1. C++ / Говнокод #27810

    +1

    1. 001
    2. 002
    3. 003
    4. 004
    5. 005
    6. 006
    7. 007
    8. 008
    9. 009
    10. 010
    11. 011
    12. 012
    13. 013
    14. 014
    15. 015
    16. 016
    17. 017
    18. 018
    19. 019
    20. 020
    21. 021
    22. 022
    23. 023
    24. 024
    25. 025
    26. 026
    27. 027
    28. 028
    29. 029
    30. 030
    31. 031
    32. 032
    33. 033
    34. 034
    35. 035
    36. 036
    37. 037
    38. 038
    39. 039
    40. 040
    41. 041
    42. 042
    43. 043
    44. 044
    45. 045
    46. 046
    47. 047
    48. 048
    49. 049
    50. 050
    51. 051
    52. 052
    53. 053
    54. 054
    55. 055
    56. 056
    57. 057
    58. 058
    59. 059
    60. 060
    61. 061
    62. 062
    63. 063
    64. 064
    65. 065
    66. 066
    67. 067
    68. 068
    69. 069
    70. 070
    71. 071
    72. 072
    73. 073
    74. 074
    75. 075
    76. 076
    77. 077
    78. 078
    79. 079
    80. 080
    81. 081
    82. 082
    83. 083
    84. 084
    85. 085
    86. 086
    87. 087
    88. 088
    89. 089
    90. 090
    91. 091
    92. 092
    93. 093
    94. 094
    95. 095
    96. 096
    97. 097
    98. 098
    99. 099
    100. 100
    // https://github.com/gcc-mirror/gcc/blob/b0c83d59f44bf677c8d74acae228acf32719acb3/libstdc%2B%2B-v3/include/bits/regex_compiler.tcc#L446
  template<typename _TraitsT>
  template<bool __icase, bool __collate>
    bool
    _Compiler<_TraitsT>::
    _M_expression_term(pair<bool, _CharT>& __last_char,
		       _BracketMatcher<_TraitsT, __icase, __collate>& __matcher)
    {
      if (_M_match_token(_ScannerT::_S_token_bracket_end))
	return false;

      const auto __push_char = [&](_CharT __ch)
      {
	if (__last_char.first)
	  __matcher._M_add_char(__last_char.second);
	else
	  __last_char.first = true;
	__last_char.second = __ch;
      };
      const auto __flush = [&]
      {
	if (__last_char.first)
	  {
	    __matcher._M_add_char(__last_char.second);
	    __last_char.first = false;
	  }
      };

      if (_M_match_token(_ScannerT::_S_token_collsymbol))
	{
	  auto __symbol = __matcher._M_add_collate_element(_M_value);
	  if (__symbol.size() == 1)
	    __push_char(__symbol[0]);
	  else
	    __flush();
	}
      else if (_M_match_token(_ScannerT::_S_token_equiv_class_name))
	{
	  __flush();
	  __matcher._M_add_equivalence_class(_M_value);
	}
      else if (_M_match_token(_ScannerT::_S_token_char_class_name))
	{
	  __flush();
	  __matcher._M_add_character_class(_M_value, false);
	}
      else if (_M_try_char())
	__push_char(_M_value[0]);
      // POSIX doesn't allow '-' as a start-range char (say [a-z--0]),
      // except when the '-' is the first or last character in the bracket
      // expression ([--0]). ECMAScript treats all '-' after a range as a
      // normal character. Also see above, where _M_expression_term gets called.
      //
      // As a result, POSIX rejects [-----], but ECMAScript doesn't.
      // Boost (1.57.0) always uses POSIX style even in its ECMAScript syntax.
      // Clang (3.5) always uses ECMAScript style even in its POSIX syntax.
      //
      // It turns out that no one reads BNFs ;)
      else if (_M_match_token(_ScannerT::_S_token_bracket_dash))
	{
	  if (!__last_char.first)
	    {
	      if (!(_M_flags & regex_constants::ECMAScript))
		{
		  if (_M_match_token(_ScannerT::_S_token_bracket_end))
		    {
		      __push_char('-');
		      return false;
		    }
		  __throw_regex_error(
		    regex_constants::error_range,
		    "Unexpected dash in bracket expression. For POSIX syntax, "
		    "a dash is not treated literally only when it is at "
		    "beginning or end.");
		}
	      __push_char('-');
	    }
	  else
	    {
	      if (_M_try_char())
		{
		  __matcher._M_make_range(__last_char.second, _M_value[0]);
		  __last_char.first = false;
		}
	      else if (_M_match_token(_ScannerT::_S_token_bracket_dash))
		{
		  __matcher._M_make_range(__last_char.second, '-');
		  __last_char.first = false;
		}
	      else
		{
		  if (_M_scanner._M_get_token()
		      != _ScannerT::_S_token_bracket_end)
		    __throw_regex_error(
		      regex_constants::error_range,
		      "Character is expected after a dash.");
		  __push_char('-');
		}
	    }
	}

    Читаю тут реализацию стандартной говнокрестовой библиотеки из GCC
    Какой багор )))

    j123123, 10 Ноября 2021

    Комментарии (54)

  2. C++ / Говнокод #27796

    −2

    1. 01
    2. 02
    3. 03
    4. 04
    5. 05
    6. 06
    7. 07
    8. 08
    9. 09
    10. 10
    11. 11
    12. 12
    13. 13
    14. 14
    15. 15
    16. 16
    17. 17
    18. 18
    19. 19
    20. 20
    21. 21
    22. 22
    23. 23
    24. 24
    25. 25
    26. 26
    27. 27
    28. 28
    29. 29
    30. 30
    31. 31
    32. 32
    33. 33
    34. 34
    35. 35
    36. 36
    37. 37
    38. 38
    39. 39
    40. 40
    41. 41
    42. 42
    43. 43
    44. 44
    45. 45
    46. 46
    47. 47
    48. 48
    49. 49
    50. 50
    51. 51
    #include <iostream>
#include <cmath>
#include <signal.h>

#define lovu struct
#define cpp ptrdiff_t
struct forever{};

lovu forever hactehbka(void) {return {};}
int love(void) {return 0;}
void bacbka(void) {}
auto bormand = (cpp(hactehbka) + cpp(bacbka)) != cpp(love);
int main(void)
{
    if(bormand)
        kill(bormand, SIGINT);

    auto sad = cpp(bacbka) - cpp(love),
        chance = cpp(love) - cpp(hactehbka),
        never = cpp(bacbka) - cpp(hactehbka);
    auto usocute = [chance, never, sad](void) -> void
    {
        putchar(sad * (chance - never / chance / 2) - sad / chance);
        putchar(sad * (chance - never / chance / 2) + sad / chance);
    };
    auto mydear = [chance, sad, never](void) -> void
    {
        putchar(sad * chance / (never / chance) + never / chance / 2 + (never + cpp(love) / (never / chance) - cpp(hactehbka) / (never / chance)) + never - (never / chance * 1.5));
        putchar(9 * chance + never / chance);
        putchar(std::abs(cpp(signal) - cpp(hactehbka) + chance * 2 + never * 3 + sad - 9) / std::pow(never / chance, 3));
    };

    putchar(sad * (chance - never / chance / 2));
    usocute();
    putchar(never * (chance - never / chance) + sad - (sad / (cpp(love) - cpp(hactehbka))) * (never / chance * 1.5));
    mydear();
    putchar(chance * 10 + never / chance);
    usocute();
    putchar((chance + never / chance / 2) * 10 + (never / chance) * 2);
    auto ohyes = 69.8886;
    putchar(ohyes);
    putchar(chance * 10 + never / chance);
    putchar(chance + never / chance / 2);
    putchar(never * (chance - never / chance) + sad - (sad / (cpp(love) - cpp(hactehbka))) * (never / chance * 1.5));
    mydear();
    for(auto&& c : {1.5f, 3.f, 6.5f})
        putchar(ohyes + M_PI + never / chance * c);
    putchar(ohyes);
    putchar(chance + never / chance * 1.5);
    return 0;
}

    BACbKA, 05 Ноября 2021

    Комментарии (3)

  3. C++ / Говнокод #27794

    −1

    1. 01
    2. 02
    3. 03
    4. 04
    5. 05
    6. 06
    7. 07
    8. 08
    9. 09
    10. 10
    11. 11
    12. 12
    13. 13
    14. 14
    15. 15
    16. 16
    17. 17
    18. 18
    19. 19
    20. 20
    21. 21
    22. 22
    23. 23
    #include <cstdio>

int main(void)
{
    static char data[] = "sosu hui\n";
    __asm
    {
        mov eax, 0
        ploop:
            mov bl, [data + eax]
            push eax
            push bx
            call putchar
            pop bx
            pop eax
            inc eax
            cmp bl, 0
            jnz ploop

    }

    return 0;
}

    digitalEugene, 05 Ноября 2021

    Комментарии (13)

  4. C++ / Говнокод #27787

    +1

    1. 01
    2. 02
    3. 03
    4. 04
    5. 05
    6. 06
    7. 07
    8. 08
    9. 09
    10. 10
    11. 11
    12. 12
    13. 13
    14. 14
    15. 15
    16. 16
    17. 17
    18. 18
    19. 19
    20. 20
    21. 21
    22. 22
    23. 23
    24. 24
    25. 25
    26. 26
    27. 27
    28. 28
    29. 29
    30. 30
    31. 31
    32. 32
    33. 33
    34. 34
    35. 35
    36. 36
    37. 37
    38. 38
    39. 39
    40. 40
    41. 41
    42. 42
    43. 43
    44. 44
    45. 45
    46. 46
    47. 47
    48. 48
    49. 49
    50. 50
    51. 51
    52. 52
    53. 53
    54. 54
    55. 55
    56. 56
    57. 57
    58. 58
    59. 59
    60. 60
    61. 61
    62. 62
    63. 63
    64. 64
    65. 65
    #include <string>
#include <type_traits>
#include <iostream>

template<int N> struct tag {};

template<typename T, int N>
struct loophole_t
{
    friend auto loophole(tag<N>) { return T{}; };
};

#define BA(c) auto loophole(tag< (c) >);
#define Cb(c) BA(c) BA(c+1) BA(c+2) BA(c+3) BA(c+4)
#define KA(c) Cb(c) Cb(c+5) Cb(c+10) Cb(c+15) Cb(c+20)
#define ZDES(c) KA(c) KA(c+20) KA(c+40) KA(c+60) KA(c+80)
#define BACbKAZDES ZDES(0) ZDES(80) ZDES(160) ZDES(240) ZDES(300)

BACbKAZDES

template<int I>
struct wrp
{
    int a;
};
int main(void)
{
    sizeof(loophole_t<wrp<67>, 0>);
    sizeof(loophole_t<wrp<66>, 1>);
    sizeof(loophole_t<wrp<68>, 2>);
    sizeof(loophole_t<wrp<99>, 3>);
    sizeof(loophole_t<wrp<76>, 4>);
    sizeof(loophole_t<wrp<66>, 5>);
    sizeof(loophole_t<wrp<33>, 6>);
    sizeof(loophole_t<wrp<73>, 7>);
    sizeof(loophole_t<wrp<66>, 8>);
    sizeof(loophole_t<wrp<68>, 9>);
    sizeof(loophole_t<wrp<85>, 10>);
    sizeof(loophole_t<wrp<70>, 11>);
    sizeof(loophole_t<wrp<79>, 12>);
    sizeof(loophole_t<wrp<99>, 13>);
    sizeof(loophole_t<wrp<76>, 14>);
    sizeof(loophole_t<wrp<66>, 15>);
    sizeof(loophole_t<wrp<33>, 16>);
    sizeof(loophole_t<wrp<109>, 17>);
    sizeof(loophole_t<wrp<112>, 18>);
    sizeof(loophole_t<wrp<119>, 19>);
    sizeof(loophole_t<wrp<102>, 20>);

    std::string nactenbka;
#define L(c, i) if(std::is_same< wrp< (c) >, decltype( loophole(tag< (i) >{}) )>::value) nactenbka.push_back((char)( c-1 ) );
#define O(c, i) L(c, i) L(c+1, i) L(c+2, i) L(c+3, i) L(c+4, i)
#define V(c, i) O(c, i) O(c+5, i) O(c+10,i) O(c+15,i) O(c+20,i)
#define E(c, i) V(c, i) V(c+20,i) V(c+40,i) V(c+60,i) V(c+80,i)
#define LOVE(c, i) E(c, i) V(c+80, i) V(c+100, i)

#define FORE(i) LOVE(0, i)
#define VER(i) FORE(i) FORE(i+1) FORE(i+2) FORE(i+3) FORE(i+4)
#define FOREVER VER(0) VER(5) VER(10) VER(15) FORE(20)
    FOREVER

    std::cout << nactenbka << std::endl;
    return 0;

}

    <3

    BACbKA, 04 Ноября 2021

    Комментарии (9)

  5. C++ / Говнокод #27785

    +3

    1. 01
    2. 02
    3. 03
    4. 04
    5. 05
    6. 06
    7. 07
    8. 08
    9. 09
    10. 10
    11. 11
    12. 12
    13. 13
    14. 14
    15. 15
    16. 16
    17. 17
    18. 18
    19. 19
    20. 20
    21. 21
    22. 22
    23. 23
    24. 24
    25. 25
    26. 26
    27. 27
    28. 28
    29. 29
    30. 30
    31. 31
    32. 32
    33. 33
    34. 34
    35. 35
    36. 36
    37. 37
    38. 38
    39. 39
    40. 40
    41. 41
    42. 42
    43. 43
    44. 44
    45. 45
    46. 46
    47. 47
    48. 48
    49. 49
    50. 50
    51. 51
    52. 52
    53. 53
    54. 54
    55. 55
    56. 56
    57. 57
    58. 58
    59. 59
    template<typename T>
static ALWAYS_INLINE void FormatLogMessageAndPrintW(
                                             const char* channelName, 
                                             const char* functionName, 
                                             LOGLEVEL level,
                                             const char* message, 
                                             bool timestamp, 
                                             bool ansi_color_code,
                                             bool newline, 
                                             const T& callback)
{
  char buf[512];
  char* message_buf = buf;
  int message_len;
  if ((message_len = FormatLogMessageForDisplay(message_buf,
                       sizeof(buf), channelName, functionName,
                       level, 
                       message, timestamp,
                       ansi_color_code, newline)) > (sizeof(buf) - 1))
  {
    message_buf = static_cast<char*>(std::malloc(message_len + 1));
    message_len = FormatLogMessageForDisplay(message_buf, 
                 message_len + 1, channelName, functionName, 
                 level, message, timestamp, ansi_color_code, newline);
  }
  if (message_len <= 0)
    return;

  // Convert to UTF-16 first so unicode characters display correctly.
  // NT is going to do it anyway...
  wchar_t wbuf[512];
  wchar_t* wmessage_buf = wbuf;
  int wmessage_buflen = countof(wbuf) - 1;
  if (message_len >= countof(wbuf))
  {
    wmessage_buflen = message_len;
    wmessage_buf = static_cast<wchar_t*>
               (std::malloc((wmessage_buflen + 1) * sizeof(wchar_t)));
  }

  wmessage_buflen = MultiByteToWideChar(CP_UTF8, 0, message_buf,
                    message_len, wmessage_buf, wmessage_buflen);

  if (wmessage_buflen <= 0)
    return;

  wmessage_buf[wmessage_buflen] = '\0';
  callback(wmessage_buf, wmessage_buflen);

  if (wmessage_buf != wbuf)
  {
    std::free(wbuf);                        // <=
  }

  if (message_buf != buf)
  {
    std::free(message_buf);
  }
}

    Отсюда:
    https://pvs-studio.com/ru/blog/posts/cpp/0880/

    HO9I6PbCKuu_neTyx, 03 Ноября 2021

    Комментарии (31)

  6. C++ / Говнокод #27781

    +2

    1. 01
    2. 02
    3. 03
    4. 04
    5. 05
    6. 06
    7. 07
    8. 08
    9. 09
    10. 10
    11. 11
    12. 12
    13. 13
    14. 14
    15. 15
    16. 16
    17. 17
    18. 18
    19. 19
    20. 20
    21. 21
    22. 22
    23. 23
    24. 24
    25. 25
    26. 26
    27. 27
    28. 28
    29. 29
    30. 30
    31. 31
    32. 32
    33. 33
    34. 34
    35. 35
    36. 36
    37. 37
    38. 38
    39. 39
    40. 40
    41. 41
    42. 42
    43. 43
    44. 44
    45. 45
    46. 46
    uint16_t Mnemonic::describeMnemonics(void) const
{
	uint16_t result = 0;
	size_t i = 0;
	for (auto&& m : mnemonics)
		result += m.index() << i++ * 4;

	return result;
}
...
switch(mnemonic.describeMnemonics())
{
	case constructDescription(REGISTER, REGISTER):
	{
...
	}
	break;

	case constructDescription(REGISTER, CONSTANT):
	{
...
	}
	break;

	case constructDescription(REGISTER, LABEL):
	{
...
	}
	break;

	case constructDescription(REGISTER, INDIRECT_ADDRESS):
	{
...
	}
	break;

	case constructDescription(INDIRECT_ADDRESS, REGISTER):
	{
...
	}
	break;

	default:
		break;

}

    спасибо папочка за паттерн матчинг

    digitalEugene, 01 Ноября 2021

    Комментарии (9)

  7. C++ / Говнокод #27777

    +1

    1. 01
    2. 02
    3. 03
    4. 04
    5. 05
    6. 06
    7. 07
    8. 08
    9. 09
    10. 10
    11. 11
    12. 12
    13. 13
    14. 14
    15. 15
    16. 16
    17. 17
    18. 18
    19. 19
    20. 20
    21. 21
    22. 22
    23. 23
    24. 24
    25. 25
    26. 26
    27. 27
    28. 28
    29. 29
    30. 30
    31. 31
    32. 32
    33. 33
    34. 34
    35. 35
    36. 36
    37. 37
    38. 38
    39. 39
    40. 40
    41. 41
    42. 42
    43. 43
    44. 44
    45. 45
    46. 46
    47. 47
    48. 48
    49. 49
    50. 50
    51. 51
    52. 52
    53. 53
    54. 54
    55. 55
    56. 56
    57. 57
    58. 58
    59. 59
    60. 60
    61. 61
    62. 62
    63. 63
    64. 64
    65. 65
    66. 66
    67. 67
    68. 68
    69. 69
    70. 70
    71. 71
    72. 72
    73. 73
    74. 74
    75. 75
    76. 76
    77. 77
    78. 78
    79. 79
    80. 80
    81. 81
    82. 82
    83. 83
    84. 84
    85. 85
    86. 86
    87. 87
    88. 88
    89. 89
    90. 90
    91. 91
    92. 92
    93. 93
    94. 94
    95. 95
    96. 96
    97. 97
    if (op.size() == 1)
				{
					if (op[0].id == LexemID::REGISTER)
					{
						if (isSIBbase(registerName2registerId.at( std::get<std::string>(op[0].lexemas))))
							mnemonic.mnemonics.emplace_back(IndirectAddress{
								.base = Register(std::get<std::string>(op[0].lexemas))
								});
						else
							mnemonic.mnemonics.emplace_back(IndirectAddress{
								.index = Register(std::get<std::string>(op[0].lexemas))
								});
					}
					else if (op[0].id == LexemID::LABEL_USE)
						mnemonic.mnemonics.emplace_back(IndirectAddress{
							.disp = LabelUse(std::get<std::string>(op[0].lexemas))
							});
					else if (op[0].id == LexemID::NUMBER)
						mnemonic.mnemonics.emplace_back(IndirectAddress{
							.disp = Constant(std::get<int>(op[0].lexemas))
							});
				}
				else if (op.size() == 3)
				{
					if (const auto operation = std::get<std::string>(op[1].lexemas)[0]; operation == '+')
					{
						if (op[0].id == LexemID::REGISTER && op[2].id == LexemID::REGISTER)
						{
							if (isSIBbase(registerName2registerId.at(std::get<std::string>(op[0].lexemas))))
								mnemonic.mnemonics.emplace_back(IndirectAddress{
									.base = Register(std::get<std::string>(op[0].lexemas)),
									.index = Register(std::get<std::string>(op[2].lexemas))
									});
							else
								mnemonic.mnemonics.emplace_back(IndirectAddress{
									.base = Register(std::get<std::string>(op[2].lexemas)),
									.index = Register(std::get<std::string>(op[0].lexemas))
									});
						}
						else if (op[0].id == LexemID::REGISTER && op[2].id == LexemID::NUMBER)
						{
							if (isSIBbase(registerName2registerId.at(std::get<std::string>(op[0].lexemas))))
								mnemonic.mnemonics.emplace_back(IndirectAddress{
									.base = Register(std::get<std::string>(op[0].lexemas)),
									.disp = Constant(std::get<int>(op[2].lexemas))
									});
							else
								mnemonic.mnemonics.emplace_back(IndirectAddress{
									.index = Register(std::get<std::string>(op[0].lexemas)),
									.disp = Constant(std::get<int>(op[2].lexemas))
									});
						}
						else if (op[0].id == LexemID::REGISTER && op[2].id == LexemID::LABEL_USE)
						{
							if (isSIBbase(registerName2registerId.at(std::get<std::string>(op[0].lexemas))))
								mnemonic.mnemonics.emplace_back(IndirectAddress{
									.base = Register(std::get<std::string>(op[0].lexemas)),
									.disp = LabelUse(std::get<std::string>(op[2].lexemas))
									});
							else
								mnemonic.mnemonics.emplace_back(IndirectAddress{
								.index = Register(std::get<std::string>(op[0].lexemas)),
								.disp = LabelUse(std::get<std::string>(op[2].lexemas))
									});
						}
					}
					else if (operation == '*')
					{
						if (op[0].id == LexemID::NUMBER && op[2].id == LexemID::REGISTER)
							mnemonic.mnemonics.emplace_back(IndirectAddress{
								.base = Register(std::get<std::string>(op[2].lexemas)),
								.scale = static_cast<uint8_t>(std::get<int>(op[0].lexemas))
								});
					}
				}
				else if(op.size() == 5)
				{

					if (op[4].id == LexemID::REGISTER)
						mnemonic.mnemonics.emplace_back(IndirectAddress{
							.base  = Register(std::get<std::string>(op[4].lexemas)),
							.index = Register(std::get<std::string>(op[2].lexemas)),
							.scale = static_cast<uint8_t>(std::get<int>(op[0].lexemas))
							});
					else if (op[4].id == LexemID::NUMBER)
						mnemonic.mnemonics.emplace_back(IndirectAddress{
							.index = Register(std::get<std::string>(op[2].lexemas)),
							.scale = static_cast<uint8_t>(std::get<int>(op[0].lexemas)),
							.disp = Constant(std::get<int>(op[4].lexemas))
							});
					else if (op[4].id == LexemID::LABEL_USE)
						mnemonic.mnemonics.emplace_back(IndirectAddress{
							.index = Register(std::get<std::string>(op[2].lexemas)),
							.scale = static_cast<uint8_t>(std::get<int>(op[0].lexemas)),
							.disp = LabelUse(std::get<std::string>(op[4].lexemas))
							});
...

    чё к щам близко?

    https://github.com/kcalbSphere/PVC-16/blob/master/pvc-asm/syntaxer.cpp

    digitalEugene, 31 Октября 2021

    Комментарии (22)

  8. C++ / Говнокод #27776

    +2

    1. 01
    2. 02
    3. 03
    4. 04
    5. 05
    6. 06
    7. 07
    8. 08
    9. 09
    10. 10
    // a.h
inline struct $q1 {unsigned a;} $q1i;

// main.cpp
#include "a.h"
int main(int argc, char** args) 
{
    $q1i.a = argc; 
    return $q1i.a;
};

    у некоторых линукс-юзеров может упасть на этапе линковки

    digitalEugene, 31 Октября 2021

    Комментарии (3)

  9. C++ / Говнокод #27775

    0

    1. 01
    2. 02
    3. 03
    4. 04
    5. 05
    6. 06
    7. 07
    8. 08
    9. 09
    10. 10
    11. 11
    12. 12
    13. 13
    14. 14
    15. 15
    16. 16
    17. 17
    18. 18
    19. 19
    20. 20
    21. 21
    22. 22
    #define REGISTERS_LIST A, B, C, D, E, SI, BP, SP, IP
#define LREGISTERS_LIST AH, AL, BH, BL, CH, CL, DH, DL, EH, EL, SIH, SIL, BPH, BPL, SPH, SPL, IPH, IPL

enum RegisterID
{
	REGISTERS_LIST,
	LREGISTERS_LIST
};

const static std::string registerId2registerName[] = {
#define _MAP(x) #x
	MAP_LIST(_MAP, REGISTERS_LIST),
	MAP_LIST(_MAP, LREGISTERS_LIST)
};
#undef _MAP

const static std::map<std::string, RegisterID> registerName2registerId = {
#define _MAP(x) {#x, x}
	MAP_LIST(_MAP, REGISTERS_LIST),
	MAP_LIST(_MAP, LREGISTERS_LIST)
};
#undef _MAP

    покруче гомоиконности

    digitalEugene, 30 Октября 2021

    Комментарии (26)

  10. C++ / Говнокод #27774

    0

    1. 1
    2. 2
    3. 3
    4. 4
    const boost::escaped_list_separator<char> els("\\"s, " \n\t"s, "\"");

boost::replace_all(src, "\"", "\"\\\"");
const boost::tokenizer tok(src, els);

    els не умеет в keeping quotes хнык хнык

    digitalEugene, 30 Октября 2021

    Комментарии (0)