class YamlDocSyntaxError(Exception):
#   def __post_init__(self) -> str:
#   def has_version(self) -> bool:
#   def __init__(self,
#                strict: bool = False,
#                resolver: Callable[[Document], str] = None):
#   def contains(self, *type_names: str) -> bool:
#   def from_files(self, *paths: str):
#   def from_strings(self, *sources: Tuple[str, str]):
#   def add(self, content:str, file_name: str):
#   def add_documents(self, *documents: Document):
#   def of_type(self, type_name: str) -> List[Document]:
#   def resolve_uncategorized(self):
# def only_files_in(paths: Iterable[str]) -> Set[str]:
# 
# Path: sampletester/sample_manifest.py
# SCHEMA = parser.SchemaDescriptor('manifest')
# RESERVED_SYMBOL_PREFIX = '@'
# IMPLICIT_TAG_SOURCE = '{}manifest_source'.format(RESERVED_SYMBOL_PREFIX)
# IMPLICIT_TAG_DIR = '{}manifest_dir'.format(RESERVED_SYMBOL_PREFIX)
# class Manifest:
# class ManifestSyntaxError(Exception):
# class CycleError(Exception):
# class Inclusions:
# class ItemNotUniqueError(Exception):
# class ReadManifestError(Exception):
#   def __init__(self, *indices: str):
#   def set_indices(self, *indices: str):
#   def from_docs(self, indexed_docs: parser.IndexedDocs):
#   def read_sources(self, sources):
#   def string(self):
#   def index(self):
#   def index_source_v1(self, input, implicit_tags):
#   def index_source_v2(self, input, implicit_tags):
#   def index_source_v3(self, input, implicit_tags):
#   def _index_elements(self, all_elements):
#   def get_all_elements(self):
#   def _get_element(self, tags, idx_num):
#   def get_keys(self, *specified_keys):
#   def get(self, *keys, **filters):
#   def get_one(self, *keys, **filters):
# def get_elements_v3(input):
# def get_flattened_elements_v1_v2(input):
# def resolve_inclusions(all_elements):
# def resolve_element_inclusions(element):
# def resolve_tag_inclusion (element, tag_name, history,
#                            resolved, original_element, original_tag):
#   def __init__(self, parts):
#   def resolve(self, values):
#   def determine(value, element, tag_name):
# def create_implicit_tags(source='', dir=''):
# def extend_all_with(src, dst):
# def get_or_create(d, key, empty_value):
# def from_indexed_docs(indexed_docs: parser.IndexedDocs):
# def check_tag_names(src):
# 
# Path: sampletester/testenv.py
# class Base:
#   def __init__(self, name='#Base', description=''):
#   def name(self):
#   def setup(self):
#   def teardown(self):
#   def get_call(self, *args, **kwargs):
#   def get_symbol(self, symbol):
#   def get_testcase_settings(self):
# def process_args(*args, **kwargs):
# def quote(s: str):


# Path: sampletester/convention/tag.py
import glob
import logging
from typing import Iterable
from sampletester import parser
from sampletester import sample_manifest
from sampletester import testenv


  def get_symbol(self, symbol):
    """Returns the artifact manifest tag specified in `symbol`.

    `symbol` is interpreted as having the format `artifact:key`, and this method
    returns the value of the tag with key `key` listed for `artifact`. If `key`
    does not match any tag key for `artifact`, this returns the empty string.

    If `artifact` does not resolve to an artifact in the manifest, this raises
    an exception.

    If `key` is not specified, this method returns a serialized representation
    of all the tag key/value pairs for `artifact`.
    """
    parts = symbol.split(':')
    artifact, key = parts[0], parts[1] if len(parts) > 1 else None

    indices = self.const_indices.copy()
    indices.append(artifact)
    artifact = self.manifest.get_one(*indices)
    if not artifact:
      raise Exception('object "{}" not defined'.format(indices))

    if key:
      return artifact.get(key, '')

    # no key specified, so return all tags
    return str(artifact)

  def get_call(self, *args, **kwargs):

    full_call, cli_args = testenv.process_args(*args, **kwargs)