# Path: graphscale/grapple/graphql_printer.py
# def print_graphql_file(document_ast: GrappleDocument, module_name: str) -> str:
#     return grapple_graphql_header(module_name) + '\n' + print_graphql_defs(document_ast)
# 
# Path: graphscale/grapple/kvetch_printer.py
# def print_kvetch_decls(document_ast: GrappleDocument) -> str:
# 
#     writer = CodeWriter()
#     writer.line(GRAPPLE_KVETCH_HEADER)
# 
#     writer.line("def generated_objects() -> List[ObjectDefinition]:")
#     writer.increase_indent()
#     writer.line('return [')
#     writer.increase_indent()
#     for pent_type in document_ast.pents():
#         writer.line(
#             "ObjectDefinition(type_name='%s', type_id=%s)," % (pent_type.name, pent_type.type_id)
#         )
#     writer.decrease_indent()
#     writer.line(']')
#     writer.decrease_indent()
#     writer.blank_line()
# 
#     print_kvetch_generated_edges(writer, document_ast)
# 
#     writer.line("def generated_indexes() -> List[IndexDefinition]:")
#     writer.increase_indent()
#     writer.line('return []')
#     writer.decrease_indent()
#     writer.blank_line()
# 
#     return writer.result()
# 
# Path: graphscale/grapple/parser.py
# class GrappleDocument:
#     def __init__(self, *, types: List[GrappleTypeDef]) -> None:
#         self._types = types
# 
#     def pents(self) -> List[GrappleTypeDef]:
#         return [obj_type for obj_type in self.object_types() if obj_type.is_pent]
# 
#     def pent_mutation_datas(self) -> List[GrappleTypeDef]:
#         return [in_type for in_type in self.input_types() if in_type.is_pent_mutation_data]
# 
#     def pent_payloads(self) -> List[GrappleTypeDef]:
#         return [obj_type for obj_type in self.object_types() if obj_type.is_pent_payload]
# 
#     def all_pentish(self) -> List[GrappleTypeDef]:
#         return self.pents() + self.pent_mutation_datas() + self.pent_payloads() + self.enum_types()
# 
#     def mutation_type(self) -> GrappleTypeDef:
#         for obj_type in self.object_types():
#             if obj_type.name == 'Mutation':
#                 return obj_type
#         return None
# 
#     def query_type(self) -> GrappleTypeDef:
#         for obj_type in self.object_types():
#             if obj_type.name == 'Query':
#                 return obj_type
#         return None
# 
#     def object_types(self) -> List[GrappleTypeDef]:
#         return [t for t in self._types if t.type_varietal == TypeVarietal.OBJECT]
# 
#     def input_types(self) -> List[GrappleTypeDef]:
#         return [t for t in self._types if t.type_varietal == TypeVarietal.INPUT]
# 
#     def enum_types(self) -> List[GrappleTypeDef]:
#         return [t for t in self._types if t.type_varietal == TypeVarietal.ENUM]
# 
#     def is_enum(self, name: str) -> bool:
#         ttype = self.type_named(name)
#         return ttype and ttype.type_varietal == TypeVarietal.ENUM
# 
#     def type_named(self, name: str) -> GrappleTypeDef:
#         for ttype in self._types:
#             if ttype.name == name:
#                 return ttype
#         return None
# 
# class GrappleTypeDef(NamedTuple):
#     name: str
#     fields: List[GrappleField]
#     values: List[Any]
#     type_id: int
#     is_pent: bool
#     is_pent_mutation_data: bool
#     is_pent_payload: bool
#     type_varietal: TypeVarietal
# 
# def parse_grapple(grapple_string: str) -> GrappleDocument:
#     ast = parse(Source(grapple_string))
#     grapple_types = []
#     for type_node in ast.definitions:
#         grapple_types.append(create_grapple_type_definition(type_node))
#     return GrappleDocument(types=grapple_types)
# 
# Path: graphscale/grapple/pent_printer.py
# def print_generated_pents_file(document_ast: GrappleDocument) -> str:
#     return GENERATED_PENT_HEADER + '\n' + print_generated_pents_file_body(document_ast) + '\n'
# 
# def print_autopents_file(document_ast: GrappleDocument) -> str:
#     return (
#         GENERATED_PENT_HEADER + '\n' + print_autopents_file_body(document_ast) + '\n' +
#         print_autopent_all_export(document_ast) + '\n'
#     )


import os
import re
from typing import Any, Dict, Iterable, List, cast
from .graphql_printer import print_graphql_file
from .kvetch_printer import print_kvetch_decls
from .parser import GrappleDocument, GrappleTypeDef, parse_grapple
from .pent_printer import print_generated_pents_file, print_autopents_file
    for pent_type in mixins_not_in_file(document_ast.pents(), pents_text):
        written_once = True
        class_text = MANUAL_PENT_TEMPLATE.format(name=pent_type.name)
        append_to_file(pents_path, class_text)

    if written_once:
        append_to_file(pents_path, '\n')


MANUAL_PENT_MUTATION_DATA_CLASS_TEMPLATE = """

class {name}(generated.{name}Generated):
    pass
"""

MANUAL_PENT_PAYLOAD_CLASS_TEMPLATE = """

class {name}(PentMutationPayload, generated.{name}DataMixin):
    pass
"""


def mixins_not_in_file(types: List[GrappleTypeDef], file_text: str) -> Iterable[GrappleTypeDef]:
    for ttype in types:
        name = ttype.name
        pattern = r'^class ' + name + r'\('
        if not re.search(pattern, file_text, re.MULTILINE):
            yield ttype



# Path: graphscale/grapple/graphql_printer.py
# def print_graphql_file(document_ast: GrappleDocument, module_name: str) -> str:
#     return grapple_graphql_header(module_name) + '\n' + print_graphql_defs(document_ast)
# 
# Path: graphscale/grapple/kvetch_printer.py
# def print_kvetch_decls(document_ast: GrappleDocument) -> str:
# 
#     writer = CodeWriter()
#     writer.line(GRAPPLE_KVETCH_HEADER)
# 
#     writer.line("def generated_objects() -> List[ObjectDefinition]:")
#     writer.increase_indent()
#     writer.line('return [')
#     writer.increase_indent()
#     for pent_type in document_ast.pents():
#         writer.line(
#             "ObjectDefinition(type_name='%s', type_id=%s)," % (pent_type.name, pent_type.type_id)
#         )
#     writer.decrease_indent()
#     writer.line(']')
#     writer.decrease_indent()
#     writer.blank_line()
# 
#     print_kvetch_generated_edges(writer, document_ast)
# 
#     writer.line("def generated_indexes() -> List[IndexDefinition]:")
#     writer.increase_indent()
#     writer.line('return []')
#     writer.decrease_indent()
#     writer.blank_line()
# 
#     return writer.result()
# 
# Path: graphscale/grapple/parser.py
# class GrappleDocument:
#     def __init__(self, *, types: List[GrappleTypeDef]) -> None:
#         self._types = types
# 
#     def pents(self) -> List[GrappleTypeDef]:
#         return [obj_type for obj_type in self.object_types() if obj_type.is_pent]
# 
#     def pent_mutation_datas(self) -> List[GrappleTypeDef]:
#         return [in_type for in_type in self.input_types() if in_type.is_pent_mutation_data]
# 
#     def pent_payloads(self) -> List[GrappleTypeDef]:
#         return [obj_type for obj_type in self.object_types() if obj_type.is_pent_payload]
# 
#     def all_pentish(self) -> List[GrappleTypeDef]:
#         return self.pents() + self.pent_mutation_datas() + self.pent_payloads() + self.enum_types()
# 
#     def mutation_type(self) -> GrappleTypeDef:
#         for obj_type in self.object_types():
#             if obj_type.name == 'Mutation':
#                 return obj_type
#         return None
# 
#     def query_type(self) -> GrappleTypeDef:
#         for obj_type in self.object_types():
#             if obj_type.name == 'Query':
#                 return obj_type
#         return None
# 
#     def object_types(self) -> List[GrappleTypeDef]:
#         return [t for t in self._types if t.type_varietal == TypeVarietal.OBJECT]
# 
#     def input_types(self) -> List[GrappleTypeDef]:
#         return [t for t in self._types if t.type_varietal == TypeVarietal.INPUT]
# 
#     def enum_types(self) -> List[GrappleTypeDef]:
#         return [t for t in self._types if t.type_varietal == TypeVarietal.ENUM]
# 
#     def is_enum(self, name: str) -> bool:
#         ttype = self.type_named(name)
#         return ttype and ttype.type_varietal == TypeVarietal.ENUM
# 
#     def type_named(self, name: str) -> GrappleTypeDef:
#         for ttype in self._types:
#             if ttype.name == name:
#                 return ttype
#         return None
# 
# class GrappleTypeDef(NamedTuple):
#     name: str
#     fields: List[GrappleField]
#     values: List[Any]
#     type_id: int
#     is_pent: bool
#     is_pent_mutation_data: bool
#     is_pent_payload: bool
#     type_varietal: TypeVarietal
# 
# def parse_grapple(grapple_string: str) -> GrappleDocument:
#     ast = parse(Source(grapple_string))
#     grapple_types = []
#     for type_node in ast.definitions:
#         grapple_types.append(create_grapple_type_definition(type_node))
#     return GrappleDocument(types=grapple_types)
# 
# Path: graphscale/grapple/pent_printer.py
# def print_generated_pents_file(document_ast: GrappleDocument) -> str:
#     return GENERATED_PENT_HEADER + '\n' + print_generated_pents_file_body(document_ast) + '\n'
# 
# def print_autopents_file(document_ast: GrappleDocument) -> str:
#     return (
#         GENERATED_PENT_HEADER + '\n' + print_autopents_file_body(document_ast) + '\n' +
#         print_autopent_all_export(document_ast) + '\n'
#     )


# Path: graphscale/grapple/scaffolding.py
import os
import re
from typing import Any, Dict, Iterable, List, cast
from .graphql_printer import print_graphql_file
from .kvetch_printer import print_kvetch_decls
from .parser import GrappleDocument, GrappleTypeDef, parse_grapple
from .pent_printer import print_generated_pents_file, print_autopents_file

    for pent_type in mixins_not_in_file(document_ast.pents(), pents_text):
        written_once = True
        class_text = MANUAL_PENT_TEMPLATE.format(name=pent_type.name)
        append_to_file(pents_path, class_text)

    if written_once:
        append_to_file(pents_path, '\n')


MANUAL_PENT_MUTATION_DATA_CLASS_TEMPLATE = """

class {name}(generated.{name}Generated):
    pass
"""

MANUAL_PENT_PAYLOAD_CLASS_TEMPLATE = """

class {name}(PentMutationPayload, generated.{name}DataMixin):
    pass
"""


def mixins_not_in_file(types: List[GrappleTypeDef], file_text: str) -> Iterable[GrappleTypeDef]:
    for ttype in types:
        name = ttype.name
        pattern = r'^class ' + name + r'\('
        if not re.search(pattern, file_text, re.MULTILINE):
            yield ttype



def types_not_in_file(types: List[GrappleTypeDef], file_text: str) -> Iterable[GrappleTypeDef]: