kc3-lang/kc3/libc3/env.h
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Hash : 027210f5
Author :
Thomas de Grivel
Date : 2024-03-29T11:45:04
wip config.subr and defmodule + def
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libc3/env.h
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/* c3 * Copyright 2022-2024 kmx.io <contact@kmx.io> * * Permission is hereby granted to use this software granted the above * copyright notice and this permission paragraph are included in all * copies and substantial portions of this software. * * THIS SOFTWARE IS PROVIDED "AS-IS" WITHOUT ANY GUARANTEE OF * PURPOSE AND PERFORMANCE. IN NO EVENT WHATSOEVER SHALL THE * AUTHOR BE CONSIDERED LIABLE FOR THE USE AND PERFORMANCE OF * THIS SOFTWARE. */ #ifndef LIBC3_ENV_H #define LIBC3_ENV_H #include "types.h" extern s_env g_c3_env; /* Stack allocation compatible functions, call env_clean after use. */ void env_clean (s_env *env); s_env * env_init (s_env *env, int argc, char **argv); /* Observers. */ const s_tag * env_frames_get (const s_env *env, const s_sym *name); s_ident * env_ident_resolve_module (const s_env *env, const s_ident *ident, s_ident *dest); /* Operators. */ s_tag * env_def (s_env *env, const s_call *call, s_tag *dest); s_tag * env_defmodule (s_env *env, const s_sym **name, const s_block *block, s_tag *dest); s_tag * env_defoperator (s_env *env, const s_sym **name, const s_sym **sym, const s_tag *symbol_value, u8 operator_precedence, const s_sym **operator_associativity, s_tag *dest); bool env_eval_array (s_env *env, const s_array *array, s_array *dest); bool env_eval_array_tag (s_env *env, const s_array *array, s_tag *dest); bool env_eval_block (s_env *env, const s_block *block, s_tag *dest); bool env_eval_call (s_env *env, const s_call *call, s_tag *dest); bool env_eval_call_arguments (s_env *env, const s_list *args, s_list **dest); bool env_eval_call_cfn (s_env *env, const s_call *call, s_tag *dest); bool env_eval_call_fn (s_env *env, const s_call *call, s_tag *dest); bool env_eval_call_resolve (s_env *env, s_call *call); bool env_eval_complex (s_env *env, const s_complex *c, s_tag *dest); bool env_eval_equal_block (s_env *env, bool macro, const s_block *a, const s_block *b, s_block *dest); bool env_eval_equal_list (s_env *env, bool macro, const s_list *a, const s_list *b, s_list **dest); bool env_eval_equal_struct (s_env *env, bool macro, const s_struct *a, const s_struct *b, s_struct *dest); bool env_eval_equal_tag (s_env *env, bool macro, const s_tag *a, const s_tag *b, s_tag *dest); bool env_eval_equal_tuple (s_env *env, bool macro, const s_tuple *a, const s_tuple *b, s_tuple *dest); bool env_eval_fn (s_env *env, const s_fn *fn, s_tag *dest); bool env_eval_fn_call (s_env *env, const s_fn *fn, const s_list *arguments, s_tag *dest); bool env_eval_ident (s_env *env, const s_ident *ident, s_tag *dest); bool env_eval_ident_is_bound (s_env *env, const s_ident *ident); bool env_eval_list (s_env *env, const s_list *list, s_tag *dest); bool env_eval_map (s_env *env, const s_map *map, s_tag *dest); bool env_eval_progn (s_env *env, const s_list *program, s_tag *dest); bool env_eval_quote (s_env *env, const s_quote *quote, s_tag *dest); bool env_eval_quote_array (s_env *env, const s_array *array, s_tag *dest); bool env_eval_quote_block (s_env *env, const s_block *block, s_tag *dest); bool env_eval_quote_call (s_env *env, const s_call *call, s_tag *dest); bool env_eval_quote_list (s_env *env, const s_list *list, s_tag *dest); bool env_eval_quote_map (s_env *env, const s_map *map, s_tag *dest); bool env_eval_quote_quote (s_env *env, const s_quote *quote, s_tag *dest); bool env_eval_quote_struct (s_env *env, const s_struct *s, s_tag *dest); bool env_eval_quote_tag (s_env *env, const s_tag *tag, s_tag *dest); bool env_eval_quote_tuple (s_env *env, const s_tuple *tuple, s_tag *dest); bool env_eval_quote_unquote (s_env *env, const s_unquote *unquote, s_tag *dest); bool env_eval_struct (s_env *env, const s_struct *s, s_tag *dest); bool env_eval_tag (s_env *env, const s_tag *tag, s_tag *dest); bool env_eval_tuple (s_env *env, const s_tuple *tuple, s_tag *dest); bool env_eval_void (s_env *env, const void *_, s_tag *dest); bool env_ident_is_special_operator (s_env *env, const s_ident *ident); bool env_module_is_loading (s_env *env, const s_sym *module); bool env_module_is_loading_set (s_env *env, const s_sym *module, bool value); bool env_module_load (s_env *env, const s_sym *module, s_facts *facts); bool env_module_maybe_reload (s_env *env, const s_sym *module, s_facts *facts); s8 env_operator_arity (s_env *env, const s_ident *op); bool env_operator_find (s_env *env, const s_ident *op); s_ident * env_operator_ident (s_env *env, const s_ident *op, s_ident *dest); bool env_eval_integer (s_env *env, const s_integer *integer, s_integer *dest); bool env_operator_is_right_associative (s_env *env, const s_ident *op); s8 env_operator_precedence (s_env *env, const s_ident *op); s_ident * env_operator_resolve (s_env *env, const s_ident *op, u8 arity, s_ident *dest); const s_sym * env_operator_symbol (s_env *env, const s_ident *op); u8 env_special_operator_arity (s_env *env, const s_ident *ident); bool env_struct_type_exists (s_env *env, const s_sym *module); const s_struct_type * env_struct_type_find (s_env *env, const s_sym *module); f_clean env_struct_type_get_clean (s_env *env, const s_sym *module); s_list ** env_struct_type_get_spec (s_env *env, const s_sym *module, s_list **dest); bool env_tag_ident_is_bound (const s_env *env, const s_tag *tag, s_facts *facts); /* Control structures. */ void env_error_f (s_env *env, const char *fmt, ...); void env_error_tag (s_env *env, const s_tag *tag); void env_longjmp (s_env *env, jmp_buf *jmp_buf); #endif /* LIBC3_ENV_H */