kc3-lang/kc3/libkc3/data.c
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Hash : 4db02832
Author :
Thomas de Grivel
Date : 2024-09-05T17:40:41
wip httpd routes
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libkc3/data.c
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/* kc3 * Copyright 2022,2023,2024 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. */ #include "kc3.h" sw data_buf_inspect (s_buf *buf, const s_sym *type, const void *data) { s_struct s = {0}; const s_struct_type *st; if (type == &g_sym_Array || sym_is_array_type(type)) return buf_inspect_array(buf, data); if (type == &g_sym_Bool) return buf_inspect_bool(buf, data); if (type == &g_sym_Call) return buf_inspect_call(buf, data); if (type == &g_sym_Cfn) return buf_inspect_cfn(buf, data); if (type == &g_sym_Character) return buf_inspect_character(buf, data); if (type == &g_sym_F32) return buf_inspect_f32(buf, data); if (type == &g_sym_F64) return buf_inspect_f64(buf, data); if (type == &g_sym_Fact) return buf_inspect_fact(buf, data); if (type == &g_sym_Fn) return buf_inspect_fn(buf, data); if (type == &g_sym_Ident) return buf_inspect_ident(buf, data); if (type == &g_sym_Integer) return buf_inspect_integer(buf, data); if (type == &g_sym_List) return buf_inspect_list(buf, data); if (type == &g_sym_Map) return buf_inspect_map(buf, data); if (type == &g_sym_Ptag) return buf_inspect_ptag(buf, data); if (type == &g_sym_Ptr) return buf_inspect_ptr(buf, data); if (type == &g_sym_PtrFree) return buf_inspect_ptr_free(buf, data); if (type == &g_sym_Quote) return buf_inspect_quote(buf, data); if (type == &g_sym_S8) return buf_inspect_s8(buf, data); if (type == &g_sym_S16) return buf_inspect_s16(buf, data); if (type == &g_sym_S32) return buf_inspect_s32(buf, data); if (type == &g_sym_S64) return buf_inspect_s64(buf, data); if (type == &g_sym_Str) return buf_inspect_str(buf, data); if (type == &g_sym_Struct) return buf_inspect_struct(buf, data); if (type == &g_sym_StructType) return buf_inspect_struct_type(buf, data); if (type == &g_sym_Sw) return buf_inspect_sw(buf, data); if (type == &g_sym_Sym) return buf_inspect_sym(buf, data); if (type == &g_sym_Tag) return buf_inspect_tag(buf, data); if (type == &g_sym_Tuple) return buf_inspect_tuple(buf, data); if (type == &g_sym_U8) return buf_inspect_u8(buf, data); if (type == &g_sym_U16) return buf_inspect_u16(buf, data); if (type == &g_sym_U32) return buf_inspect_u32(buf, data); if (type == &g_sym_U64) return buf_inspect_u64(buf, data); if (type == &g_sym_Uw) return buf_inspect_uw(buf, data); if (type == &g_sym_Var) return buf_inspect_var(buf, data); if (type == &g_sym_Void) return buf_inspect_void(buf, data); if (! struct_type_find(type, &st)) return -1; if (st) { s.type = st; s.data = (void *) data; return buf_inspect_struct(buf, &s); } err_write_1("data_buf_inspect: unknown type: "); err_inspect_sym(&type); err_write_1("\n"); assert(! "data_buf_inspect: unknown type"); return -1; } sw data_buf_inspect_size (s_pretty *pretty, const s_sym *type, const void *data) { s_struct s = {0}; const s_struct_type *st; if (type == &g_sym_Array || sym_is_array_type(type)) return buf_inspect_array_size(pretty, data); if (type == &g_sym_Bool) return buf_inspect_bool_size(pretty, data); if (type == &g_sym_Call) return buf_inspect_call_size(pretty, data); if (type == &g_sym_Cfn) return buf_inspect_cfn_size(pretty, data); if (type == &g_sym_Character) return buf_inspect_character_size(pretty, data); if (type == &g_sym_F32) return buf_inspect_f32_size(pretty, data); if (type == &g_sym_F64) return buf_inspect_f64_size(pretty, data); if (type == &g_sym_Fact) return buf_inspect_fact_size(pretty, data); if (type == &g_sym_Fn) return buf_inspect_fn_size(pretty, data); if (type == &g_sym_Ident) return buf_inspect_ident_size(pretty, data); if (type == &g_sym_Integer) return buf_inspect_integer_size(pretty, data); if (type == &g_sym_List) return buf_inspect_list_size(pretty, data); if (type == &g_sym_Map) return buf_inspect_map_size(pretty, data); if (type == &g_sym_Ptag) return buf_inspect_ptag_size(pretty, data); if (type == &g_sym_Ptr) return buf_inspect_ptr_size(pretty, data); if (type == &g_sym_PtrFree) return buf_inspect_ptr_free_size(pretty, data); if (type == &g_sym_Quote) return buf_inspect_quote_size(pretty, data); if (type == &g_sym_S8) return buf_inspect_s8_size(pretty, data); if (type == &g_sym_S16) return buf_inspect_s16_size(pretty, data); if (type == &g_sym_S32) return buf_inspect_s32_size(pretty, data); if (type == &g_sym_S64) return buf_inspect_s64_size(pretty, data); if (type == &g_sym_Str) return buf_inspect_str_size(pretty, data); if (type == &g_sym_Struct) return buf_inspect_struct_size(pretty, data); if (type == &g_sym_StructType) return buf_inspect_struct_type_size(pretty, data); if (type == &g_sym_Sw) return buf_inspect_sw_size(pretty, data); if (type == &g_sym_Sym) return buf_inspect_sym_size(pretty, data); if (type == &g_sym_Tag) return buf_inspect_tag_size(pretty, data); if (type == &g_sym_Tuple) return buf_inspect_tuple_size(pretty, data); if (type == &g_sym_U8) return buf_inspect_u8_size(pretty, data); if (type == &g_sym_U16) return buf_inspect_u16_size(pretty, data); if (type == &g_sym_U32) return buf_inspect_u32_size(pretty, data); if (type == &g_sym_U64) return buf_inspect_u64_size(pretty, data); if (type == &g_sym_Uw) return buf_inspect_uw_size(pretty, data); if (type == &g_sym_Var) return buf_inspect_var_size(pretty, data); if (type == &g_sym_Void) return buf_inspect_void_size(pretty, data); if (! struct_type_find(type, &st)) return -1; if (st) { s.type = st; s.data = (void *) data; return buf_inspect_struct_size(pretty, &s); } err_write_1("data_buf_inspect_size: unknown type: "); err_inspect_sym(&type); err_write_1("\n"); assert(! "data_buf_inspect_size: unknown type"); return -1; } bool data_clean (const s_sym *type, void *data) { s_struct s = {0}; const s_struct_type *st; assert(type); if (! data) return true; if (type == &g_sym_Array || sym_is_array_type(type)) { array_clean(data); return true; } if (type == &g_sym_Bool) { return true; } if (type == &g_sym_Call) { call_clean(data); return true; } if (type == &g_sym_Cfn) { cfn_clean(data); return true; } if (type == &g_sym_Character) { return true; } if (type == &g_sym_F32) { return true; } if (type == &g_sym_F64) { return true; } if (type == &g_sym_Fact) { return true; } if (type == &g_sym_Fn) { fn_clean(data); return true; } if (type == &g_sym_Ident) { return true; } if (type == &g_sym_Integer) { integer_clean(data); return true; } if (type == &g_sym_List) { list_f_clean(data); return true; } if (type == &g_sym_Map) { map_clean(data); return true; } if (type == &g_sym_Ptag) { return true; } if (type == &g_sym_Ptr) { return true; } if (type == &g_sym_PtrFree) { ptr_free_clean(data); return true; } if (type == &g_sym_Quote) { quote_clean(data); return true; } if (type == &g_sym_S8) { return true; } if (type == &g_sym_S16) { return true; } if (type == &g_sym_S32) { return true; } if (type == &g_sym_S64) { return true; } if (type == &g_sym_Str) { str_clean(data); return true; } if (type == &g_sym_Struct) { struct_clean(data); return true; } if (type == &g_sym_StructType) { struct_type_clean(data); return true; } if (type == &g_sym_Sw) { return true; } if (type == &g_sym_Sym) { return true; } if (type == &g_sym_Tag) { tag_clean(data); return true; } if (type == &g_sym_Tuple) { tuple_clean(data); return true; } if (type == &g_sym_U8) { return true; } if (type == &g_sym_U16) { return true; } if (type == &g_sym_U32) { return true; } if (type == &g_sym_U64) { return true; } if (type == &g_sym_Uw) { return true; } if (type == &g_sym_Var) { tag_clean(data); return true; } if (type == &g_sym_Void) { return true; } if (! struct_type_find(type, &st)) return false; if (st) { s.type = st; s.data = data; struct_clean(&s); return true; } err_write_1("data_clean: unknown type: "); err_inspect_sym(&type); err_write_1("\n"); assert(! "data_clean: unknown type"); return false; } bool data_compare (const s_sym *type, const void *a, const void *b) { s_struct sa = {0}; s_struct sb = {0}; const s_struct_type *st; if (type == &g_sym_Array || sym_is_array_type(type)) return compare_array(a, b); if (type == &g_sym_Bool) return compare_bool(*(bool *) a, *(bool *) b); if (type == &g_sym_Call) return compare_call(a, b); if (type == &g_sym_Cfn) return compare_cfn(a, b); if (type == &g_sym_Character) return compare_character(*(character *) a, *(character *) b); if (type == &g_sym_F32) return compare_f32(*(f64 *) a, *(f64 *) b); if (type == &g_sym_F64) return compare_f64(*(f64 *) a, *(f64 *) b); if (type == &g_sym_Fact) return compare_fact(a, b); if (type == &g_sym_Fn) return compare_fn(a, b); if (type == &g_sym_Ident) return compare_ident(a, b); if (type == &g_sym_Integer) return compare_integer(a, b); if (type == &g_sym_List) return compare_list(a, b); if (type == &g_sym_Ptag) return compare_ptag(a, b); if (type == &g_sym_Ptr) return compare_ptr(a, b); if (type == &g_sym_PtrFree) return compare_ptr(a, b); if (type == &g_sym_Quote) return compare_quote(a, b); if (type == &g_sym_S8) return compare_s8(*(s8 *) a, *(s8 *) b); if (type == &g_sym_S16) return compare_s16(*(s16 *) a, *(s16 *) b); if (type == &g_sym_S32) return compare_s32(*(s32 *) a, *(s32 *) b); if (type == &g_sym_S64) return compare_s64(*(s64 *) a, *(s64 *) b); if (type == &g_sym_Str) return compare_str(a, b); if (type == &g_sym_Struct) return compare_struct(a, b); if (type == &g_sym_StructType) return compare_struct_type(a, b); if (type == &g_sym_Sw) return compare_sw(*(sw *) a, *(sw *) b); if (type == &g_sym_Sym) return compare_sym(a, b); if (type == &g_sym_Tuple) return compare_tuple(a, b); if (type == &g_sym_U8) return compare_u8(*(u8 *) a, *(u8 *) b); if (type == &g_sym_U16) return compare_u16(*(u16 *) a, *(u16 *) b); if (type == &g_sym_U32) return compare_u32(*(u32 *) a, *(u32 *) b); if (type == &g_sym_U64) return compare_u64(*(u64 *) a, *(u64 *) b); if (type == &g_sym_Uw) return compare_uw(*(uw *) a, *(uw *) b); if (type == &g_sym_Var) return compare_ptr(a, b); if (type == &g_sym_Void) return 0; if (! struct_type_find(type, &st)) return COMPARE_ERROR; if (st) { sa.type = st; sa.data = (void *) a; sb.type = st; sb.data = (void *) b; return compare_struct(&sa, &sb); } err_write_1("data_compare: unknown type: "); err_inspect_sym(&type); err_write_1("\n"); assert(! "data_compare: unknown type"); return COMPARE_ERROR; } bool data_hash_update (const s_sym *type, t_hash *hash, const void *data) { s_struct s = {0}; const s_struct_type *st; if (type == &g_sym_Array || sym_is_array_type(type)) return hash_update_array(hash, data); if (type == &g_sym_Bool) return hash_update_bool(hash, data); if (type == &g_sym_Call) return hash_update_call(hash, data); if (type == &g_sym_Cfn) return hash_update_cfn(hash, data); if (type == &g_sym_Character) return hash_update_character(hash, data); if (type == &g_sym_F32) return hash_update_f32(hash, data); if (type == &g_sym_F64) return hash_update_f64(hash, data); if (type == &g_sym_Fact) return hash_update_fact(hash, data); if (type == &g_sym_Fn) return hash_update_fn(hash, data); if (type == &g_sym_Ident) return hash_update_ident(hash, data); if (type == &g_sym_Integer) return hash_update_integer(hash, data); if (type == &g_sym_List) return hash_update_list(hash, data); if (type == &g_sym_Ptag) return hash_update_ptag(hash, data); if (type == &g_sym_Ptr) return hash_update_ptr(hash, data); if (type == &g_sym_PtrFree) return hash_update_ptr_free(hash, data); if (type == &g_sym_Quote) return hash_update_quote(hash, data); if (type == &g_sym_S8) return hash_update_s8(hash, data); if (type == &g_sym_S16) return hash_update_s16(hash, data); if (type == &g_sym_S32) return hash_update_s32(hash, data); if (type == &g_sym_S64) return hash_update_s64(hash, data); if (type == &g_sym_Str) return hash_update_str(hash, data); if (type == &g_sym_Struct) return hash_update_struct(hash, data); if (type == &g_sym_StructType) return hash_update_struct_type(hash, data); if (type == &g_sym_Sw) return hash_update_sw(hash, data); if (type == &g_sym_Sym) return hash_update_sym(hash, data); if (type == &g_sym_Tag) return hash_update_tag(hash, data); if (type == &g_sym_Tuple) return hash_update_tuple(hash, data); if (type == &g_sym_U8) return hash_update_u8(hash, data); if (type == &g_sym_U16) return hash_update_u16(hash, data); if (type == &g_sym_U32) return hash_update_u32(hash, data); if (type == &g_sym_U64) return hash_update_u64(hash, data); if (type == &g_sym_Uw) return hash_update_uw(hash, data); if (type == &g_sym_Var) return hash_update_var(hash, data); if (type == &g_sym_Void) return hash_update_void(hash, data); if (! struct_type_find(type, &st)) return false; if (st) { s.type = st; s.data = (void *) data; return hash_update_struct(hash, &s); } err_write_1("data_hash_update: unknown type: "); err_inspect_sym(&type); err_write_1("\n"); assert(! "data_hash_update: unknown type"); return false; } void * data_init_cast (void *data, const s_sym * const *type, const s_tag *tag) { s_struct s = {0}; const s_struct_type *st; const s_sym *t; t = *type; if (t == &g_sym_Array || sym_is_array_type(*type)) return array_init_cast(data, type, tag); if (t == &g_sym_Bool) return bool_init_cast(data, type, tag); if (t == &g_sym_Call) return call_init_cast(data, type, tag); if (t == &g_sym_Cfn) return cfn_init_cast(data, type, tag); if (t == &g_sym_Character) return character_init_cast(data, type, tag); if (t == &g_sym_F32) return f32_init_cast(data, type, tag); if (t == &g_sym_F64) return f64_init_cast(data, type, tag); if (t == &g_sym_Fact) return fact_init_cast(data, type, tag); if (t == &g_sym_Fn) return fn_init_cast(data, type, tag); if (t == &g_sym_Ident) return ident_init_cast(data, type, tag); if (t == &g_sym_Integer) return integer_init_cast(data, type, tag); if (t == &g_sym_List) return list_init_cast(data, type, tag); if (t == &g_sym_Ptag) return ptag_init_cast(data, type, tag); if (t == &g_sym_Ptr) return ptr_init_cast(data, type, tag); if (t == &g_sym_PtrFree) return ptr_free_init_cast(data, type, tag); if (t == &g_sym_Quote) return quote_init_cast(data, type, tag); if (t == &g_sym_S8) return s8_init_cast(data, type, tag); if (t == &g_sym_S16) return s16_init_cast(data, type, tag); if (t == &g_sym_S32) return s32_init_cast(data, type, tag); if (t == &g_sym_S64) return s64_init_cast(data, type, tag); if (t == &g_sym_Str) return str_init_cast(data, type, tag); if (t == &g_sym_Struct) return struct_init_cast(data, type, tag); if (t == &g_sym_StructType) return struct_type_init_cast(data, type, tag); if (t == &g_sym_Sw) return sw_init_cast(data, type, tag); if (t == &g_sym_Sym) return sym_init_cast(data, type, tag); if (t == &g_sym_Tag) return tag_init_copy(data, tag); if (t == &g_sym_Tuple) return tuple_init_cast(data, type, tag); if (t == &g_sym_U8) return u8_init_cast(data, type, tag); if (t == &g_sym_U16) return u16_init_cast(data, type, tag); if (t == &g_sym_U32) return u32_init_cast(data, type, tag); if (t == &g_sym_U64) return u64_init_cast(data, type, tag); if (t == &g_sym_Uw) return uw_init_cast(data, type, tag); if (t == &g_sym_Var) return var_init_cast(data, type, tag); if (t == &g_sym_Void) return data; if (! struct_type_find(t, &st)) return NULL; if (st) { s.type = st; s.data = data; return struct_init_cast(&s, type, tag); } err_write_1("data_init_cast: unknown type: "); err_inspect_sym(type); err_write_1("\n"); assert(! "data_init_cast: unknown type"); return NULL; } void * data_init_copy (const s_sym *type, void *data, const void *src) { const s_struct_type *st; if (type == &g_sym_Array || sym_is_array_type(type)) return array_init_copy(data, src); if (type == &g_sym_Bool) return bool_init_copy(data, src); if (type == &g_sym_Call) return call_init_copy(data, src); if (type == &g_sym_Cfn) return cfn_init_copy(data, src); if (type == &g_sym_Character) return character_init_copy(data, src); if (type == &g_sym_F32) return f32_init_copy(data, src); if (type == &g_sym_F64) return f64_init_copy(data, src); if (type == &g_sym_Fact) return fact_init_copy(data, src); if (type == &g_sym_Fn) return fn_init_copy(data, src); if (type == &g_sym_Ident) return ident_init_copy(data, src); if (type == &g_sym_Integer) return integer_init_copy(data, src); if (type == &g_sym_List) return list_init_copy(data, src); if (type == &g_sym_Ptag) return ptag_init_copy(data, src); if (type == &g_sym_Ptr) return ptr_init_copy(data, src); if (type == &g_sym_PtrFree) return ptr_free_init_copy(data, src); if (type == &g_sym_Quote) return quote_init_copy(data, src); if (type == &g_sym_S8) return s8_init_copy(data, src); if (type == &g_sym_S16) return s16_init_copy(data, src); if (type == &g_sym_S32) return s32_init_copy(data, src); if (type == &g_sym_S64) return s64_init_copy(data, src); if (type == &g_sym_Str) return str_init_copy(data, src); if (type == &g_sym_Struct) return struct_init_copy(data, src); if (type == &g_sym_StructType) return struct_type_init_copy(data, src); if (type == &g_sym_Sw) return sw_init_copy(data, src); if (type == &g_sym_Sym) return sym_init_copy(data, src); if (type == &g_sym_Tag) return tag_init_copy(data, src); if (type == &g_sym_Tuple) return tuple_init_copy(data, src); if (type == &g_sym_U8) return u8_init_copy(data, src); if (type == &g_sym_U16) return u16_init_copy(data, src); if (type == &g_sym_U32) return u32_init_copy(data, src); if (type == &g_sym_U64) return u64_init_copy(data, src); if (type == &g_sym_Uw) return uw_init_copy(data, src); if (type == &g_sym_Var) return tag_init_copy(data, src); if (type == &g_sym_Void) return data; if (! struct_type_find(type, &st)) return NULL; if (st) return struct_type_copy_data(st, data, src); err_write_1("data_init_copy: unknown type: "); err_inspect_sym(&type); err_write_1("\n"); assert(! "data_init_copy: unknown type"); return NULL; }