typeNum
Abstract
typeNum defines the ID for the SSTD internal process according to the C++ type.
typeNum では C++ の型に応じた ID を SSTD の内部処理向けに定義します．
Header file
namespace sstd{
const static uchar num_void = 200;
const static uchar num_len = 201;
const static uchar num_err = 254;
const static uchar num_null = 255;
const static uchar num_bool = 0;
const static uchar num_char = 1;
const static uchar num_uchar = 2;
const static uchar num_int8 = 3;
const static uchar num_int16 = 4;
const static uchar num_int32 = 5;
const static uchar num_int64 = 6;
const static uchar num_uint8 = 7;
const static uchar num_uint16 = 8;
const static uchar num_uint32 = 9;
const static uchar num_uint64 = 10;
const static uchar num_float = 11;
const static uchar num_double = 12;
const static uchar num_str = 13;
const static uchar NUM_VEC_BASE = 14; // std::vector<T> // num_vec_bool = NUM_VEC_BASE + num_bool
const static uchar num_vec_bool = 14;
const static uchar num_vec_char = 15;
const static uchar num_vec_uchar = 16;
const static uchar num_vec_int8 = 17;
const static uchar num_vec_int16 = 18;
const static uchar num_vec_int32 = 19;
const static uchar num_vec_int64 = 20;
const static uchar num_vec_uint8 = 21;
const static uchar num_vec_uint16 = 22;
const static uchar num_vec_uint32 = 23;
const static uchar num_vec_uint64 = 24;
const static uchar num_vec_float = 25;
const static uchar num_vec_double = 26;
const static uchar num_vec_str = 27;
const static uchar NUM_VVEC_BASE = 28; // std::vector<std::vector<T>> // num_vvec_bool = NUM_VVEC_BASE + num_bool
const static uchar num_vvec_bool = 28;
const static uchar num_vvec_char = 29;
const static uchar num_vvec_uchar = 30;
const static uchar num_vvec_int8 = 31;
const static uchar num_vvec_int16 = 32;
const static uchar num_vvec_int32 = 33;
const static uchar num_vvec_int64 = 34;
const static uchar num_vvec_uint8 = 35;
const static uchar num_vvec_uint16 = 36;
const static uchar num_vvec_uint32 = 37;
const static uchar num_vvec_uint64 = 38;
const static uchar num_vvec_float = 39;
const static uchar num_vvec_double = 40;
const static uchar num_vvec_str = 41;
const static uchar NUM_MAT_C_BASE = 42; // sstd::mat_c<T> // num_mat_c_bool = NUM_MAT_C_BASE + num_bool
const static uchar num_mat_c_bool = 42;
const static uchar num_mat_c_char = 43;
const static uchar num_mat_c_uchar = 44;
const static uchar num_mat_c_int8 = 45;
const static uchar num_mat_c_int16 = 46;
const static uchar num_mat_c_int32 = 47;
const static uchar num_mat_c_int64 = 48;
const static uchar num_mat_c_uint8 = 49;
const static uchar num_mat_c_uint16 = 50;
const static uchar num_mat_c_uint32 = 51;
const static uchar num_mat_c_uint64 = 52;
const static uchar num_mat_c_float = 53;
const static uchar num_mat_c_double = 54;
const static uchar num_mat_c_str = 55;
const static uchar NUM_MAT_R_BASE = 56; // sstd::mat_r<T> // num_mat_r_bool = NUM_MAT_R_BASE + num_bool
const static uchar num_mat_r_bool = 56;
const static uchar num_mat_r_char = 57;
const static uchar num_mat_r_uchar = 58;
const static uchar num_mat_r_int8 = 59;
const static uchar num_mat_r_int16 = 60;
const static uchar num_mat_r_int32 = 61;
const static uchar num_mat_r_int64 = 62;
const static uchar num_mat_r_uint8 = 63;
const static uchar num_mat_r_uint16 = 64;
const static uchar num_mat_r_uint32 = 65;
const static uchar num_mat_r_uint64 = 66;
const static uchar num_mat_r_float = 67;
const static uchar num_mat_r_double = 68;
const static uchar num_mat_r_str = 69;
const static uchar NUM_VMAT_C_BASE = 70; // std::vector<sstd::mat_c<T>> // num_vmat_c_bool = NUM_VMAT_C_BASE + num_bool
const static uchar num_vmat_c_bool = 70;
const static uchar num_vmat_c_char = 71;
const static uchar num_vmat_c_uchar = 72;
const static uchar num_vmat_c_int8 = 73;
const static uchar num_vmat_c_int16 = 74;
const static uchar num_vmat_c_int32 = 75;
const static uchar num_vmat_c_int64 = 76;
const static uchar num_vmat_c_uint8 = 77;
const static uchar num_vmat_c_uint16 = 78;
const static uchar num_vmat_c_uint32 = 79;
const static uchar num_vmat_c_uint64 = 80;
const static uchar num_vmat_c_float = 81;
const static uchar num_vmat_c_double = 82;
const static uchar num_vmat_c_str = 83;
const static uchar NUM_VMAT_R_BASE = 84; // std::vector<sstd::mat_r<T>> // num_vmat_r_bool = NUM_VMAT_R_BASE + num_bool
const static uchar num_vmat_r_bool = 84;
const static uchar num_vmat_r_char = 85;
const static uchar num_vmat_r_uchar = 86;
const static uchar num_vmat_r_int8 = 87;
const static uchar num_vmat_r_int16 = 88;
const static uchar num_vmat_r_int32 = 89;
const static uchar num_vmat_r_int64 = 90;
const static uchar num_vmat_r_uint8 = 91;
const static uchar num_vmat_r_uint16 = 92;
const static uchar num_vmat_r_uint32 = 93;
const static uchar num_vmat_r_uint64 = 94;
const static uchar num_vmat_r_float = 95;
const static uchar num_vmat_r_double = 96;
const static uchar num_vmat_r_str = 97;
const static uchar NUM_HASH_BASE = 98; // std::unordered_map<std::string,std::string> // num_hash_str_bool = NUM_HASH_BASE + num_bool
const static uchar num_hash_str_bool = 98;
const static uchar num_hash_str_char = 99;
const static uchar num_hash_str_uchar = 100;
const static uchar num_hash_str_int8 = 101;
const static uchar num_hash_str_int16 = 102;
const static uchar num_hash_str_int32 = 103;
const static uchar num_hash_str_int64 = 104;
const static uchar num_hash_str_uint8 = 105;
const static uchar num_hash_str_uint16 = 106;
const static uchar num_hash_str_uint32 = 107;
const static uchar num_hash_str_uint64 = 108;
const static uchar num_hash_str_float = 109;
const static uchar num_hash_str_double = 110;
const static uchar num_hash_str_str = 111;
const static uchar num_void_ptr = 112;
const static uchar num_vec_void_ptr = 113;
const static uchar num_vvec_void_ptr = 114;
const static uchar num_mat_c_void_ptr = 115;
const static uchar num_mat_r_void_ptr = 116;
const static uchar num_hash_str_void_ptr = 117;
const static uchar num_hash_void_ptr_void_ptr = 118;
//---
uchar type2num( bool rhs);
uchar type2num( char rhs);
//uchar type2num( uchar rhs); // same as uint8
uchar type2num( int8 rhs);
uchar type2num( int16 rhs);
uchar type2num( int32 rhs);
uchar type2num( int64 rhs);
uchar type2num( uint8 rhs);
uchar type2num( uint16 rhs);
uchar type2num( uint32 rhs);
uchar type2num( uint64 rhs);
uchar type2num( float rhs);
uchar type2num( double rhs);
uchar type2num(const std::string& rhs);
uchar type2num(const std::vector< bool>& rhs);
uchar type2num(const std::vector< char>& rhs);
//uchar type2num(const std::vector< uchar>& rhs); // same as uint8
uchar type2num(const std::vector< int8>& rhs);
uchar type2num(const std::vector< int16>& rhs);
uchar type2num(const std::vector< int32>& rhs);
uchar type2num(const std::vector< int64>& rhs);
uchar type2num(const std::vector< uint8>& rhs);
uchar type2num(const std::vector< uint16>& rhs);
uchar type2num(const std::vector< uint32>& rhs);
uchar type2num(const std::vector< uint64>& rhs);
uchar type2num(const std::vector< float>& rhs);
uchar type2num(const std::vector< double>& rhs);
uchar type2num(const std::vector<std::string>& rhs);
uchar type2num(const std::vector<std::vector< bool>>& rhs);
uchar type2num(const std::vector<std::vector< char>>& rhs);
//uchar type2num(const std::vector<std::vector< uchar>>& rhs); // same as uint8
uchar type2num(const std::vector<std::vector< int8>>& rhs);
uchar type2num(const std::vector<std::vector< int16>>& rhs);
uchar type2num(const std::vector<std::vector< int32>>& rhs);
uchar type2num(const std::vector<std::vector< int64>>& rhs);
uchar type2num(const std::vector<std::vector< uint8>>& rhs);
uchar type2num(const std::vector<std::vector< uint16>>& rhs);
uchar type2num(const std::vector<std::vector< uint32>>& rhs);
uchar type2num(const std::vector<std::vector< uint64>>& rhs);
uchar type2num(const std::vector<std::vector< float>>& rhs);
uchar type2num(const std::vector<std::vector< double>>& rhs);
uchar type2num(const std::vector<std::vector<std::string>>& rhs);
uchar type2num(const sstd::mat_c< bool>& rhs);
uchar type2num(const sstd::mat_c< char>& rhs);
//uchar type2num(const sstd::mat_c< uchar>& rhs); // same as uint8
uchar type2num(const sstd::mat_c< int8>& rhs);
uchar type2num(const sstd::mat_c< int16>& rhs);
uchar type2num(const sstd::mat_c< int32>& rhs);
uchar type2num(const sstd::mat_c< int64>& rhs);
uchar type2num(const sstd::mat_c< uint8>& rhs);
uchar type2num(const sstd::mat_c< uint16>& rhs);
uchar type2num(const sstd::mat_c< uint32>& rhs);
uchar type2num(const sstd::mat_c< uint64>& rhs);
uchar type2num(const sstd::mat_c< float>& rhs);
uchar type2num(const sstd::mat_c< double>& rhs);
uchar type2num(const sstd::mat_c<std::string>& rhs);
uchar type2num(const sstd::mat_r< bool>& rhs);
uchar type2num(const sstd::mat_r< char>& rhs);
//uchar type2num(const sstd::mat_r< uchar>& rhs); // same as uint8
uchar type2num(const sstd::mat_r< int8>& rhs);
uchar type2num(const sstd::mat_r< int16>& rhs);
uchar type2num(const sstd::mat_r< int32>& rhs);
uchar type2num(const sstd::mat_r< int64>& rhs);
uchar type2num(const sstd::mat_r< uint8>& rhs);
uchar type2num(const sstd::mat_r< uint16>& rhs);
uchar type2num(const sstd::mat_r< uint32>& rhs);
uchar type2num(const sstd::mat_r< uint64>& rhs);
uchar type2num(const sstd::mat_r< float>& rhs);
uchar type2num(const sstd::mat_r< double>& rhs);
uchar type2num(const sstd::mat_r<std::string>& rhs);
uchar type2num(const std::unordered_map<std::string, bool>& rhs);
uchar type2num(const std::unordered_map<std::string, char>& rhs);
//uchar type2num(const std::unordered_map<std::string, uchar>& rhs); // same as uint8
uchar type2num(const std::unordered_map<std::string, int8>& rhs);
uchar type2num(const std::unordered_map<std::string, int16>& rhs);
uchar type2num(const std::unordered_map<std::string, int32>& rhs);
uchar type2num(const std::unordered_map<std::string, int64>& rhs);
uchar type2num(const std::unordered_map<std::string, uint8>& rhs);
uchar type2num(const std::unordered_map<std::string, uint16>& rhs);
uchar type2num(const std::unordered_map<std::string, uint32>& rhs);
uchar type2num(const std::unordered_map<std::string, uint64>& rhs);
uchar type2num(const std::unordered_map<std::string, float>& rhs);
uchar type2num(const std::unordered_map<std::string, double>& rhs);
uchar type2num(const std::unordered_map<std::string,std::string>& rhs);
uchar type2num(const sstd::void_ptr& rhs);
uchar type2num(const std::vector<sstd::void_ptr> & rhs);
uchar type2num(const std::vector<std::vector<sstd::void_ptr>>& rhs);
uchar type2num(const sstd::mat_c<sstd::void_ptr>& rhs);
uchar type2num(const sstd::mat_r<sstd::void_ptr>& rhs);
uchar type2num(const std::unordered_map<std::string, sstd::void_ptr>& rhs);
//uchar type2num(const std::unordered_map<sstd::void_ptr, sstd::void_ptr>& rhs);
//---
std::string typeNum2str(uchar rhs);
};
Description
| Function name | Description |
|---|---|
| type2num() | returns the ID according to the C++ type. C++ の型に応じた ID を返します． |
| typeNum2str() | returns the type string according to the typeNum. typeNum に応じた文字列を返します． |
Usage
type2num()
- main.cpp
#include <sstd/sstd.hpp> int main(){ bool tmp=true; sstd::printn(sstd::type2num(tmp)); sstd::printn(sstd::type2num(bool())); sstd::printn(sstd::type2num(int64())); sstd::printn(sstd::type2num(std::vector<int64>())); } - Execution result
sstd::type2num(tmp) = 0 sstd::type2num(bool()) = 0 sstd::type2num(int64()) = 6 sstd::type2num(std::vector<int64>()) = 20
typeNum2str()
- main.cpp
#include <sstd/sstd.hpp> int main(){ bool tmp=true; sstd::printn(sstd::typeNum2str(sstd::type2num(tmp))); sstd::printn(sstd::typeNum2str(sstd::type2num(bool()))); sstd::printn(sstd::typeNum2str(sstd::type2num(int64()))); sstd::printn(sstd::typeNum2str(sstd::type2num(std::vector<int64>()))); } - Execution result
sstd::typeNum2str(sstd::type2num(tmp)) = "bool" sstd::typeNum2str(sstd::type2num(bool())) = "bool" sstd::typeNum2str(sstd::type2num(int64())) = "int64" sstd::typeNum2str(sstd::type2num(std::vector<int64>())) = "vec_int64"