o qoi@ @sdZddlZddlmZmZmZmZmZddlZ ddl m Z ddl m Z ddl mZddl mZddl mZdd lmZejd d Gd d d ejZejd d GdddejZejd d GdddejZejd d GdddejZde jejdeejdefddZej    d%de deede!de!dejf dd Z"dddddd!de d"eee efdeede!de!de f d#d$Z#dS)&zGenerates Fiddle code with the auto_config codegen codebase. Currently this API is under development; please do not depend on it. N)AnyCallableDictOptionalType)newcg_symbolic_references)add_type_signatures)code_ir)experimental_top_level_api)make_symbolic_references) auto_configT)frozenc@seZdZdedefddZdS)RemoveAutoConfigFnvaluereturncCst|tjsJd|_|S)N) isinstancer CodegenTaskauto_config_fn)selfrrS/home/ubuntu/.local/lib/python3.10/site-packages/fiddle/_src/codegen/new_codegen.py__call__$szRemoveAutoConfigFn.__call__N)__name__ __module__ __qualname__rrrrrrr!src@(eZdZUdZejZedefe d<dS) ImportSymbolsz8Preprocessing step to import symbols, for better naming..fnN) rrr__doc__rimport_symbolsrrr__annotations__rrrrr* rc@s>eZdZUdZejZedefe d<e j Z edefe d<dS)MakeSymbolicReferenceszConverts Buildable sub-objects to IR nodes representing function calls. In this case, we emit fdl.Config(), fdl.Partial(), and fdl.ArgFactory() calls, instead of calls to the configured functions/classes. .rformat_historyN) rrrrr*replace_callables_and_configs_with_symbolsrrrr old_symbolic_referencesnoop_history_commentsr#rrrrr"1s r"c@r)AddTypeSignaturesz(Adds return type signatures to fixtures..rN) rrrrradd_return_typesrrrr rrrrr'Ar!r'codegen_configclsrcCs:t|jD]\}}tt||r|Sqtd|)NzCould not find codegen pass ) enumeratepasses issubclassfdl get_callable ValueError)r)r*i codegen_passrrr _get_pass_idxHs r3config_fixtureFtop_level_fixture_namemax_expression_complexityinclude_history debug_printcCstjj||||d}|jdttt|tj }|j |t|tj }t |j|t t|tj }t |j|t |j|tt|S)zEReturns a low-level Codegen instance; see experimental_top_level_api.r5r6r7r8)r code_generator as_buildabler,insertr.Configrr3LowerArgFactoriespoprupdate_callabler"r')r5r6r7r8configidxrrrr;Rs    r;)r5 sub_fixturesr6r7r8rDcCst||||d}|||djS)ayGenerates code for an auto_config fixture. Args: config: Configuration to generate auto_config code for. top_level_fixture_name: Name of the top-level fixture. When its as_buildable path is called, e.g. `config_fixture.as_buildable()`, this should return a config equivalent to `config`. sub_fixtures: Dictionary from function name to sub-configuration object, declaring sub-functions to create. This helps manage complexity of huge configurations. max_expression_complexity: Breaks complex expressions into variables for readability. include_history: Whether history should be included. These currently appear as trailing comments in the field of Buildable's. debug_print: Whether to use the IR printer to print intermediate representations as various passes run to generate code. Returns: Python module code. r9)rD)r;code)rBr5rDr6r7r8 codegen_objrrr new_codegenwsrG)r4NFF)$r dataclassestypingrrrrrfiddler.fiddle._src.codegenrfiddle._src.codegen.auto_configrr r r r%fiddle._src.experimentalr dataclass CodegenPassrMutationCodegenPassrr"r'r>Codegenintr3 auto_unconfigstrboolr;rGrrrrsv              '