acak/ornament-mythology-messenger

0 lines

922.97 KB

_ABI(raw_x86_64)
void function_0x140001120_Code_x86_64(generic64_t register_rcx _REG(rcx_x86_64), struct_334 *register_rdx _REG(rdx_x86_64), generic64_t register_r8 _REG(r8_x86_64), generic64_t register_r9 _REG(r9_x86_64), struct_175 stack_arguments _STACK) {
  uint64_t loop_state_var;
  struct_224 *var_0;
  generic64_t var_1;
  generic64_t var_2;
  struct_334 *var_3;
  struct_173 var_4;
  stack_arguments.offset_8 = register_rdx;
  stack_arguments.offset_0 = register_rcx;
  stack_arguments.offset_16 = ((register_rdx->offset_12.member_1.offset_4 >> 3) & 0x3F) ^ 0x3F;
  *(generic8_t *) (((register_rdx->offset_12.member_1.offset_4 >> 3) & 0x3F) + (pointer_or_number64_t) register_rdx + 24) = '\200';
  if ((register_rdx->offset_12.member_1.offset_4 & 0x1C0) == 448) {
    struct_230 *var_5;
    generic64_t var_6;
    var_5 = function_0x140004280_Code_x86_64(register_rcx, (generic64_t) register_rdx, (register_rdx->offset_12.member_1.offset_4 >> 3) & 0x3F, register_r9);
    var_6 = 0;
    if (*(generic64_t *) &var_5->offset_24->offset_32 != var_5->offset_24->offset_40) {
      generic64_t var_7;
      var_7 = *(generic64_t *) &var_5->offset_24->offset_32;
      while (true) {
        if (*(generic32_t *) (*(generic64_t *) (var_7 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_7 + 32) + 60) + 136)) {
          if (*(generic32_t *) (*(generic64_t *) (var_7 + 32) + *(generic32_t *) (*(generic64_t *) (var_7 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_7 + 32) + 60) + 136) + 24)) {
            generic64_t var_8;
            var_8 = 0;
            generic8_t var_9;
            do {
              generic64_t var_10;
              var_10 = 0;
              generic64_t var_11;
              do {
                var_11 = var_10;
                var_10 = var_11 + 1;
              } while (*(generic8_t *) (*(generic64_t *) (var_7 + 32) + *(generic32_t *) ((var_8 << 2) + (*(generic64_t *) (var_7 + 32) + *(generic32_t *) (*(generic64_t *) (var_7 + 32) + *(generic32_t *) (*(generic64_t *) (var_7 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_7 + 32) + 60) + 136) + 32))) + var_11));
              if (var_11) {
                generic32_t var_12;
                generic64_t var_13;
                var_12 = 4168446072;
                var_13 = 0;
                generic64_t var_14;
                do {
                  var_14 = *(generic64_t *) (var_7 + 32) + *(generic32_t *) ((var_8 << 2) + (*(generic64_t *) (var_7 + 32) + *(generic32_t *) (*(generic64_t *) (var_7 + 32) + *(generic32_t *) (*(generic64_t *) (var_7 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_7 + 32) + 60) + 136) + 32))) + var_13;
                  var_13 = var_13 + 1;
                  var_12 = (var_12 ^ (number32_t) *(generic8_t *) var_14) * 16777619;
                } while (var_13 < var_11);
                if (var_12 == (pointer_or_number32_t) -1266412641) {
                  var_6 = *(generic64_t *) (var_7 + 32) + *(generic32_t *) ((*(generic16_t *) ((var_8 << 1) + (*(generic64_t *) (var_7 + 32) + *(generic32_t *) (*(generic64_t *) (var_7 + 32) + *(generic32_t *) (*(generic64_t *) (var_7 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_7 + 32) + 60) + 136) + 36))) << 2) + (*(generic64_t *) (var_7 + 32) + *(generic32_t *) (*(generic64_t *) (var_7 + 32) + *(generic32_t *) (*(generic64_t *) (var_7 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_7 + 32) + 60) + 136) + 28)));
                  loop_state_var = 1;
                  break;
                }
              }
              var_9 = (number32_t) var_8 + 1 - *(generic32_t *) (*(generic64_t *) (var_7 + 32) + *(generic32_t *) (*(generic64_t *) (var_7 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_7 + 32) + 60) + 136) + 24) > ~*(generic32_t *) (*(generic64_t *) (var_7 + 32) + *(generic32_t *) (*(generic64_t *) (var_7 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_7 + 32) + 60) + 136) + 24);
              var_8 = (number32_t) var_8 + 1;
            } while (var_9);
            if (loop_state_var == 1) {
              break;
            }
          }
        }
        var_7 = *(generic64_t *) var_7;
        if (var_7 != var_5->offset_24->offset_40) {
          continue;
        }
        var_6 = 0;
        break;
      }
    }
    struct_230 *var_15;
    generic64_t var_16;
    generic64_t var_17;
    var_16 = ((rawfunction_73 *) var_6)(((register_rdx->offset_12.member_1.offset_4 >> 3) & 0x3F) + (pointer_or_number64_t) register_rdx + 25, 0, stack_arguments.offset_16);
    function_0x140001660_Code_x86_64(stack_arguments.offset_8, &stack_arguments.offset_8->offset_24, var_16, var_6, var_4);
    var_15 = function_0x140004280_Code_x86_64((generic64_t) stack_arguments.offset_8, (generic64_t) &stack_arguments.offset_8->offset_24, var_16, var_6);
    var_17 = 0;
    if (*(generic64_t *) &var_15->offset_24->offset_32 != var_15->offset_24->offset_40) {
      generic64_t var_18;
      var_18 = *(generic64_t *) &var_15->offset_24->offset_32;
      while (true) {
        if (*(generic32_t *) (*(generic64_t *) (var_18 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_18 + 32) + 60) + 136)) {
          if (*(generic32_t *) (*(generic64_t *) (var_18 + 32) + *(generic32_t *) (*(generic64_t *) (var_18 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_18 + 32) + 60) + 136) + 24)) {
            generic64_t var_19;
            var_19 = 0;
            generic8_t var_20;
            do {
              generic64_t var_21;
              var_21 = 0;
              generic64_t var_22;
              do {
                var_22 = var_21;
                var_21 = var_22 + 1;
              } while (*(generic8_t *) (*(generic64_t *) (var_18 + 32) + *(generic32_t *) ((var_19 << 2) + (*(generic64_t *) (var_18 + 32) + *(generic32_t *) (*(generic64_t *) (var_18 + 32) + *(generic32_t *) (*(generic64_t *) (var_18 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_18 + 32) + 60) + 136) + 32))) + var_22));
              if (var_22) {
                generic32_t var_23;
                generic64_t var_24;
                var_23 = 4168446072;
                var_24 = 0;
                generic64_t var_25;
                do {
                  var_25 = *(generic64_t *) (var_18 + 32) + *(generic32_t *) ((var_19 << 2) + (*(generic64_t *) (var_18 + 32) + *(generic32_t *) (*(generic64_t *) (var_18 + 32) + *(generic32_t *) (*(generic64_t *) (var_18 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_18 + 32) + 60) + 136) + 32))) + var_24;
                  var_24 = var_24 + 1;
                  var_23 = (var_23 ^ (number32_t) *(generic8_t *) var_25) * 16777619;
                } while (var_24 < var_22);
                if (var_23 == (pointer_or_number32_t) -1266412641) {
                  var_17 = *(generic64_t *) (var_18 + 32) + *(generic32_t *) ((*(generic16_t *) ((var_19 << 1) + (*(generic64_t *) (var_18 + 32) + *(generic32_t *) (*(generic64_t *) (var_18 + 32) + *(generic32_t *) (*(generic64_t *) (var_18 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_18 + 32) + 60) + 136) + 36))) << 2) + (*(generic64_t *) (var_18 + 32) + *(generic32_t *) (*(generic64_t *) (var_18 + 32) + *(generic32_t *) (*(generic64_t *) (var_18 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_18 + 32) + 60) + 136) + 28)));
                  loop_state_var = 0;
                  break;
                }
              }
              var_20 = (number32_t) var_19 + 1 - *(generic32_t *) (*(generic64_t *) (var_18 + 32) + *(generic32_t *) (*(generic64_t *) (var_18 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_18 + 32) + 60) + 136) + 24) > ~*(generic32_t *) (*(generic64_t *) (var_18 + 32) + *(generic32_t *) (*(generic64_t *) (var_18 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_18 + 32) + 60) + 136) + 24);
              var_19 = (number32_t) var_19 + 1;
            } while (var_20);
            if (!(loop_state_var)) {
              break;
            }
          }
        }
        var_18 = *(generic64_t *) var_18;
        if (var_18 != var_15->offset_24->offset_40) {
          continue;
        }
        var_17 = 0;
        break;
      }
    }
    generic64_t var_26;
    var_2 = var_17;
    var_26 = ((rawfunction_74 *) var_2)((generic64_t) &stack_arguments.offset_8->offset_24, 56);
    var_1 = var_26;
    var_3 = stack_arguments.offset_8;
    var_0 = &stack_arguments.offset_8->offset_24;
  } else {
    struct_230 *var_27;
    generic64_t var_28;
    var_27 = function_0x140004280_Code_x86_64(register_rcx, (generic64_t) register_rdx, (register_rdx->offset_12.member_1.offset_4 >> 3) & 0x3F, register_r9);
    var_28 = 0;
    if (*(generic64_t *) &var_27->offset_24->offset_32 != var_27->offset_24->offset_40) {
      generic64_t var_29;
      var_29 = *(generic64_t *) &var_27->offset_24->offset_32;
      while (true) {
        if (*(generic32_t *) (*(generic64_t *) (var_29 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_29 + 32) + 60) + 136)) {
          if (*(generic32_t *) (*(generic64_t *) (var_29 + 32) + *(generic32_t *) (*(generic64_t *) (var_29 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_29 + 32) + 60) + 136) + 24)) {
            generic64_t var_30;
            var_30 = 0;
            generic8_t var_31;
            do {
              generic64_t var_32;
              var_32 = 0;
              generic64_t var_33;
              do {
                var_33 = var_32;
                var_32 = var_33 + 1;
              } while (*(generic8_t *) (*(generic64_t *) (var_29 + 32) + *(generic32_t *) ((var_30 << 2) + (*(generic64_t *) (var_29 + 32) + *(generic32_t *) (*(generic64_t *) (var_29 + 32) + *(generic32_t *) (*(generic64_t *) (var_29 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_29 + 32) + 60) + 136) + 32))) + var_33));
              if (var_33) {
                generic32_t var_34;
                generic64_t var_35;
                var_34 = 4168446072;
                var_35 = 0;
                generic64_t var_36;
                do {
                  var_36 = *(generic64_t *) (var_29 + 32) + *(generic32_t *) ((var_30 << 2) + (*(generic64_t *) (var_29 + 32) + *(generic32_t *) (*(generic64_t *) (var_29 + 32) + *(generic32_t *) (*(generic64_t *) (var_29 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_29 + 32) + 60) + 136) + 32))) + var_35;
                  var_35 = var_35 + 1;
                  var_34 = (var_34 ^ (number32_t) *(generic8_t *) var_36) * 16777619;
                } while (var_35 < var_33);
                if (var_34 == (pointer_or_number32_t) -1266412641) {
                  var_28 = *(generic64_t *) (var_29 + 32) + *(generic32_t *) ((*(generic16_t *) ((var_30 << 1) + (*(generic64_t *) (var_29 + 32) + *(generic32_t *) (*(generic64_t *) (var_29 + 32) + *(generic32_t *) (*(generic64_t *) (var_29 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_29 + 32) + 60) + 136) + 36))) << 2) + (*(generic64_t *) (var_29 + 32) + *(generic32_t *) (*(generic64_t *) (var_29 + 32) + *(generic32_t *) (*(generic64_t *) (var_29 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_29 + 32) + 60) + 136) + 28)));
                  loop_state_var = 1;
                  break;
                }
              }
              var_31 = (number32_t) var_30 + 1 - *(generic32_t *) (*(generic64_t *) (var_29 + 32) + *(generic32_t *) (*(generic64_t *) (var_29 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_29 + 32) + 60) + 136) + 24) > ~*(generic32_t *) (*(generic64_t *) (var_29 + 32) + *(generic32_t *) (*(generic64_t *) (var_29 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_29 + 32) + 60) + 136) + 24);
              var_30 = (number32_t) var_30 + 1;
            } while (var_31);
            if (loop_state_var == 1) {
              break;
            }
          }
        }
        var_29 = *(generic64_t *) var_29;
        if (var_29 != var_27->offset_24->offset_40) {
          continue;
        }
        var_28 = 0;
        break;
      }
    }
    generic64_t var_37;
    var_2 = var_28;
    var_37 = ((rawfunction_75 *) var_2)(((register_rdx->offset_12.member_1.offset_4 >> 3) & 0x3F) + (pointer_or_number64_t) register_rdx + 25, 0, stack_arguments.offset_16 - 8);
    var_1 = var_37;
    var_3 = stack_arguments.offset_8;
    var_0 = &var_3->offset_24;
  }
  struct_230 *var_38;
  generic64_t var_39;
  *(generic32_t *) ((pointer_or_number64_t) var_3 + 80) = *(generic32_t *) ((pointer_or_number64_t) var_3 + 16);
  *(generic32_t *) ((pointer_or_number64_t) var_3 + 84) = *(generic32_t *) ((pointer_or_number64_t) var_3 + 20);
  function_0x140001660_Code_x86_64(var_3, var_0, var_1, var_2, var_4);
  var_38 = function_0x140004280_Code_x86_64((generic64_t) var_3, (generic64_t) var_0, var_1, var_2);
  var_39 = NULL;
  if (*(generic64_t *) &var_38->offset_24->offset_32 != var_38->offset_24->offset_40) {
    generic64_t var_40;
    var_40 = *(generic64_t *) &var_38->offset_24->offset_32;
    while (true) {
      if (*(generic32_t *) (*(generic64_t *) (var_40 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_40 + 32) + 60) + 136)) {
        if (*(generic32_t *) (*(generic64_t *) (var_40 + 32) + *(generic32_t *) (*(generic64_t *) (var_40 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_40 + 32) + 60) + 136) + 24)) {
          generic64_t var_41;
          var_41 = 0;
          generic8_t var_42;
          do {
            generic64_t var_43;
            var_43 = 0;
            generic64_t var_44;
            do {
              var_44 = var_43;
              var_43 = var_44 + 1;
            } while (*(generic8_t *) (*(generic64_t *) (var_40 + 32) + *(generic32_t *) ((var_41 << 2) + (*(generic64_t *) (var_40 + 32) + *(generic32_t *) (*(generic64_t *) (var_40 + 32) + *(generic32_t *) (*(generic64_t *) (var_40 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_40 + 32) + 60) + 136) + 32))) + var_44));
            if (var_44) {
              generic32_t var_45;
              generic64_t var_46;
              var_45 = 4168446072;
              var_46 = 0;
              generic64_t var_47;
              do {
                var_47 = *(generic64_t *) (var_40 + 32) + *(generic32_t *) ((var_41 << 2) + (*(generic64_t *) (var_40 + 32) + *(generic32_t *) (*(generic64_t *) (var_40 + 32) + *(generic32_t *) (*(generic64_t *) (var_40 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_40 + 32) + 60) + 136) + 32))) + var_46;
                var_46 = var_46 + 1;
                var_45 = (var_45 ^ (number32_t) *(generic8_t *) var_47) * 16777619;
              } while (var_46 < var_44);
              if (var_45 == (pointer_or_number32_t) -298451671) {
                var_39 = *(generic64_t *) (var_40 + 32) + *(generic32_t *) ((*(generic16_t *) ((var_41 << 1) + (*(generic64_t *) (var_40 + 32) + *(generic32_t *) (*(generic64_t *) (var_40 + 32) + *(generic32_t *) (*(generic64_t *) (var_40 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_40 + 32) + 60) + 136) + 36))) << 2) + (*(generic64_t *) (var_40 + 32) + *(generic32_t *) (*(generic64_t *) (var_40 + 32) + *(generic32_t *) (*(generic64_t *) (var_40 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_40 + 32) + 60) + 136) + 28)));
                loop_state_var = 0;
                break;
              }
            }
            var_42 = (number32_t) var_41 + 1 - *(generic32_t *) (*(generic64_t *) (var_40 + 32) + *(generic32_t *) (*(generic64_t *) (var_40 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_40 + 32) + 60) + 136) + 24) > ~*(generic32_t *) (*(generic64_t *) (var_40 + 32) + *(generic32_t *) (*(generic64_t *) (var_40 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_40 + 32) + 60) + 136) + 24);
            var_41 = (number32_t) var_41 + 1;
          } while (var_42);
          if (!(loop_state_var)) {
            break;
          }
        }
      }
      var_40 = *(generic64_t *) var_40;
      if (var_40 != var_38->offset_24->offset_40) {
        continue;
      }
      var_39 = NULL;
      break;
    }
  }
  struct_230 *var_48;
  generic64_t var_49;
  generic64_t var_50;
  generic64_t var_51;
  generic64_t var_52;
  artificial_struct_returned_by_rawfunction_76 var_53;
  var_53 = ((rawfunction_76 *) var_39)(stack_arguments.offset_0, (generic64_t) stack_arguments.offset_8, 16);
  var_52 = var_53.register_rcx;
  var_51 = var_53.register_rdx;
  var_50 = var_53.register_r8;
  var_49 = var_53.register_r9;
  var_48 = function_0x140004280_Code_x86_64(var_52, var_51, var_50, var_49);
  if (*(generic64_t *) &var_48->offset_24->offset_32 != var_48->offset_24->offset_40) {
    generic64_t var_54;
    var_54 = *(generic64_t *) &var_48->offset_24->offset_32;
    while (true) {
      if (*(generic32_t *) (*(generic64_t *) (var_54 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_54 + 32) + 60) + 136)) {
        if (*(generic32_t *) (*(generic64_t *) (var_54 + 32) + *(generic32_t *) (*(generic64_t *) (var_54 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_54 + 32) + 60) + 136) + 24)) {
          generic64_t var_55;
          var_55 = 0;
          generic8_t var_56;
          do {
            generic64_t var_57;
            var_57 = 0;
            generic64_t var_58;
            do {
              var_58 = var_57;
              var_57 = var_58 + 1;
            } while (*(generic8_t *) (*(generic64_t *) (var_54 + 32) + *(generic32_t *) ((var_55 << 2) + (*(generic64_t *) (var_54 + 32) + *(generic32_t *) (*(generic64_t *) (var_54 + 32) + *(generic32_t *) (*(generic64_t *) (var_54 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_54 + 32) + 60) + 136) + 32))) + var_58));
            if (var_58) {
              generic32_t var_59;
              generic64_t var_60;
              var_59 = 4168446072;
              var_60 = 0;
              generic64_t var_61;
              do {
                var_61 = *(generic64_t *) (var_54 + 32) + *(generic32_t *) ((var_55 << 2) + (*(generic64_t *) (var_54 + 32) + *(generic32_t *) (*(generic64_t *) (var_54 + 32) + *(generic32_t *) (*(generic64_t *) (var_54 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_54 + 32) + 60) + 136) + 32))) + var_60;
                var_60 = var_60 + 1;
                var_59 = (var_59 ^ (number32_t) *(generic8_t *) var_61) * 16777619;
              } while (var_60 < var_58);
              if (var_59 == (pointer_or_number32_t) -1266412641) {
                loop_state_var = 0;
                break;
              }
            }
            var_56 = (number32_t) var_55 + 1 - *(generic32_t *) (*(generic64_t *) (var_54 + 32) + *(generic32_t *) (*(generic64_t *) (var_54 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_54 + 32) + 60) + 136) + 24) > ~*(generic32_t *) (*(generic64_t *) (var_54 + 32) + *(generic32_t *) (*(generic64_t *) (var_54 + 32) + (pointer_or_number64_t) *(generic32_t *) (*(generic64_t *) (var_54 + 32) + 60) + 136) + 24);
            var_55 = (number32_t) var_55 + 1;
          } while (var_56);
          if (!(loop_state_var)) {
            break;
          }
        }
      }
      var_54 = *(generic64_t *) var_54;
      if (var_54 != var_48->offset_24->offset_40) {
        continue;
      }
      break;
    }
  }
}