typedef unsigned char undefined; typedef unsigned int uint; typedef unsigned char undefined1; typedef unsigned int undefined2; typedef unsigned long undefined4; typedef unsigned int word; typedef struct OLD_IMAGE_DOS_HEADER OLD_IMAGE_DOS_HEADER, *POLD_IMAGE_DOS_HEADER; struct OLD_IMAGE_DOS_HEADER { char e_magic[2]; // Magic number word e_cblp; // Bytes of last page word e_cp; // Pages in file word e_crlc; // Relocations word e_cparhdr; // Size of header in paragraphs word e_minalloc; // Minimum extra paragraphs needed word e_maxalloc; // Maximum extra paragraphs needed word e_ss; // Initial (relative) SS value word e_sp; // Initial SP value word e_csum; // Checksum word e_ip; // Initial IP value word e_cs; // Initial (relative) CS value word e_lfarlc; // File address of relocation table word e_ovno; // Overlay number }; typedef struct OLD_IMAGE_DOS_RELOC OLD_IMAGE_DOS_RELOC, *POLD_IMAGE_DOS_RELOC; struct OLD_IMAGE_DOS_RELOC { word offset; word segment; }; undefined DAT_0000_000c; undefined1 DAT_1000_092c; undefined1 DAT_1000_0931; undefined4 UNK_0000_0020; undefined4 UNK_0000_0024; undefined4 UNK_0000_0028; undefined2 LAB_1000_000b+1; undefined2 LAB_1000_000d+1; undefined DAT_0000_0bc2; undefined *UNK_0000_0bbc; undefined DAT_0000_0b96; undefined DAT_0000_1150; undefined DAT_0000_117c; undefined DAT_0000_117a; undefined DAT_0000_00e2; undefined1 DAT_0000_00e4; undefined1 DAT_0000_00e7; undefined DAT_0000_00e6; undefined2 DAT_1000_12c4; undefined2 DAT_1000_12c6; int DAT_1000_14d4; int DAT_1000_14d6; int UNK_0000_00bc; int UNK_0000_00be; undefined LAB_0000_11e8; undefined2 DAT_1000_0ce6; undefined2 DAT_1000_0cdc; undefined2 DAT_1000_0cec; int DAT_11bd_0f09; undefined DAT_0000_11e2; undefined DAT_0000_0088; undefined DAT_f000_fffe; undefined1 LAB_1000_031f; undefined1 LAB_1000_0ef3+2; undefined1 LAB_11bd_7cae+1; undefined1 DAT_0000_0004; undefined1 UNK_0000_0000; undefined1 UNK_0000_0001; undefined1 UNK_0000_0002; undefined1 UNK_0000_0003; undefined1 UNK_0000_0005; undefined1 *UNK_0000_0467; undefined2 UNK_0000_0469; undefined2 UNK_0000_0467; undefined2 DAT_11bd_12ca; char DAT_f000_fffe; undefined2 UNK_0000_0000; undefined2 UNK_0000_0002; undefined s_premature_EOF_1000_17b6; undefined2 DAT_11bd_04be; undefined2 LAB_11bd_0225; undefined2 LAB_11bd_5193+1; undefined2 LAB_11bd_52b6; undefined2 LAB_11bd_52b8; uint DAT_11bd_04be; uint DAT_1000_17c4; undefined DAT_0000_0008; int LAB_11bd_517e; uint LAB_11bd_5180; undefined2 LAB_11bd_5180+2; undefined2 *LAB_11bd_5183+1; undefined2 LAB_11bd_5188; int LAB_11bd_518a; uint LAB_11bd_518c; undefined2 *LAB_11bd_518c+2; undefined2 LAB_11bd_5192; ulong LAB_11bd_5196; int LAB_11bd_5196+4; undefined4 LAB_11bd_5244; undefined2 *LAB_11bd_5248; ulong LAB_11bd_524c; int DAT_1000_12c4; undefined1 LAB_11bd_517b; undefined1 DAT_1000_0f7a; int DAT_1000_0f7b; undefined1 DAT_11bd_1137; undefined2 DAT_11bd_1138; int UNK_0000_019c; int UNK_0000_019e; undefined2 DAT_11bd_0f09; undefined FUN_11bd_5ad6; undefined DAT_0000_0004; undefined4 UNK_0000_077c; int LAB_11bd_5e26; undefined4 LAB_11bd_5e28; undefined DAT_e000_0020; undefined2 LAB_11bd_5e26; undefined FUN_11bd_5fe2; ulong LAB_11bd_5e28; char DAT_8000_324e; char DAT_8000_43a2; undefined DAT_8000_3bbe; undefined DAT_8000_3bb6; undefined DAT_8000_4172; undefined DAT_8000_3b9e; undefined DAT_0000_0c9c; byte DAT_0000_00e6; undefined DAT_0000_0e14; undefined DAT_0000_1a13; undefined1 DAT_0000_1a15; undefined1 DAT_0000_1a18; undefined DAT_0000_0e16; uint __cdecl16far FUN_1000_0b12(uint param_1) { undefined2 *puVar1; undefined2 *puVar2; code *pcVar3; uint uVar4; int iVar5; int iVar6; uint uVar7; int extraout_DX; undefined2 *puVar8; undefined2 *puVar9; undefined2 unaff_SS; undefined2 unaff_DS; bool bVar10; int in_stack_00000002; uVar4 = (uint)(*(byte *)0x9f5 | *(byte *)0xe6a); if (((*(byte *)0x9f5 | *(byte *)0xe6a) == 0) && (uVar4 = (*(int *)0xce6 - *(int *)0xcde) - param_1, (uint)(*(int *)0xce6 - *(int *)0xcde) < param_1 || uVar4 == 0)) { iVar5 = ((0xf - uVar4 >> 4) + *(int *)0xb10 + 1) - *(int *)0xcec; iVar6 = (*(int *)0xb10 + 1) - in_stack_00000002; bVar10 = iVar6 * 8 < 0; uVar7 = iVar6 * 0x10; pcVar3 = (code *)swi(0x21); (*pcVar3)(); uVar4 = 0; if (!bVar10) { *(int *)0x5a = iVar5; *(int *)0xb10 = *(int *)0xb10 + extraout_DX; *(int *)0xce6 = *(int *)0xce6 + extraout_DX * 0x10; uVar4 = in_stack_00000002 + extraout_DX; puVar8 = (undefined2 *)(uVar7 - 2); puVar9 = puVar8; for (uVar7 = uVar7 >> 1; uVar7 != 0; uVar7 = uVar7 - 1) { puVar2 = puVar9; puVar9 = puVar9 + -1; puVar1 = puVar8; puVar8 = puVar8 + -1; *puVar2 = *puVar1; } *(uint *)0x28b9 = uVar4; *(uint *)0x9f1 = uVar4; *(uint *)0x9b6 = uVar4; *(uint *)0x20 = uVar4; if (*(int *)0xa12 == 0) { *(int *)0xa10 = *(int *)0xa10 + (uVar4 - in_stack_00000002); } if (*(int *)&DAT_0000_000c == in_stack_00000002) { *(uint *)&DAT_0000_000c = uVar4; } iVar6 = 0; iVar5 = 0x27; do { if (*(int *)(iVar6 + 0xf8c) == in_stack_00000002) { *(uint *)(iVar6 + 0xf8c) = uVar4; } if (*(int *)(iVar6 + 0x1028) == in_stack_00000002) { *(uint *)(iVar6 + 0x1028) = uVar4; } if (*(int *)(iVar6 + 0x22) == in_stack_00000002) { *(uint *)(iVar6 + 0x22) = uVar4; } iVar6 = iVar6 + 4; iVar5 = iVar5 + -1; } while (iVar5 != 0); if ((0x2e < *(byte *)0x34) && (iVar5 = (uint)*(byte *)0x34 * 4, *(int *)(iVar5 + 2) == in_stack_00000002)) { *(uint *)(iVar5 + 2) = uVar4; } *(uint *)0x12ca = uVar4; } } return uVar4; } void __cdecl16near FUN_11bd_016c(void) { undefined2 *puVar1; int iVar2; int iVar3; int iVar4; undefined2 unaff_DS; unkbyte10 in_ST0; unkbyte10 in_ST1; unkbyte10 in_ST2; unkbyte10 in_ST3; unkbyte10 in_ST4; unkbyte10 in_ST5; unkbyte10 in_ST6; unkbyte10 in_ST7; iVar4 = 0; iVar3 = 0; iVar2 = 0x100; do { *(undefined2 *)(iVar4 + 0xc6) = 0; *(undefined2 *)(iVar4 + 0xc4) = 0x8e00; *(undefined2 *)(iVar4 + 0xc2) = 0x70; *(int *)(iVar4 + 0xc0) = iVar3; iVar3 = iVar3 + 4; iVar4 = iVar4 + 8; iVar2 = iVar2 + -1; } while (iVar2 != 0); iVar2 = 0x11; iVar3 = 0x4235; iVar4 = 0; do { *(int *)(iVar4 + 0xc0) = iVar3; iVar3 = iVar3 + 0x1c; iVar4 = iVar4 + 8; iVar2 = iVar2 + -1; } while (iVar2 != 0); *(undefined2 *)0x128 = 0x1fb8; *(undefined2 *)0x1b8 = 0x84; *(undefined2 *)0x1c0 = 0xc80; *(undefined2 *)0x1c2 = 0x18; *(undefined2 *)0x1c8 = 0xc9e; *(undefined2 *)0x1d8 = 0x5eb; *(undefined2 *)0x248 = 0x44d6; if (*(char *)0x2e == '\v') { *(undefined2 *)0x3f8 = 0x2c83; *(undefined2 *)0x3fa = 0x18; } FUN_11bd_2081(); if ((*(byte *)0x47 & 1) != 0) { *(undefined2 *)0x170 = 0x4fa; *(undefined2 *)0x1b0 = 0xc7c; *(undefined2 *)0x1b2 = 0x18; if (*(char *)0x51 != '\0') { *(undefined2 *)((uint)(byte)(*(char *)0x51 + 5) * 8 + 0xc0) = 0x556; } } if (*(char *)0x3e != '\0') { if ((undefined2 *)*(undefined2 *)0xf82 != (undefined2 *)0x0) { puVar1 = (undefined2 *)*(undefined2 *)0xf82; *puVar1 = 0x37f; puVar1[2] = 0; puVar1[4] = 0xffff; *(undefined4 *)(puVar1 + 10) = 0; *(undefined4 *)(puVar1 + 6) = 0; puVar1[9] = 0; *(unkbyte10 *)(puVar1 + 0xe) = in_ST0; *(unkbyte10 *)(puVar1 + 0x13) = in_ST1; *(unkbyte10 *)(puVar1 + 0x18) = in_ST2; *(unkbyte10 *)(puVar1 + 0x1d) = in_ST3; *(unkbyte10 *)(puVar1 + 0x22) = in_ST4; *(unkbyte10 *)(puVar1 + 0x27) = in_ST5; *(unkbyte10 *)(puVar1 + 0x2c) = in_ST6; *(unkbyte10 *)(puVar1 + 0x31) = in_ST7; } DAT_1000_092c = 0x9b; DAT_1000_0931 = 0x9b; } return; } void __cdecl16near FUN_11bd_0246(void) { undefined2 unaff_DS; FUN_11bd_0d15(); (*(code *)*(undefined2 *)0x97a)(); FUN_11bd_0d0c(); return; } // WARNING: Unable to track spacebase fully for stack undefined4 FUN_11bd_0251(void) { int iVar1; undefined2 *puVar2; undefined2 unaff_SS; undefined2 unaff_DS; FUN_11bd_0246(); iVar1 = *(int *)0x996; uRam0001000c = *(undefined2 *)(iVar1 + 0xe); // WARNING: Read-only address (ram,0x0001000c) is written uRam0001000e = *(undefined2 *)(iVar1 + 2); puVar2 = (undefined2 *)(iVar1 + -2); // WARNING: Read-only address (ram,0x0001000e) is written *(undefined2 *)(iVar1 + -2) = 0x1e3c; FUN_11bd_0290(); uRam00000020 = *(undefined4 *)(iVar1 + 0x1e); uRam00000024 = *(undefined4 *)(iVar1 + 0x22); uRam00000028 = *(undefined4 *)(iVar1 + 0x26); *(undefined2 *)0x996 = *puVar2; return CONCAT22(puVar2[9],puVar2[0xb]); } // WARNING: Globals starting with '_' overlap smaller symbols at the same address void FUN_11bd_0290(void) { undefined2 unaff_DS; (*(code *)*(undefined2 *)0x9c0)(); LocalDescriptorTableRegister(0x68); // WARNING: Could not recover jumptable at 0x00011e81. Too many branches // WARNING: Treating indirect jump as call (*_DAT_0000_0bc2)(); return; } // WARNING: Globals starting with '_' overlap smaller symbols at the same address void FUN_11bd_0293(void) { undefined2 unaff_DS; (*(code *)*(undefined2 *)0x9c0)(); LocalDescriptorTableRegister(0x68); // WARNING: Could not recover jumptable at 0x00011e81. Too many branches // WARNING: Treating indirect jump as call (*_DAT_0000_0bc2)(); return; } undefined1 __cdecl16near FUN_11bd_0733(void) { undefined1 in_AL; undefined1 uVar1; out(0x22,in_AL); uVar1 = in(0x23); return uVar1; } void FUN_11bd_0929(void) { // WARNING: Could not recover jumptable at 0x000124fd. Too many branches // WARNING: Treating indirect jump as call (*pcRam00000bbc)(); return; } void FUN_11bd_092c(void) { undefined2 unaff_DS; // WARNING: Could not recover jumptable at 0x000124fd. Too many branches // WARNING: Treating indirect jump as call (*(code *)*(undefined2 *)0x9bc)(); return; } void FUN_11bd_0931(void) { undefined2 unaff_DS; // WARNING: Could not recover jumptable at 0x00012504. Too many branches // WARNING: Treating indirect jump as call (*(code *)*(undefined2 *)0x9be)(); return; } void __cdecl16near FUN_11bd_0bd1(void) { undefined1 extraout_AH; FUN_11bd_0c28(); out(100,0xd1); FUN_11bd_0c28(); out(0x60,extraout_AH); FUN_11bd_0c28(); return; } void __cdecl16near FUN_11bd_0be9(void) { undefined2 unaff_DS; bool bVar1; bool bVar2; FUN_11bd_0bd1(); bVar1 = (*(byte *)0x14 & 1) == 0; if (!bVar1) { do { bVar2 = bVar1; FUN_11bd_0c0d(); bVar1 = true; } while (bVar2); return; } out(100,0xff); FUN_11bd_0c28(); return; } void __cdecl16near FUN_11bd_0c0d(void) { int *piVar1; int *piVar2; int iVar3; int *piVar4; int *piVar5; piVar4 = (int *)0x20; piVar5 = (int *)0x30; iVar3 = 4; do { if (iVar3 == 0) { return; } iVar3 = iVar3 + -1; piVar2 = piVar5; piVar5 = piVar5 + 1; piVar1 = piVar4; piVar4 = piVar4 + 1; } while (*piVar1 == *piVar2); return; } // WARNING: Unable to track spacebase fully for stack // WARNING: Globals starting with '_' overlap smaller symbols at the same address void __cdecl16near FUN_11bd_0c28(void) { byte bVar1; char cVar2; char in_CL; char cVar3; int iVar4; byte bVar5; byte *in_BX; int unaff_BP; int unaff_SI; char *unaff_DI; undefined2 unaff_SS; undefined2 unaff_DS; int in_stack_0000000c; undefined2 uStack_c; iVar4 = 0; do { bVar1 = in(100); if ((bVar1 & 2) == 0) { return; } iVar4 = iVar4 + -1; } while (iVar4 != 0); FUN_11bd_22ad(); FUN_11bd_0c9b(); in_BX[(int)unaff_DI] = in_BX[(int)unaff_DI] + in_CL; cVar2 = FUN_11bd_0c9b(); cVar3 = (char)iVar4; bVar5 = (char)((uint)iVar4 >> 8) + cVar2; unaff_DI[unaff_BP] = unaff_DI[unaff_BP] + cVar2; cVar2 = FUN_11bd_0c9b(); *unaff_DI = *unaff_DI + cVar2 + -0x19; FUN_11bd_0c9b(); FUN_11bd_0c9b(); bVar1 = FUN_11bd_0c9f(); in_BX[unaff_SI] = in_BX[unaff_SI] ^ (bVar1 | bVar5 | (byte)unaff_BP); *(char *)0x20e8 = *(char *)0x20e8 + cVar3; *in_BX = *in_BX + cVar3; FUN_11bd_0c9b(); FUN_11bd_0c9b(); *in_BX = *in_BX & (byte)in_BX; uStack_c = _DAT_0000_0b96; _DAT_0000_0b96 = &uStack_c; *(undefined2 *)(_DAT_0000_1150 + -2) = 0x28c7; FUN_11bd_092c(); if (in_stack_0000000c == 0) { LOCK(); UNLOCK(); } FUN_11bd_0251(); return; } // WARNING: Unable to track spacebase fully for stack // WARNING: Globals starting with '_' overlap smaller symbols at the same address void FUN_11bd_0c9b(void) { int iVar1; undefined2 in_CX; undefined2 in_DX; undefined2 in_BX; byte *pbVar2; int iVar3; undefined2 unaff_BP; int *piVar4; undefined2 unaff_SI; undefined2 *puVar5; undefined2 unaff_DI; undefined2 unaff_ES; int unaff_SS; undefined2 uVar6; int iStack_1c; iVar1 = (int)_DAT_0000_0b96; _DAT_0000_117a = (undefined2 *)CONCAT22(unaff_SS,&stack0xfff8); if (unaff_SS == 0x20) { piVar4 = &iStack_1c; iStack_1c = (int)_DAT_0000_0b96; } else { iVar3 = (int)_DAT_0000_0b96 + -0x180; *(undefined2 *)((int)_DAT_0000_0b96 + -0x182) = 0x20; *(undefined2 *)(iVar1 + -0x184) = in_CX; *(undefined2 *)(iVar1 + -0x186) = in_DX; *(undefined2 *)(iVar1 + -0x188) = in_BX; *(int *)(iVar1 + -0x18a) = iVar3; *(undefined2 *)(iVar1 + -0x18c) = unaff_BP; *(undefined2 *)(iVar1 + -0x18e) = unaff_SI; *(undefined2 *)(iVar1 + -400) = unaff_DI; *(undefined2 *)(iVar1 + -0x192) = unaff_ES; *(undefined2 *)(iVar1 + -0x194) = 0x20; *(undefined2 *)(iVar1 + -0x196) = _DAT_0000_117c; piVar4 = (int *)(iVar1 + -0x198); *(int *)(iVar1 + -0x198) = (int)_DAT_0000_0b96; uVar6 = (undefined2)((ulong)_DAT_0000_117a >> 0x10); puVar5 = (undefined2 *)_DAT_0000_117a; *(undefined2 *)(iVar1 + -0x194) = *_DAT_0000_117a; *(undefined2 *)(iVar1 + -0x182) = puVar5[1]; *(undefined2 *)(iVar1 + -0x180) = puVar5[2]; *(undefined4 *)(iVar1 + -0x17e) = *(undefined4 *)(puVar5 + 3); *(undefined2 *)(iVar1 + -0x18a) = puVar5 + 5; *(undefined4 *)(iVar1 + -0x17a) = *(undefined4 *)(puVar5 + 5); *(undefined4 *)(iVar1 + -0x176) = *(undefined4 *)(puVar5 + 7); *(undefined4 *)(iVar1 + -0x172) = *(undefined4 *)(puVar5 + 9); } _DAT_0000_0b96 = (undefined1 *)piVar4; *(undefined2 *)(_DAT_0000_1150 + -2) = 0x28c7; FUN_11bd_092c(); pbVar2 = (byte *)*(undefined2 *)((int)piVar4 + 0x18); if (pbVar2 == (byte *)0x0) { LOCK(); pbVar2 = (byte *)*(undefined2 *)((int)piVar4 + 0x1c); *(undefined2 *)((int)piVar4 + 0x1c) = 0; UNLOCK(); } *(uint *)((int)piVar4 + 0x18) = (uint)*pbVar2; FUN_11bd_0251(); return; } // WARNING: Unable to track spacebase fully for stack // WARNING: Globals starting with '_' overlap smaller symbols at the same address void FUN_11bd_0c9f(void) { int iVar1; undefined2 in_CX; undefined2 in_DX; undefined2 in_BX; byte *pbVar2; int iVar3; undefined2 unaff_BP; int *piVar4; undefined2 unaff_SI; undefined2 *puVar5; undefined2 unaff_DI; undefined2 unaff_ES; int unaff_SS; undefined2 uVar6; int iStack_18; iVar1 = (int)_DAT_0000_0b96; _DAT_0000_117a = (undefined2 *)CONCAT22(unaff_SS,&stack0xfffc); if (unaff_SS == 0x20) { piVar4 = &iStack_18; iStack_18 = (int)_DAT_0000_0b96; } else { iVar3 = (int)_DAT_0000_0b96 + -0x180; *(undefined2 *)((int)_DAT_0000_0b96 + -0x182) = 0x20; *(undefined2 *)(iVar1 + -0x184) = in_CX; *(undefined2 *)(iVar1 + -0x186) = in_DX; *(undefined2 *)(iVar1 + -0x188) = in_BX; *(int *)(iVar1 + -0x18a) = iVar3; *(undefined2 *)(iVar1 + -0x18c) = unaff_BP; *(undefined2 *)(iVar1 + -0x18e) = unaff_SI; *(undefined2 *)(iVar1 + -400) = unaff_DI; *(undefined2 *)(iVar1 + -0x192) = unaff_ES; *(undefined2 *)(iVar1 + -0x194) = 0x20; *(undefined2 *)(iVar1 + -0x196) = _DAT_0000_117c; piVar4 = (int *)(iVar1 + -0x198); *(int *)(iVar1 + -0x198) = (int)_DAT_0000_0b96; uVar6 = (undefined2)((ulong)_DAT_0000_117a >> 0x10); puVar5 = (undefined2 *)_DAT_0000_117a; *(undefined2 *)(iVar1 + -0x194) = *_DAT_0000_117a; *(undefined2 *)(iVar1 + -0x182) = puVar5[1]; *(undefined2 *)(iVar1 + -0x180) = puVar5[2]; *(undefined4 *)(iVar1 + -0x17e) = *(undefined4 *)(puVar5 + 3); *(undefined2 *)(iVar1 + -0x18a) = puVar5 + 5; *(undefined4 *)(iVar1 + -0x17a) = *(undefined4 *)(puVar5 + 5); *(undefined4 *)(iVar1 + -0x176) = *(undefined4 *)(puVar5 + 7); *(undefined4 *)(iVar1 + -0x172) = *(undefined4 *)(puVar5 + 9); } _DAT_0000_0b96 = (undefined1 *)piVar4; *(undefined2 *)(_DAT_0000_1150 + -2) = 0x28c7; FUN_11bd_092c(); pbVar2 = (byte *)*(undefined2 *)((int)piVar4 + 0x18); if (pbVar2 == (byte *)0x0) { LOCK(); pbVar2 = (byte *)*(undefined2 *)((int)piVar4 + 0x1c); *(undefined2 *)((int)piVar4 + 0x1c) = 0; UNLOCK(); } *(uint *)((int)piVar4 + 0x18) = (uint)*pbVar2; FUN_11bd_0251(); return; } void __cdecl16near FUN_11bd_0d0c(void) { FUN_11bd_1298(0x1026); return; } void __cdecl16near FUN_11bd_0d15(void) { FUN_11bd_1280(0x1026); FUN_11bd_1298(0xf8a); return; } int __cdecl16far FUN_11bd_0d26(undefined4 param_1,undefined4 param_2) { undefined2 *puVar1; undefined2 *puVar2; uint uVar3; int iVar4; undefined2 *puVar5; undefined2 *puVar6; int unaff_SS; int iVar7; iVar7 = (int)((ulong)param_2 >> 0x10); iVar4 = (int)param_2; if (unaff_SS == iVar7) { uVar3 = iVar4 - (int)&stack0xfff6; puVar5 = (undefined2 *)(iVar4 - uVar3); puVar6 = (undefined2 *)((int)param_1 - uVar3); for (uVar3 = uVar3 >> 1; uVar3 != 0; uVar3 = uVar3 - 1) { puVar2 = puVar6; puVar6 = puVar6 + 1; puVar1 = puVar5; puVar5 = puVar5 + 1; *puVar2 = *puVar1; } } else { iVar4 = 0; } return iVar4; } void __cdecl16near FUN_11bd_0d62(void) { return; } undefined2 __cdecl16far FUN_11bd_0d80(void) { undefined2 uVar1; undefined2 unaff_DS; undefined1 in_ZF; FUN_11bd_0d62(); if ((bool)in_ZF) { FUN_11bd_0d62(); FUN_11bd_0d62(unaff_DS); if ((bool)in_ZF) { LOCK(); UNLOCK(); uVar1 = FUN_11bd_0931(); return uVar1; } } return 0; } undefined2 __cdecl16far FUN_11bd_0db2(void) { FUN_11bd_0293(); return 1; } void __cdecl16near FUN_11bd_0ef4(void) { code *pcVar1; pcVar1 = (code *)swi(0x15); (*pcVar1)(); return; } void __cdecl16near FUN_11bd_11c1(void) { FUN_11bd_0d80(); return; } uint __cdecl16near FUN_11bd_11dd(uint param_1) { return (param_1 + 0x10 >> 1 | (uint)(0xffef < param_1) << 0xf) >> 3; } // WARNING: Globals starting with '_' overlap smaller symbols at the same address void __cdecl16near FUN_11bd_11ed(undefined2 param_1,undefined2 param_2,undefined1 *param_3,int param_4) { undefined1 *puVar1; undefined1 *puVar2; undefined1 *puVar3; undefined2 unaff_ES; FUN_11bd_0290(); _DAT_0000_00e2 = param_1; DAT_0000_00e4 = (undefined1)param_2; DAT_0000_00e7 = (undefined1)((uint)param_2 >> 8); puVar3 = (undefined1 *)0x0; for (; param_4 != 0; param_4 = param_4 + -1) { puVar2 = param_3; param_3 = param_3 + 1; puVar1 = puVar3; puVar3 = puVar3 + 1; *puVar2 = *puVar1; } FUN_11bd_0929(); return; } // WARNING: Globals starting with '_' overlap smaller symbols at the same address void __cdecl16near FUN_11bd_1222(undefined2 param_1,undefined1 param_2,undefined2 *param_3,uint param_4) { undefined2 *puVar1; undefined2 *puVar2; uint uVar3; undefined2 *puVar4; undefined2 unaff_DS; FUN_11bd_0290(); _DAT_0000_00e2 = param_1; DAT_0000_00e4 = param_2; puVar4 = (undefined2 *)0x0; for (uVar3 = param_4 >> 1; uVar3 != 0; uVar3 = uVar3 - 1) { puVar2 = puVar4; puVar4 = puVar4 + 1; puVar1 = param_3; param_3 = param_3 + 1; *puVar2 = *puVar1; } for (uVar3 = (uint)((param_4 & 1) != 0); uVar3 != 0; uVar3 = uVar3 - 1) { puVar2 = puVar4; puVar4 = (undefined2 *)((int)puVar4 + 1); puVar1 = param_3; param_3 = (undefined2 *)((int)param_3 + 1); *(undefined1 *)puVar2 = *(undefined1 *)puVar1; } _DAT_0000_00e6 = 0; FUN_11bd_0929(); return; } byte __cdecl16near FUN_11bd_1266(void) { byte in_IF; return in_IF & 1; } void __cdecl16near FUN_11bd_1280(undefined2 *param_1) { undefined2 *puVar1; undefined2 *puVar2; int iVar3; undefined2 *puVar4; undefined2 unaff_SS; puVar4 = (undefined2 *)0x20; for (iVar3 = 0x4e; iVar3 != 0; iVar3 = iVar3 + -1) { puVar2 = param_1; param_1 = param_1 + 1; puVar1 = puVar4; puVar4 = puVar4 + 1; *puVar2 = *puVar1; } return; } void __cdecl16near FUN_11bd_1298(undefined2 *param_1) { int iVar1; undefined2 *puVar2; undefined2 unaff_DS; iVar1 = 8; puVar2 = (undefined2 *)0x20; do { if ((*(char *)(iVar1 + 0x10be) != '\0') && ((char)iVar1 != *(char *)0x34)) { *puVar2 = *param_1; puVar2[1] = param_1[1]; } puVar2 = puVar2 + 2; param_1 = param_1 + 2; iVar1 = iVar1 + 1; } while ((byte)iVar1 < 0x2f); return; } // WARNING: Globals starting with '_' overlap smaller symbols at the same address void __cdecl16near FUN_11bd_13ad(void) { int *piVar1; int iVar2; int iVar3; int in_CX; undefined2 uVar4; undefined2 *puVar5; undefined2 unaff_SS; undefined2 unaff_DS; undefined2 uVar6; undefined1 in_ZF; FUN_11bd_166b(); if ((bool)in_ZF) { puVar5 = (undefined2 *)((uint)*(byte *)0x34 * 4); if (puVar5[1] == 0x11bd) { uVar6 = (undefined2)((ulong)_DAT_1000_12c4 >> 0x10); uVar4 = DAT_1000_12c4; if (*(char *)0x34 != '\x15') { uVar6 = (undefined2)((ulong)*(undefined4 *)0xf84 >> 0x10); uVar4 = (undefined2)*(undefined4 *)0xf84; } *puVar5 = uVar4; puVar5[1] = uVar6; return; } while( true ) { if ((in_CX != puVar5[-1]) || (puVar5 != (undefined2 *)puVar5[-2])) goto LAB_11bd_1427; piVar1 = puVar5 + -3; if (*piVar1 == 0x11bd) break; puVar5 = (undefined2 *)puVar5[-4]; in_CX = *piVar1; } puVar5[-4] = DAT_1000_12c4; puVar5[-3] = DAT_1000_12c6; iVar2 = *(int *)0x0; if (iVar2 == 0) { iVar2 = *(int *)0x10; } if ((iVar2 != 0) && (iVar3 = iVar2 + -0x10, *(int *)0x1 == iVar3)) goto LAB_11bd_142a; } LAB_11bd_1427: iVar3 = -1; LAB_11bd_142a: *(int *)0x1 = iVar3; return; } uint __cdecl16near FUN_11bd_1438(void) { undefined2 unaff_DS; return *(uint *)0xf88 | 1; } void __cdecl16near FUN_11bd_1497(undefined2 param_1) { code *pcVar1; FUN_11bd_2620(param_1,param_1); pcVar1 = (code *)swi(0x21); (*pcVar1)(); return; } void __cdecl16near FUN_11bd_14ac(undefined2 param_1) { undefined2 uVar1; undefined2 unaff_DS; uVar1 = *(undefined2 *)0xac2; *(undefined2 *)0xac2 = 0x14c4; FUN_11bd_22ad(param_1); *(undefined2 *)0xac2 = uVar1; return; } undefined4 __cdecl16near FUN_11bd_166b(void) { undefined2 in_AX; undefined2 in_DX; undefined2 unaff_SS; if (DAT_1000_14d6 != 0 || DAT_1000_14d4 != 0) { if (iRam000000be == 0x1000) { iRam000000bc = DAT_1000_14d4; iRam000000be = DAT_1000_14d6; } if ((*(uint *)0x1582 & 1) != 0) { *(undefined2 *)0x9c0 = 0x1706; (*(code *)*(undefined2 *)0x155c)(0x1000); } } DAT_1000_14d4 = 0; DAT_1000_14d6 = 0; return CONCAT22(in_DX,in_AX); } void __cdecl16near FUN_11bd_17d8(void) { FUN_11bd_1497(0xaac); return; } void __cdecl16near FUN_11bd_17e1(undefined2 param_1) { FUN_11bd_17f3(param_1,0); return; } void __cdecl16near FUN_11bd_17f3(undefined2 param_1,int param_2) { undefined2 unaff_DS; FUN_11bd_1497(0xe18); FUN_11bd_1497(0xac4); FUN_11bd_1497(param_1); if (param_2 != 0) { FUN_11bd_1497(0xacd); FUN_11bd_1497(param_2); FUN_11bd_1497(0xad0); } FUN_11bd_17d8(); if (*(int *)0x11d4 == 0) { *(undefined2 *)0x11d4 = 0xffff; } (*(code *)*(undefined2 *)0xac2)(*(undefined2 *)0x11d4); return; } void __cdecl16near FUN_11bd_1847(int param_1,uint param_2) { int iVar1; undefined2 unaff_DS; undefined1 local_8 [4]; undefined1 local_4 [2]; if (param_1 != 0) { FUN_11bd_1497(param_1); FUN_11bd_1497(0xad2); } iVar1 = 5; while (iVar1 = iVar1 + -1, -1 < iVar1) { local_4[-iVar1] = *(undefined1 *)((param_2 >> (((char)iVar1 + -1) * '\x04' & 0x1fU) & 0xf) + 0xab0); } local_4[0] = 0; FUN_11bd_1497(local_8); if (param_1 != 0) { FUN_11bd_1497(0xad4); } return; } void __cdecl16near FUN_11bd_18a4(undefined2 param_1) { undefined2 unaff_DS; FUN_11bd_25ee(*(int *)0x11f8 + 0x1190,param_1); return; } void __cdecl16near FUN_11bd_18ba(undefined2 param_1) { int iVar1; undefined2 unaff_DS; iVar1 = FUN_11bd_2620(0x1190); if (iVar1 == *(int *)0x11f8) { FUN_11bd_18a4(param_1); } return; } int __cdecl16near FUN_11bd_18d6(int param_1) { if (param_1 - 0x61U < 0x1a) { return param_1 + -0x20; } return param_1; } void __cdecl16near FUN_11bd_18f1(undefined1 *param_1,char *param_2) { undefined1 uVar1; undefined2 unaff_DS; while( true ) { if (*param_2 == 0) break; uVar1 = FUN_11bd_18d6((int)*param_2); *param_1 = uVar1; param_1 = param_1 + 1; param_2 = param_2 + 1; } *param_1 = 0; return; } void __cdecl16near FUN_11bd_191d(undefined2 param_1) { char *pcVar1; int iVar2; undefined2 unaff_DS; undefined2 local_4; FUN_11bd_18f1(0x1190,param_1); local_4 = FUN_11bd_2620(0x1190); *(int *)0x11f8 = local_4; while( true ) { iVar2 = local_4 + -1; if ((iVar2 < 0) || (*(char *)(local_4 + 0x118f) == '\\')) break; pcVar1 = (char *)(local_4 + 0x118f); local_4 = iVar2; if (*pcVar1 == '.') { *(int *)0x11f8 = iVar2; } } return; } undefined2 __cdecl16near FUN_11bd_195d(char *param_1,char *param_2) { char *pcVar1; char *pcVar2; undefined2 unaff_DS; do { if (*param_2 == '\0') { return 1; } pcVar1 = param_2; pcVar2 = param_1; param_1 = param_1 + 1; param_2 = param_2 + 1; } while (*pcVar2 == *pcVar1); return 0; } void __cdecl16near FUN_11bd_198a(void) { undefined2 unaff_DS; (*(code *)*(undefined2 *)0x1e)(0x11bd,0x18,0x20,0x20,0x20); return; } void __cdecl16near FUN_11bd_199a(void) { uint uVar1; undefined2 uVar2; undefined1 extraout_DL; uint uVar3; char cVar4; undefined2 unaff_DS; long lVar5; undefined4 uVar6; char local_10; char local_c; undefined1 local_4; lVar5 = FUN_11bd_27a4(); uVar1 = (uint)lVar5; *(uint *)0x8e2 = uVar1; cVar4 = (char)((ulong)lVar5 >> 0x10); *(char *)0x8e4 = cVar4; lVar5 = lVar5 + 0x8c0; uVar3 = (uint)lVar5; *(uint *)0x976 = uVar3; *(undefined2 *)0x978 = (int)((ulong)lVar5 >> 0x10); *(undefined2 *)0x8c8 = 0x9f; *(uint *)0x8ca = uVar3; local_c = (char)((ulong)lVar5 >> 0x10); *(char *)0x8cc = local_c; local_c = local_c + (0xff5f < uVar3); *(uint *)0x912 = uVar1 + 0x960; *(char *)0x914 = local_c; *(undefined2 *)0x8ce = 0; *(undefined2 *)0x916 = 0; local_10 = local_c - (uVar1 + 0x960 < 0x8a0); *(int *)0x8d2 = uVar1 + 0xc0; *(char *)0x8d4 = local_10; uVar2 = FUN_11bd_27a4(); *(undefined2 *)0x90a = uVar2; *(undefined2 *)0x8da = uVar2; *(undefined1 *)0x90c = extraout_DL; *(undefined1 *)0x8dc = extraout_DL; *(int *)0x91a = uVar1 + 0xd74; *(char *)0x91c = cVar4 + (0xf28b < uVar1); uVar6 = FUN_11bd_27a4(); *(undefined2 *)0x932 = (int)uVar6; local_4 = (undefined1)((ulong)uVar6 >> 0x10); *(undefined1 *)0x934 = local_4; *(uint *)0x936 = (uint)((ulong)uVar6 >> 0x10) & 0xff00; *(undefined2 *)0xd70 = 0x80; if ('\x02' < *(char *)0x2f) { *(undefined2 *)0x8fe = 0x8f; } return; } uint __cdecl16near FUN_11bd_1a86(int param_1) { int local_18 [3]; int local_12; undefined1 local_10; undefined1 local_f; uint local_4; if (param_1 == 0) { return 1; } local_12 = param_1; local_18[0] = param_1; local_f = 0x49; FUN_11bd_2718(&local_10,&local_10,local_18); return ~local_4 & 1; } void __cdecl16near FUN_11bd_1ab8(undefined2 *param_1) { undefined2 *puVar1; undefined2 uVar2; undefined4 uVar3; uVar2 = (undefined2)((ulong)param_1 >> 0x10); puVar1 = (undefined2 *)param_1; if ((*(byte *)((int)puVar1 + 5) & 0x10) != 0) { if (((*(byte *)(puVar1 + 2) & 0xf0) != 0) || (*(char *)((int)puVar1 + 7) != '\0')) { uVar2 = FUN_11bd_11dd(*param_1,*(char *)((int)puVar1 + 7)); uVar3 = FUN_11bd_27b0(uVar2,0); // WARNING: Subroutine does not return thunk_FUN_11bd_1e86(uVar3); } } return; } void __cdecl16near FUN_11bd_1b0a(void) { undefined2 uVar1; undefined2 uVar2; undefined2 uVar3; int iVar4; undefined2 uVar5; undefined2 unaff_DS; uint local_e; *(undefined2 *)0xd60 = 0; *(undefined2 *)0xd62 = 0; if (*(int *)0x990 != 0 || *(int *)0x98e != 0) { *(undefined2 *)0x938 = *(undefined2 *)0x8c8; *(undefined2 *)0x93a = *(undefined2 *)0x8ca; *(undefined2 *)0x93c = *(undefined2 *)0x8cc; *(undefined2 *)0x93e = *(undefined2 *)0x8ce; uVar5 = 8; if (*(char *)0x11d8 == '\0') { FUN_11bd_1c3f(0x50); uVar5 = *(undefined2 *)0x11e4; uVar1 = *(undefined2 *)0x11e6; uVar2 = *(undefined2 *)&LAB_0000_11e8; uVar3 = *(undefined2 *)0x11ea; FUN_11bd_199a(); if (*(int *)0xa14 == 0) { FUN_11bd_016c(); } *(undefined2 *)0x910 = uVar5; *(undefined2 *)0x912 = uVar1; *(undefined2 *)0x914 = uVar2; *(undefined2 *)0x916 = uVar3; uVar5 = 0x78; } local_e = *(uint *)0x938; FUN_11bd_198a(); FUN_11bd_1266(1); for (local_e = local_e & 0xfff8; 0x7f < local_e; local_e = local_e - 8) { if ((*(byte *)(local_e >> 3) & 1) != 0) { FUN_11bd_1ab8(local_e,uVar5); } } FUN_11bd_1ab8(0x50,uVar5); FUN_11bd_1ab8(8,uVar5); if ((*(char *)0x9f8 == '\0') && ((*(byte *)0x47 & 0x80) == 0)) { FUN_11bd_1ab8(0x70,uVar5); } FUN_11bd_1438(); FUN_11bd_11c1(); if ((((*(char *)0x11d8 == '\0') && (*(int *)0x990 != 0 || *(int *)0x98e != 0)) && (*(int *)0x990 < 0x11)) && (*(int *)0x990 < 0x10)) { uVar5 = FUN_11bd_27b0(); iVar4 = FUN_11bd_1a86(uVar5); if (iVar4 == 0) { FUN_11bd_22ad(0x16); } } } *(undefined2 *)0x97e = 0; *(undefined2 *)0x97c = 0x2ff; return; } undefined2 __cdecl16near FUN_11bd_1c3f(uint param_1) { undefined2 unaff_DS; if (*(uint *)0x97c < param_1) { *(undefined1 *)0x11e9 = 0; *(undefined1 *)&LAB_0000_11e8 = 0; *(undefined2 *)0x11ea = 0; *(undefined2 *)0x11e6 = 0; *(undefined2 *)0x11e4 = 0; return 0; } FUN_11bd_11ed((param_1 & 0xfff8) + *(uint *)0x98e, *(int *)0x990 + (uint)CARRY2(param_1 & 0xfff8,*(uint *)0x98e),0x11e4,8); return 1; } undefined2 __cdecl16near FUN_11bd_1c7d(uint param_1) { undefined2 unaff_DS; if (*(uint *)0x97c < param_1) { return 0; } FUN_11bd_1222((param_1 & 0xfff8) + *(uint *)0x98e, *(int *)0x990 + (uint)CARRY2(param_1 & 0xfff8,*(uint *)0x98e),0x11e4,8); return 1; } void __cdecl16near FUN_11bd_1caa(int param_1,int param_2,int param_3,undefined2 param_4,undefined1 param_5) { undefined2 unaff_DS; undefined2 local_a; int local_8; undefined1 local_6; undefined1 local_5; int local_4; local_a = param_4; local_5 = param_5; local_8 = param_2 << 4; local_6 = FUN_11bd_27b0(); local_4 = (param_3 >> 4) << 8; FUN_11bd_1222(param_1 * 8 + *(uint *)0x98e, *(int *)0x990 + (uint)CARRY2(param_1 * 8,*(uint *)0x98e),&local_a,8); return; } void __cdecl16near FUN_11bd_1cfb(undefined2 param_1,undefined2 param_2,undefined2 param_3) { FUN_11bd_1caa(param_1,param_2,0,param_3,0x92); return; } undefined2 __cdecl16near FUN_11bd_1d11(int param_1) { int iVar1; undefined2 unaff_DS; long lVar2; undefined1 local_58 [16]; undefined2 local_48; undefined2 local_46; undefined1 local_44; undefined1 local_43; undefined2 local_40; undefined1 local_3c; undefined1 local_3b; undefined2 local_3a; undefined2 local_20; int iStack_1e; undefined2 *local_1c; undefined1 uStack_14; undefined1 local_13; undefined2 local_10; undefined1 *local_c; undefined2 local_6; undefined2 local_4; if (param_1 == 0) { return 0; } FUN_11bd_2776(local_58,0,0x30); local_1c = &local_20; lVar2 = FUN_11bd_27a4(); lVar2 = lVar2 + ZEXT24(local_1c); local_46 = (undefined2)lVar2; local_4 = (undefined2)((ulong)lVar2 >> 0x10); local_44 = (undefined1)((ulong)lVar2 >> 0x10); local_3c = 0xc0; local_3a = 0x8000; local_3b = 0xf2; local_43 = 0xf2; local_13 = 0x87; local_48 = 1; local_40 = 1; local_10 = 1; local_1c = (undefined2 *)local_58; local_20 = 0xfe; local_c = (undefined1 *)local_1c; local_6 = local_46; FUN_11bd_263c(0x15,&uStack_14,&uStack_14,&stack0xffd8); iVar1 = *(int *)0x11ec; *(int *)(iVar1 + 4) = *(int *)(iVar1 + 4) - param_1; iStack_1e = *(int *)(iVar1 + 6); *(int *)(iVar1 + 6) = *(int *)(iVar1 + 6) - param_1; local_20 = 0xfc; local_13 = 0x87; local_10 = 1; FUN_11bd_263c(0x15,&uStack_14,&uStack_14,&stack0xffd8); *(int *)0x120a = *(int *)0x120a - (iStack_1e - *(int *)(iVar1 + 6)); return *(undefined2 *)0x120a; } undefined2 __cdecl16near FUN_11bd_1d8c(void) { int iVar1; int iVar2; int unaff_BP; undefined2 unaff_SS; undefined2 unaff_DS; FUN_11bd_263c(0x15,unaff_BP + -0x12,unaff_BP + -0x12,unaff_BP + -0x26); iVar2 = *(int *)0x11ec; *(int *)(unaff_BP + -0x16) = iVar2; *(undefined2 *)(unaff_BP + -0x14) = 0xf000; iVar1 = *(int *)(unaff_BP + 4); *(int *)(iVar2 + 4) = *(int *)(iVar2 + 4) - iVar1; *(undefined2 *)(unaff_BP + -0x1c) = *(undefined2 *)(iVar2 + 6); *(int *)(iVar2 + 6) = *(int *)(iVar2 + 6) - iVar1; *(undefined2 *)(unaff_BP + -0x1e) = 0xfc; *(undefined1 *)(unaff_BP + -0x11) = 0x87; *(undefined2 *)(unaff_BP + -0xe) = 1; FUN_11bd_263c(0x15,unaff_BP + -0x12,unaff_BP + -0x12,unaff_BP + -0x26); iVar2 = *(int *)(unaff_BP + -0x1c) - *(int *)((int)*(undefined4 *)(unaff_BP + -0x16) + 6); *(int *)(unaff_BP + 4) = iVar2; *(int *)0x120a = *(int *)0x120a - iVar2; return *(undefined2 *)0x120a; } void __cdecl16near FUN_11bd_1df7(void) { int iVar1; int iVar2; undefined2 unaff_DS; iVar2 = 0x10; while (iVar1 = iVar2, iVar2 = iVar1 + -2, -1 < iVar2) { if (*(int *)(iVar1 + 0xada) != 0) { (*(code *)*(undefined2 *)0xaec)(0x11bd); (*(code *)*(undefined2 *)0xaec)(0x11bd); *(undefined2 *)(iVar1 + 0xada) = 0; } } return; } void thunk_FUN_11bd_1e86(void) { // WARNING: Subroutine does not return FUN_11bd_1e86(); } void thunk_FUN_11bd_1e86(void) { // WARNING: Subroutine does not return FUN_11bd_1e86(); } void thunk_FUN_11bd_1e86(void) { // WARNING: Subroutine does not return FUN_11bd_1e86(); } void thunk_FUN_11bd_1e86(void) { // WARNING: Subroutine does not return FUN_11bd_1e86(); } void thunk_FUN_11bd_1e86(void) { // WARNING: Subroutine does not return FUN_11bd_1e86(); } void FUN_11bd_1e86(undefined2 param_1) { int iVar1; undefined2 unaff_DS; iVar1 = *(int *)0xafa; *(int *)0xafa = iVar1 + 2; *(undefined2 *)(iVar1 + 2) = param_1; // WARNING: Could not recover jumptable at 0x00013a69. Too many branches // WARNING: Treating indirect jump as call (*(code *)(ulong)*(uint *)0xaf2)(); return; } undefined2 * __cdecl16near FUN_11bd_1e9f(undefined2 param_1,undefined2 *param_2) { int iVar1; undefined2 *puVar2; undefined2 *puVar3; int iVar4; code *pcVar5; uint uVar6; uint uVar7; undefined2 *puVar8; undefined2 *puVar9; undefined2 unaff_SS; undefined2 unaff_DS; if (*(int *)0xa12 == 0) { uVar6 = FUN_11bd_1f24(); uVar6 = uVar6 >> 1; puVar9 = (undefined2 *)((int)param_2 + 0xfU & 0xfff0); uVar7 = (int)param_2 + 0xfU >> 4; iVar4 = *(int *)0xa10; LOCK(); iVar1 = *(int *)0xa10; *(int *)0xa10 = uVar7 + 0x11bd; UNLOCK(); puVar8 = (undefined2 *)0x0; for (; uVar6 != 0; uVar6 = uVar6 - 1) { puVar3 = puVar9; puVar9 = puVar9 + 1; puVar2 = puVar8; puVar8 = puVar8 + 1; *puVar3 = *puVar2; } FUN_11bd_1f2e(); uVar6 = ((iVar4 + -0x11bd) - uVar7) * 8; unaff_DS = unaff_SS; puVar8 = puVar9; } else { uVar6 = (uint)((*(int *)0xcec + -1 + *(int *)0x3 + -0x11bc) * 0x10 - (int)param_2) >> 1; puVar9 = param_2; puVar8 = param_2; } for (; uVar6 != 0; uVar6 = uVar6 - 1) { *puVar9 = 0xcccc; puVar9 = puVar9 + 1; } *(int *)0x5a = (((int)puVar8 + 0xfU >> 4) + *(int *)0x9b6) - *(int *)0xcec; pcVar5 = (code *)swi(0x21); (*pcVar5)(); return param_2; } undefined2 __cdecl16near FUN_11bd_1f24(void) { return 0x5970; } void __cdecl16near FUN_11bd_1f2e(void) { int iVar1; uint uVar2; uint uVar3; int iVar4; int iVar5; int iVar6; uint uVar7; undefined2 unaff_DS; bool bVar8; iVar4 = FUN_11bd_1f24(0x9b); *(int *)0x930 = iVar4 + -1; uVar2 = *(uint *)0xa12; iVar1 = *(int *)0xa10; iVar6 = 4; iVar5 = iVar1; uVar7 = uVar2; do { bVar8 = iVar5 < 0; iVar5 = iVar5 << 1; uVar3 = uVar7 << 1; uVar7 = uVar3 | bVar8; iVar6 = iVar6 + -1; } while (iVar6 != 0); *(int *)0x932 = iVar5; *(undefined1 *)0x934 = (char)uVar7; *(undefined1 *)0x937 = (char)(uVar3 >> 8); FUN_11bd_1caa(0xe,iVar1,uVar2,iVar4 + -1); return; } // WARNING: Control flow encountered bad instruction data void FUN_11bd_2081(void) { FUN_11bd_0290(); // WARNING: Bad instruction - Truncating control flow here halt_baddata(); } void __cdecl16far FUN_11bd_2090(void) { return; } int __cdecl16near FUN_11bd_2272(int param_1) { int *piVar1; int iVar2; undefined2 uVar3; undefined2 unaff_DS; if (*(int *)0xed6 != 0) { piVar1 = (int *)*(undefined4 *)0xed4; uVar3 = (undefined2)((ulong)piVar1 >> 0x10); for (iVar2 = ((int *)piVar1)[1]; 0xf < iVar2; iVar2 = iVar2 + -1) { if (((int *)piVar1)[iVar2] == param_1) { return iVar2 * 8 + *piVar1; } } } return 0; } void __cdecl16near FUN_11bd_22ad(int param_1) { int *piVar1; int iVar2; undefined1 *puVar3; int *piVar5; int *piVar6; undefined2 unaff_DS; bool bVar7; int local_9c; undefined1 local_9a; undefined1 local_99 [149]; uint local_4; undefined1 *puVar4; bVar7 = param_1 < 0; if (bVar7) { param_1 = -param_1; } local_4 = (uint)bVar7; local_9c = param_1; puVar3 = &local_9a; if (*(char *)0xf21 != '\x01') { local_9a = 0x5b; puVar3 = local_99; do { puVar4 = puVar3; puVar3 = puVar4 + 1; local_9c = local_9c / 10; iVar2 = param_1; } while (local_9c != 0); do { puVar3 = puVar3 + -1; *puVar3 = *(undefined1 *)(iVar2 % 10 + 0xab0); iVar2 = iVar2 / 10; } while (iVar2 != 0); puVar4[1] = 0x5d; puVar4[2] = 0x20; puVar3 = puVar4 + 4; puVar4[3] = 0x20; *puVar3 = 0; } piVar5 = (int *)0x15e8; while( true ) { piVar6 = piVar5 + 1; if ((*piVar5 < 0) || ((int *)*(undefined2 *)0xf22 <= piVar6)) goto LAB_11bd_2359; if (*piVar5 == param_1) break; do { piVar5 = (int *)((int)piVar6 + 1); piVar1 = piVar6; piVar6 = piVar5; } while ((char)*piVar1 != '\0'); } FUN_11bd_25ee(puVar3,piVar6); LAB_11bd_2359: if (local_4 != 0) { (*(code *)*(undefined2 *)0xe6c)(&local_9a,0x1190); } (*(code *)*(undefined2 *)0xe6c)(&local_9a,0); return; } // WARNING: Stack frame is not setup normally: Input value of stackpointer is not used // WARNING: This function may have set the stack pointer void __cdecl16near entry(void) { undefined1 *puVar1; code *pcVar2; int iVar3; byte extraout_DL; undefined1 *puVar4; undefined1 *puVar5; undefined1 *puVar6; undefined2 uVar7; undefined2 unaff_DS; undefined2 uVar8; undefined1 uVar9; puVar4 = (undefined1 *)0x154e; DAT_1000_0ce6 = 0x1bcf; DAT_1000_0cdc = 0x154e; *(undefined2 *)0x2 = 0x1f29; pcVar2 = (code *)swi(0x21); (*pcVar2)(); DAT_1000_0cec = unaff_DS; *(undefined2 *)(puVar4 + -2) = 0x1000; uVar7 = *(undefined2 *)(puVar4 + -2); puVar6 = (undefined1 *)0x1186; uVar9 = 0; for (iVar3 = 0x8a; iVar3 != 0; iVar3 = iVar3 + -1) { puVar1 = puVar6; puVar6 = puVar6 + 1; *puVar1 = 0; } *(undefined2 *)(puVar4 + -2) = 0x1000; uVar8 = *(undefined2 *)(puVar4 + -2); pcVar2 = (code *)swi(0x21); uVar7 = (*pcVar2)(); *(undefined2 *)0xcee = uVar7; iVar3 = 4; do { pcVar2 = (code *)swi(0x21); (*pcVar2)(); if ((!(bool)uVar9) && (uVar9 = 0, (extraout_DL & 0x80) != 0)) { uVar9 = 0; *(byte *)(iVar3 + 0xcfa) = *(byte *)(iVar3 + 0xcfa) | 0x40; } iVar3 = iVar3 + -1; } while (-1 < iVar3); puVar5 = puVar4 + -2; *(undefined2 *)(puVar4 + -2) = 0x3fb9; FUN_11bd_2460(); *(undefined2 *)(puVar5 + -2) = 0x1000; uVar7 = *(undefined2 *)(puVar5 + -2); *(undefined2 *)(puVar5 + -2) = *(undefined2 *)0xcf6; *(undefined2 *)(puVar5 + -4) = *(undefined2 *)0xcf4; *(undefined2 *)(puVar5 + -6) = *(undefined2 *)0xcf2; *(undefined2 *)(puVar5 + -8) = 0x3fcc; FUN_11bd_2d9c(); return; } void __cdecl16near FUN_11bd_2404(undefined1 param_1) { undefined1 local_10; undefined1 local_f; local_f = 0x4c; local_10 = param_1; FUN_11bd_26d0(&local_10,&local_10); return; } void __cdecl16near FUN_11bd_2422(undefined2 param_1) { FUN_11bd_2404(param_1); return; } void __cdecl16near FUN_11bd_2430(undefined2 param_1) { FUN_11bd_2422(param_1); return; } int __cdecl16near FUN_11bd_243e(undefined2 param_1) { int iVar1; iVar1 = FUN_11bd_65c3(param_1); if (iVar1 == -1) { iVar1 = 0; } return iVar1; } // WARNING (jumptable): Unable to track spacebase fully for stack // WARNING: Unable to track spacebase fully for stack void FUN_11bd_2460(undefined2 param_1,undefined2 param_2) { char *pcVar1; char cVar2; char *pcVar3; undefined2 uVar4; code *pcVar5; undefined2 uVar6; int iVar7; uint uVar8; uint uVar9; undefined2 *puVar10; char *pcVar11; char *pcVar12; char *pcVar13; int iVar14; undefined2 unaff_SS; undefined2 unaff_DS; undefined2 in_stack_00000000; *(undefined2 *)0xd10 = in_stack_00000000; pcVar5 = (code *)swi(0x21); uVar6 = (*pcVar5)(); *(undefined2 *)0xcee = uVar6; uVar9 = 1; if ((char)uVar6 != '\x02') { uVar6 = *(undefined2 *)0x2c; *(undefined2 *)0xcfa = uVar6; iVar7 = -0x8000; pcVar12 = (char *)0x0; LAB_11bd_2487: do { pcVar13 = pcVar12; if (iVar7 != 0) { iVar7 = iVar7 + -1; pcVar3 = pcVar12; pcVar12 = pcVar12 + 1; pcVar13 = pcVar12; if (*pcVar3 != '\0') goto LAB_11bd_2487; } pcVar12 = pcVar13 + 1; } while (*pcVar13 != '\0'); pcVar13 = pcVar13 + 3; *(undefined2 *)0xcf8 = pcVar13; uVar9 = 0xffff; do { if (uVar9 == 0) break; uVar9 = uVar9 - 1; pcVar3 = pcVar13; pcVar13 = pcVar13 + 1; } while (*pcVar3 != '\0'); uVar9 = ~uVar9; } iVar7 = 1; pcVar12 = (char *)0x81; uVar6 = *(undefined2 *)0xcec; LAB_11bd_24a5: do { do { pcVar3 = pcVar12; pcVar12 = pcVar12 + 1; cVar2 = *pcVar3; } while (cVar2 == ' '); } while (cVar2 == '\t'); if ((cVar2 != '\r') && (cVar2 != '\0')) { iVar7 = iVar7 + 1; do { pcVar12 = pcVar12 + -1; LAB_11bd_24b8: pcVar3 = pcVar12; pcVar12 = pcVar12 + 1; cVar2 = *pcVar3; if ((cVar2 == ' ') || (cVar2 == '\t')) goto LAB_11bd_24a5; if ((cVar2 == '\r') || (cVar2 == '\0')) break; if (cVar2 == '\"') { LAB_11bd_24f1: do { while( true ) { while( true ) { pcVar3 = pcVar12; pcVar12 = pcVar12 + 1; cVar2 = *pcVar3; if ((cVar2 == '\r') || (cVar2 == '\0')) goto LAB_11bd_2521; if (cVar2 == '\"') goto LAB_11bd_24b8; if (cVar2 == '\\') break; uVar9 = uVar9 + 1; } uVar8 = 0; do { pcVar13 = pcVar12; uVar8 = uVar8 + 1; pcVar12 = pcVar13 + 1; } while (*pcVar13 == '\\'); if (*pcVar13 == '\"') break; uVar9 = uVar9 + uVar8; pcVar12 = pcVar13; } uVar9 = uVar9 + (uVar8 >> 1) + (uint)((uVar8 & 1) != 0); } while ((uVar8 & 1) != 0); goto LAB_11bd_24b8; } if (cVar2 != '\\') { uVar9 = uVar9 + 1; goto LAB_11bd_24b8; } uVar8 = 0; do { uVar8 = uVar8 + 1; pcVar3 = pcVar12; pcVar12 = pcVar12 + 1; } while (*pcVar3 == '\\'); if (*pcVar3 == '\"') { uVar9 = uVar9 + (uVar8 >> 1) + (uint)((uVar8 & 1) != 0); if ((uVar8 & 1) == 0) goto LAB_11bd_24f1; goto LAB_11bd_24b8; } uVar9 = uVar9 + uVar8; } while( true ); } LAB_11bd_2521: *(int *)0xcf2 = iVar7; iVar14 = (iVar7 + 1) * 2; iVar7 = -(uVar9 + iVar7 + iVar14 + 1 & 0xfffe); *(undefined1 **)0xcf4 = &stack0x0006 + iVar7; pcVar13 = &stack0x0006 + iVar14 + iVar7; *(undefined2 *)((int)&stack0x0004 + iVar7) = unaff_SS; uVar6 = *(undefined2 *)((int)&stack0x0004 + iVar7); *(char **)(&stack0x0006 + iVar7) = pcVar13; puVar10 = (undefined2 *)(&stack0x0008 + iVar7); pcVar3 = (char *)*(undefined4 *)0xcf8; pcVar12 = (char *)pcVar3; do { pcVar1 = pcVar12; pcVar12 = pcVar12 + 1; cVar2 = *pcVar1; pcVar1 = pcVar13; pcVar13 = pcVar13 + 1; *pcVar1 = cVar2; } while (cVar2 != '\0'); uVar4 = *(undefined2 *)0xcec; pcVar12 = (char *)0x81; LAB_11bd_255b: do { do { pcVar3 = pcVar12; pcVar12 = pcVar12 + 1; cVar2 = *pcVar3; } while (cVar2 == ' '); } while (cVar2 == '\t'); if ((cVar2 == '\r') || (cVar2 == '\0')) { LAB_11bd_25e4: *(undefined2 *)((int)&stack0x0004 + iVar7) = unaff_SS; uVar6 = *(undefined2 *)((int)&stack0x0004 + iVar7); *puVar10 = 0; // WARNING: Could not recover jumptable at 0x000141ba. Too many branches // WARNING: Treating indirect jump as call (*(code *)*(undefined2 *)0xd10)(); return; } *puVar10 = pcVar13; puVar10 = puVar10 + 1; do { pcVar12 = pcVar12 + -1; LAB_11bd_2572: pcVar3 = pcVar12; pcVar12 = pcVar12 + 1; cVar2 = *pcVar3; if ((cVar2 == ' ') || (cVar2 == '\t')) { pcVar3 = pcVar13; pcVar13 = pcVar13 + 1; *pcVar3 = '\0'; goto LAB_11bd_255b; } if ((cVar2 == '\r') || (cVar2 == '\0')) { LAB_11bd_25e1: *pcVar13 = '\0'; goto LAB_11bd_25e4; } pcVar11 = pcVar12; if (cVar2 == '\"') { LAB_11bd_25ae: while( true ) { pcVar12 = pcVar11 + 1; cVar2 = *pcVar11; if ((cVar2 == '\r') || (cVar2 == '\0')) goto LAB_11bd_25e1; if (cVar2 == '\"') break; if (cVar2 == '\\') { uVar9 = 0; do { pcVar11 = pcVar12; uVar9 = uVar9 + 1; pcVar12 = pcVar11 + 1; } while (*pcVar11 == '\\'); if (*pcVar11 == '\"') { for (uVar8 = uVar9 >> 1; uVar8 != 0; uVar8 = uVar8 - 1) { pcVar3 = pcVar13; pcVar13 = pcVar13 + 1; *pcVar3 = '\\'; } if ((uVar9 & 1) == 0) break; pcVar3 = pcVar13; pcVar13 = pcVar13 + 1; *pcVar3 = '\"'; pcVar11 = pcVar12; } else { for (; uVar9 != 0; uVar9 = uVar9 - 1) { pcVar3 = pcVar13; pcVar13 = pcVar13 + 1; *pcVar3 = '\\'; } } } else { pcVar3 = pcVar13; pcVar13 = pcVar13 + 1; *pcVar3 = cVar2; pcVar11 = pcVar12; } } goto LAB_11bd_2572; } if (cVar2 != '\\') { pcVar3 = pcVar13; pcVar13 = pcVar13 + 1; *pcVar3 = cVar2; goto LAB_11bd_2572; } uVar9 = 0; do { uVar9 = uVar9 + 1; pcVar3 = pcVar12; pcVar12 = pcVar12 + 1; } while (*pcVar3 == '\\'); if (*pcVar3 == '\"') { for (uVar8 = uVar9 >> 1; uVar8 != 0; uVar8 = uVar8 - 1) { pcVar3 = pcVar13; pcVar13 = pcVar13 + 1; *pcVar3 = '\\'; } pcVar11 = pcVar12; if ((uVar9 & 1) == 0) goto LAB_11bd_25ae; pcVar3 = pcVar13; pcVar13 = pcVar13 + 1; *pcVar3 = '\"'; goto LAB_11bd_2572; } for (; uVar9 != 0; uVar9 = uVar9 - 1) { pcVar3 = pcVar13; pcVar13 = pcVar13 + 1; *pcVar3 = '\\'; } } while( true ); } void __cdecl16near FUN_11bd_25ee(char *param_1,char *param_2) { char *pcVar1; char *pcVar2; uint uVar3; uint uVar4; char *pcVar5; undefined2 unaff_DS; uVar3 = 0xffff; pcVar5 = param_2; do { if (uVar3 == 0) break; uVar3 = uVar3 - 1; pcVar1 = pcVar5; pcVar5 = pcVar5 + 1; } while (*pcVar1 != '\0'); uVar3 = ~uVar3; if (((uint)param_1 & 1) != 0) { pcVar2 = param_1; param_1 = param_1 + 1; pcVar1 = param_2; param_2 = param_2 + 1; *pcVar2 = *pcVar1; uVar3 = uVar3 - 1; } for (uVar4 = uVar3 >> 1; uVar4 != 0; uVar4 = uVar4 - 1) { pcVar2 = param_1; param_1 = param_1 + 2; pcVar1 = param_2; param_2 = param_2 + 2; *(undefined2 *)pcVar2 = *(undefined2 *)pcVar1; } for (uVar3 = (uint)((uVar3 & 1) != 0); uVar3 != 0; uVar3 = uVar3 - 1) { pcVar2 = param_1; param_1 = param_1 + 1; pcVar1 = param_2; param_2 = param_2 + 1; *pcVar2 = *pcVar1; } return; } int __cdecl16near FUN_11bd_2620(char *param_1) { char *pcVar1; uint uVar2; undefined2 unaff_DS; uVar2 = 0xffff; do { if (uVar2 == 0) break; uVar2 = uVar2 - 1; pcVar1 = param_1; param_1 = param_1 + 1; } while (*pcVar1 != '\0'); return ~uVar2 - 1; } // WARNING: Restarted to delay deadcode elimination for space: stack undefined2 __cdecl16near FUN_11bd_263c(byte param_1,int param_2,undefined2 *param_3,undefined2 *param_4) { undefined2 uVar1; undefined2 uVar2; undefined2 uVar3; undefined2 uVar4; undefined2 uVar5; undefined2 uVar6; undefined2 uVar7; undefined2 unaff_SS; undefined2 unaff_DS; bool bVar8; undefined4 uVar9; undefined1 local_e; byte local_d; undefined1 local_c; undefined1 local_b; undefined1 local_a; local_e = (code)0xcd; local_d = param_1; bVar8 = param_1 < 0x25; if ((param_1 == 0x25) || (bVar8 = param_1 < 0x26, param_1 == 0x26)) { local_a = 0xcb; local_b = 0x44; local_c = 0x44; } else { local_c = 0xcb; } uVar7 = *(undefined2 *)(param_2 + 2); uVar6 = *(undefined2 *)(param_2 + 4); uVar1 = *(undefined2 *)(param_2 + 8); uVar2 = *(undefined2 *)(param_2 + 10); uVar3 = *param_4; uVar4 = param_4[3]; uVar9 = (*(code *)&local_e)(0x11bd); uVar5 = (undefined2)uVar9; *param_4 = uVar3; param_4[3] = uVar4; *param_3 = uVar5; param_3[1] = uVar7; param_3[2] = uVar6; param_3[3] = (int)((ulong)uVar9 >> 0x10); param_3[4] = uVar1; param_3[5] = uVar2; if (bVar8) { FUN_11bd_27de(); uVar5 = *param_3; } param_3[6] = (uint)bVar8; return uVar5; } undefined2 __cdecl16near FUN_11bd_26d0(int param_1,undefined2 *param_2) { undefined2 uVar1; undefined2 uVar2; code *pcVar3; undefined2 uVar4; undefined2 uVar5; undefined2 uVar6; undefined2 unaff_DS; undefined1 in_CF; undefined4 uVar7; uVar6 = *(undefined2 *)(param_1 + 2); uVar5 = *(undefined2 *)(param_1 + 4); uVar1 = *(undefined2 *)(param_1 + 8); uVar2 = *(undefined2 *)(param_1 + 10); pcVar3 = (code *)swi(0x21); uVar7 = (*pcVar3)(); uVar4 = (undefined2)uVar7; *param_2 = uVar4; param_2[1] = uVar6; param_2[2] = uVar5; param_2[3] = (int)((ulong)uVar7 >> 0x10); param_2[4] = uVar1; param_2[5] = uVar2; if ((bool)in_CF) { FUN_11bd_27de(); uVar4 = *param_2; } param_2[6] = (uint)(byte)in_CF; return uVar4; } undefined2 __cdecl16near FUN_11bd_2718(int param_1,undefined2 *param_2,undefined2 *param_3) { undefined2 uVar1; undefined2 uVar2; undefined2 uVar3; undefined2 uVar4; code *pcVar5; undefined2 uVar6; undefined2 uVar7; undefined2 uVar8; undefined2 unaff_SS; undefined2 unaff_DS; undefined1 in_CF; undefined4 uVar9; uVar8 = *(undefined2 *)(param_1 + 2); uVar7 = *(undefined2 *)(param_1 + 4); uVar1 = *(undefined2 *)(param_1 + 8); uVar2 = *(undefined2 *)(param_1 + 10); uVar3 = *param_3; uVar4 = param_3[3]; pcVar5 = (code *)swi(0x21); uVar9 = (*pcVar5)(); uVar6 = (undefined2)uVar9; *param_3 = uVar3; param_3[3] = uVar4; *param_2 = uVar6; param_2[1] = uVar8; param_2[2] = uVar7; param_2[3] = (int)((ulong)uVar9 >> 0x10); param_2[4] = uVar1; param_2[5] = uVar2; if ((bool)in_CF) { FUN_11bd_27de(); uVar6 = *param_2; } param_2[6] = (uint)(byte)in_CF; return uVar6; } undefined2 * __cdecl16near FUN_11bd_2776(undefined2 *param_1,undefined1 param_2,uint param_3) { undefined2 *puVar1; uint uVar2; undefined2 *puVar3; undefined2 unaff_DS; if (param_3 != 0) { puVar3 = param_1; if (((uint)param_1 & 1) != 0) { puVar3 = (undefined2 *)((int)param_1 + 1); *(undefined1 *)param_1 = param_2; param_3 = param_3 - 1; } for (uVar2 = param_3 >> 1; uVar2 != 0; uVar2 = uVar2 - 1) { puVar1 = puVar3; puVar3 = puVar3 + 1; *puVar1 = CONCAT11(param_2,param_2); } for (uVar2 = (uint)((param_3 & 1) != 0); uVar2 != 0; uVar2 = uVar2 - 1) { puVar1 = puVar3; puVar3 = (undefined2 *)((int)puVar3 + 1); *(undefined1 *)puVar1 = param_2; } } return param_1; } void __cdecl16near FUN_11bd_27a4(void) { uint in_CX; uint uVar1; for (uVar1 = in_CX & 0xff; uVar1 != 0; uVar1 = uVar1 - 1) { } return; } void __cdecl16near FUN_11bd_27b0(void) { uint in_CX; uint uVar1; for (uVar1 = in_CX & 0xff; uVar1 != 0; uVar1 = uVar1 - 1) { } return; } void __cdecl16near FUN_11bd_27de(void) { FUN_11bd_27e4(); return; } void __cdecl16near FUN_11bd_27e4(void) { byte bVar1; char cVar2; uint in_AX; undefined2 unaff_DS; bVar1 = (byte)in_AX; *(byte *)0xcf0 = bVar1; cVar2 = (char)(in_AX >> 8); if (cVar2 != '\0') goto LAB_11bd_2808; if (*(byte *)0xcee < 3) { LAB_11bd_27fe: if (0x13 < bVar1) { LAB_11bd_2802: in_AX = 0x13; } } else { if (0x21 < bVar1) goto LAB_11bd_2802; if (bVar1 < 0x20) goto LAB_11bd_27fe; in_AX = 5; } cVar2 = *(char *)(ulong)((in_AX & 0xff) + 0xd12); LAB_11bd_2808: *(int *)0xce8 = (int)cVar2; return; } void __cdecl16near FUN_11bd_2adb(void) { code *pcVar1; if (DAT_11bd_0f09 != 0) { pcVar1 = (code *)swi(0x67); (*pcVar1)(); } return; } undefined2 __cdecl16near FUN_11bd_2d40(void) { return 0; } void __cdecl16near FUN_11bd_2d43(void) { undefined2 unaff_DS; *(undefined2 *)0x11d4 = 7; FUN_11bd_22ad(0x15); return; } void FUN_11bd_2d52(void) { undefined1 uVar1; undefined2 unaff_DS; uVar1 = FUN_11bd_6655(1); *(undefined1 *)0x1186 = uVar1; if (*(char *)0x26 != '\0') { FUN_11bd_1497(0xe20); FUN_11bd_1497(0xad6); FUN_11bd_17d8(); FUN_11bd_1497(*(undefined2 *)0x30); FUN_11bd_17d8(); } *(undefined2 *)0xe = 0x2000; FUN_11bd_6549(); return; } void __cdecl16near FUN_11bd_2d8b(void) { undefined2 unaff_DS; FUN_11bd_6655((int)*(char *)0x1186); return; } undefined2 __cdecl16near FUN_11bd_2d95(void) { return 0xffff; } undefined2 __cdecl16near FUN_11bd_2d99(void) { return 0; } void __cdecl16near FUN_11bd_2d9c(int param_1,undefined2 *param_2) { undefined1 *puVar1; undefined1 uVar2; int iVar3; undefined2 uVar4; undefined2 unaff_DS; uint local_c; undefined4 local_a; undefined4 local_6; uVar2 = FUN_11bd_65e1(); *(undefined1 *)0x2f = uVar2; FUN_11bd_66e1(*(undefined2 *)0xcec,0x2c,0x9b8,2); FUN_11bd_191d(*param_2); iVar3 = FUN_11bd_614a(0x1190,0xe4e); if (((iVar3 != 0) || (iVar3 = FUN_11bd_614a(0x1190,0xe56), iVar3 != 0)) && (1 < param_1)) { FUN_11bd_191d(param_2[1]); FUN_11bd_18ba(0xe62); uVar4 = *(undefined2 *)0xcec; local_a = (undefined1 *)CONCAT22(uVar4,(undefined1 *)0x80); local_c = (uint)*(byte *)0x80; local_6 = (undefined1 *)CONCAT22(uVar4,(undefined1 *)0x81); while ((iVar3 = FUN_11bd_2f7f(*local_6), iVar3 != 0 && (local_c = local_c - 1, -1 < (int)local_c))) { local_6 = (undefined1 *)CONCAT22(local_6._2_2_,(undefined1 *)local_6 + 1); } while ((iVar3 = FUN_11bd_2f7f(*local_6), iVar3 == 0 && (local_c = local_c - 1, -1 < (int)local_c))) { local_6 = (undefined1 *)CONCAT22(local_6._2_2_,(undefined1 *)local_6 + 1); } *local_a = (undefined1)local_c; do { puVar1 = local_6; local_6 = (undefined1 *)CONCAT22(local_6._2_2_,(undefined1 *)local_6 + 1); local_a = (undefined1 *)CONCAT22(local_a._2_2_,(undefined1 *)local_a + 1); *local_a = *puVar1; local_c = local_c - 1; } while (-1 < (int)local_c); FUN_11bd_2fa5(); } FUN_11bd_5992(); iVar3 = FUN_11bd_6028(*param_2,0xe67); if (iVar3 == 0) { FUN_11bd_2d43(); FUN_11bd_5992(); } if (*(char *)0x2f < '\x03') { FUN_11bd_22ad(0xf); } FUN_11bd_3ed8(); if ('\x02' < *(char *)0x2f) { uVar4 = FUN_11bd_2d99(); FUN_11bd_6a2d(*param_2,uVar4); } FUN_11bd_627f(); return; } void __cdecl16near FUN_11bd_2ec9(undefined2 param_1) { undefined2 unaff_DS; uint local_1a; undefined1 local_18 [6]; undefined2 local_12; undefined1 local_10; undefined1 local_f; undefined2 local_a; local_f = 0x1a; local_a = 0x80; local_12 = *(undefined2 *)0xcec; FUN_11bd_2718(&local_10,&local_10,local_18); if (*(char *)0xe6a == '\0') { if ((*(char *)0x980 != '\x01') && (*(char *)0x980 != '\x03')) { FUN_11bd_58e6(); } local_1a = 0x2d40; if ((*(char *)0x2e != '\v') && ((*(byte *)0x47 & 0x80) == 0)) { local_1a = 0x29bc; } if ((*(byte *)0x14 & 8) != 0) { local_1a = 0x627f; } if ((*(int *)0xe6e == 0) || (local_1a < *(uint *)0xe6e)) { *(uint *)0xe6e = local_1a; FUN_11bd_1e9f(param_1,local_1a); } } return; } void __cdecl16near FUN_11bd_2f4c(void) { undefined2 unaff_DS; *(undefined2 *)0x97a = 0x20a0; *(undefined2 *)0x97e = 0; FUN_11bd_2d52(); FUN_11bd_5686(); *(undefined2 *)&DAT_0000_11e2 = *(undefined2 *)0xcec; *(undefined2 *)0x11e0 = 0x80; FUN_11bd_381d(); FUN_11bd_2d8b(); FUN_11bd_2ec9(); return; } undefined2 __cdecl16near FUN_11bd_2f7f(int param_1) { if ((((param_1 != 0x20) && (param_1 != 9)) && (param_1 != 10)) && (param_1 != 0xd)) { return 0; } return 1; } void __cdecl16near FUN_11bd_2fa3(void) { return; } void __cdecl16near FUN_11bd_2fa4(void) { return; } void __cdecl16near FUN_11bd_2fa5(void) { return; } void __cdecl16near FUN_11bd_2fa6(uint param_1,undefined2 param_2) { undefined2 unaff_DS; if (param_1 < *(uint *)0x97c) { FUN_11bd_1caa(param_1 >> 3,param_1,0,0xffff,param_2); } return; } void __cdecl16near FUN_11bd_2fc7(void) { int iVar1; for (iVar1 = -0x6100; iVar1 != -0x6000; iVar1 = iVar1 + 0x40) { FUN_11bd_2fa6(iVar1,0x92); } for (; iVar1 != 0; iVar1 = iVar1 + 0x200) { FUN_11bd_2fa6(iVar1,(-(uint)((0xd000U >> (byte)((uint)iVar1 >> 0xc) & 1) == 0) & 0xfff8) + 0x9a) ; } return; } long __cdecl16near FUN_11bd_300b(char *param_1) { undefined2 unaff_DS; long lVar1; int local_8; lVar1 = FUN_11bd_27a4(); local_8 = 0; if (*(int *)(param_1 + 2) != 0) { if (*param_1 == 'M') { local_8 = 0x200; } lVar1 = lVar1 + (*(int *)(param_1 + 2) - local_8); } return lVar1; } undefined2 __cdecl16near FUN_11bd_304f(char *param_1,int param_2,int param_3) { uint *puVar1; uint uVar2; code *pcVar3; int iVar4; undefined2 unaff_DS; undefined4 uVar5; int local_4; local_4 = 2; do { FUN_11bd_5fca(*(undefined2 *)0x11da,*(undefined2 *)0x11dc); iVar4 = FUN_11bd_5fe2(param_1,param_3); if (iVar4 != param_3) break; if ((*param_1 == 'M') && (param_1[1] == 'F')) { uVar5 = CONCAT22(*(undefined2 *)(param_1 + 4),*(undefined2 *)(param_1 + 2)); LAB_11bd_3089: puVar1 = (uint *)0x11da; uVar2 = *puVar1; *puVar1 = *puVar1 + (uint)uVar5; *(int *)0x11dc = *(int *)0x11dc + (int)((ulong)uVar5 >> 0x10) + (uint)CARRY2(uVar2,(uint)uVar5); } else { if ((*param_1 == 'M') && (param_1[1] == 'Z')) { uVar5 = FUN_11bd_300b(param_1); goto LAB_11bd_3089; } if ((*param_1 == 'B') && (param_1[1] == 'W')) { return 1; } pcVar3 = (code *)swi(0x21); (*pcVar3)(); local_4 = local_4 + -1; } } while (-1 < local_4); if (param_2 != 0) { FUN_11bd_22ad(0xfffe); } *(undefined2 *)0x11dc = 0; *(undefined2 *)0x11da = 0; return 0; } void __cdecl16near FUN_11bd_30d8(void) { char cVar1; int iVar2; undefined2 unaff_DS; uint local_bc; uint local_ba; uint local_b8; uint local_b6; char local_b4; char local_b3; uint local_aa; uint local_a8; int local_98; int local_96; uint local_8e; uint local_8c; uint local_84; uint local_4; cVar1 = *(char *)0xe72; *(char *)0xe72 = *(char *)0xe72 + '\x01'; if (cVar1 == '\0') { if (*(int *)0xe70 < 0) { FUN_11bd_5fb8(0x1190); } if (-1 < *(int *)0xe70) { local_bc = 0; local_4 = 0; local_ba = 0; local_b8 = 0; iVar2 = FUN_11bd_304f(&local_b4,0,0xb0); if (iVar2 != 0) { do { if ((local_b4 != 'B') || (local_b3 != 'W')) break; *(uint *)0x14 = *(uint *)0x14 | local_84; if (local_b8 < local_aa) { local_b8 = local_aa; } if (local_ba < local_a8) { local_ba = local_a8; } if (local_4 < local_8c) { local_4 = local_8c; } if (local_bc < local_8e) { local_bc = local_8e; } if (local_96 == 0 && local_98 == 0) break; FUN_11bd_5fca(local_98,local_96); iVar2 = FUN_11bd_5fe2(&local_b4,0xb0); } while (iVar2 == 0xb0); } if ((local_b8 != 0) && (local_b8 < *(uint *)0xecc)) { *(uint *)0x120e = local_b8; } local_b6 = local_bc; if ((local_bc != 0) && (*(undefined1 *)0xa16 = 2, *(uint *)0x1206 < local_4)) { *(uint *)0x1206 = local_4; } if ((*(char *)0x2e == '\0') && (local_b6 = local_ba, *(uint *)0x1206 < local_4)) { *(uint *)0x1206 = local_4; } if (((local_b6 != 0) && (local_b6 != 0x7fff)) && ((*(byte *)0x11d2 & 1) == 0)) { *(uint *)0xecc = local_b6; *(byte *)0x11d2 = *(byte *)0x11d2 | 1; } if (((*(byte *)0x15 & 0x20) != 0) && (*(char *)0x2e != '\0')) { if ((*(byte *)0x11d2 & 4) == 0) { *(undefined2 *)0xece = 0xfffe; } if ((*(byte *)0x11d2 & 1) == 0) { *(int *)0xecc = *(int *)0xece - *(int *)0xeca; } } if (((0x3c00 < *(uint *)0xecc) || (0x4000 < *(uint *)0xeca)) || (0x4000 < *(uint *)0xece)) { *(byte *)0x15 = *(byte *)0x15 | 0x20; } } } return; } undefined2 __cdecl16near FUN_11bd_326c(void) { undefined2 uVar1; int iVar2; undefined2 unaff_DS; undefined1 local_42 [64]; FUN_11bd_5fca(*(uint *)0x11da + 0x40,*(int *)0x11dc + (uint)(0xffbf < *(uint *)0x11da)); FUN_11bd_5fe2(local_42,0x40); iVar2 = FUN_11bd_614a(local_42,0xe73); if (iVar2 == 0) { iVar2 = FUN_11bd_614a(local_42,0xe7b); if (iVar2 == 0) { return 0; } } uVar1 = *(undefined2 *)0x11f6; *(undefined2 *)0x11da = *(undefined2 *)0x11f4; *(undefined2 *)0x11dc = uVar1; return 1; } void __cdecl16near FUN_11bd_32c6(int param_1,int param_2) { uint *puVar1; undefined2 uVar2; undefined1 uVar3; int iVar4; undefined2 *puVar5; uint uVar6; uint uVar7; uint uVar8; undefined2 unaff_DS; undefined4 uVar9; int local_46; undefined1 local_3e [14]; uint local_30; int local_2e; int local_2c; undefined2 local_2a; uint local_28; undefined2 local_26; uint local_22; int local_20; uint local_1e; uint local_1c; uint local_1a; uint local_18 [2]; byte local_14; uint local_10; uint local_e; undefined1 local_c; int local_a; int local_8; undefined2 uStack_6; uint local_4; local_20 = 0; local_46 = 0; do { FUN_11bd_304f(local_3e,1,0x1c); FUN_11bd_5fe2(0x11f4,4); puVar1 = (uint *)0x11da; uVar7 = *puVar1; *puVar1 = *puVar1 + 0x30; *(int *)0x11dc = *(int *)0x11dc + (uint)(0xffcf < uVar7); FUN_11bd_5fca(*(undefined2 *)0x11da,*(undefined2 *)0x11dc); FUN_11bd_5fe2(local_18,0x10); if (*(char *)0x11f1 == '\0') break; iVar4 = FUN_11bd_326c(); } while (iVar4 != 0); if ((local_a != 0) && (*(int *)0xa == 0)) { *(int *)0xe = local_a; } if (*(uint *)0x97c < local_10) { *(undefined2 *)0x97c = CONCAT11((char)(local_10 >> 8) + '\x02',(char)local_10); } if (*(uint *)0x97c < local_10) { *(undefined2 *)0x97c = 0xffff; } *(uint *)0x11f2 = local_e; if (local_e < 0x80) { *(undefined2 *)0x11f2 = 0x80; } if (param_1 == 0) { FUN_11bd_1b0a(); *(undefined2 *)0x97c = local_26; FUN_11bd_3986(); *(undefined1 *)0x980 = local_c; FUN_11bd_5686(); } else { FUN_11bd_3986(); } if (param_1 < 0) { param_1 = 0; *(byte *)0x14 = *(byte *)0x14 & 0xf7; } if ((local_14 & 2) != 0) { param_1 = -1; *(byte *)0x14 = *(byte *)0x14 | 8; } if (param_1 != 0) { local_46 = *(int *)0x11f2; if ((local_14 & 1) != 0) { iVar4 = FUN_11bd_3bcc(-((local_10 + 1 >> 3) * param_1)); iVar4 = iVar4 << 3; *(int *)0x11f2 = iVar4; *(int *)(param_2 + 8) = iVar4; if (iVar4 == 0) { return; } } local_46 = *(int *)0x11f2 - local_46; local_30 = local_30 + local_46; local_28 = local_28 + local_46; } *(uint *)0x14 = *(uint *)0x14 | local_18[0]; FUN_11bd_5fca(*(uint *)0x11da + 0x80,*(int *)0x11dc + (uint)(0xff7f < *(uint *)0x11da)); FUN_11bd_198a(); *(int *)0x11ee = local_10 - 0x7f; FUN_11bd_3a89(8,*(undefined2 *)0x11f2,local_10 - 0x7f); *(int *)0x11ee = *(int *)0x11ee + *(int *)0x11f2; local_8 = 0; uStack_6 = 8; do { *(int *)0x11ee = *(int *)0x11ee + -8; } while (*(char *)((*(uint *)0x11ee & 0xfff8) + 5) == '\0'); uVar7 = *(uint *)0x11f2; do { local_1a = uVar7; local_1e = local_1a; puVar5 = (undefined2 *)((local_1a & 0xfff8) + local_8); *(undefined2 *)0x11e4 = *puVar5; *(undefined2 *)0x11e6 = puVar5[1]; *(undefined2 *)&LAB_0000_11e8 = puVar5[2]; *(undefined2 *)0x11ea = puVar5[3]; uVar7 = *(uint *)0x11e4; local_4 = (uint)*(byte *)0x11e9; if (local_4 != 0) { uVar6 = *(uint *)0x11ea & 0x1fff; uVar8 = 0; if (uVar7 != 0) { uVar8 = FUN_11bd_11dd(uVar7); } if ((*(byte *)0x11eb & 0x20) != 0) { uVar7 = 0; } if (uVar8 < uVar6) { uVar8 = uVar6; } *(undefined2 *)0x1204 = 0; *(undefined2 *)0x1202 = 0; if (uVar8 != 0) { if ((*(byte *)0x11eb & 0x80) == 0) { uVar9 = FUN_11bd_3901(uVar8); iVar4 = (int)((ulong)uVar9 >> 0x10); *(undefined2 *)0x1202 = (int)uVar9; *(int *)0x1204 = iVar4; if (iVar4 == 0 && *(int *)0x1202 == 0) { FUN_11bd_11c1(); FUN_11bd_22ad(6); } } else { if ((local_1a == local_30) || (((byte)local_4 & 0x18) == 0x18)) { local_22 = 7; } else { local_22 = 0; local_4 = local_4 | 0x60; } FUN_11bd_11c1(); local_1c = local_22 + uVar8; if (local_1c < 8) { local_1c = 8; } uVar9 = FUN_11bd_395c(local_1c); local_1c = (uint)uVar9; *(int *)0x1202 = local_1c; *(undefined2 *)0x1204 = (int)((ulong)uVar9 >> 0x10); if (local_1c == 0) { FUN_11bd_22ad(3); } local_1e = ~local_22 & *(int *)0x1202 + local_22; *(uint *)0x1202 = local_1e; *(undefined2 *)0x1204 = 0; if (local_1e < *(uint *)0x97c) goto LAB_11bd_3543; while( true ) { FUN_11bd_22ad(4); LAB_11bd_3543: iVar4 = FUN_11bd_5fac(local_1a,local_1e); if (iVar4 < 0x1275) { FUN_11bd_601d(5); } FUN_11bd_198a(); if (*(char *)((local_1e & 0xfff8) + local_8 + 5) == '\0') break; FUN_11bd_11c1(); } if (local_22 != 0) { if (local_1a == local_30) { local_30 = local_1e; } if (local_1a == local_28) { local_28 = local_1e; } // WARNING: Subroutine does not return thunk_FUN_11bd_1e86(local_1e,local_1c); } local_20 = local_20 + 1; } } *(undefined1 *)0x11e9 = 0xf2; *(undefined2 *)0x11e4 = 0; if (uVar8 != 0) { *(int *)0x11e4 = uVar8 * 0x10 + -1; *(undefined1 *)(local_1e >> 3) = 1; } if ((*(byte *)0x11eb & 0x40) != 0) { *(byte *)(local_1e >> 3) = *(byte *)(local_1e >> 3) | 2; } *(int *)0x11e6 = *(int *)0x1202 << 4; uVar3 = FUN_11bd_27b0(); *(undefined1 *)&LAB_0000_11e8 = uVar3; *(int *)0x11ea = (*(int *)0x1204 >> 4) << 8; puVar5 = (undefined2 *)((local_1e & 0xfff8) + local_8); *puVar5 = *(undefined2 *)0x11e4; puVar5[1] = *(undefined2 *)0x11e6; puVar5[2] = *(undefined2 *)&LAB_0000_11e8; puVar5[3] = *(undefined2 *)0x11ea; if (uVar7 != 0) { if ((uVar7 & 0xf) != 0) { uVar7 = uVar7 + 1; } FUN_11bd_3a89(local_1e,0,uVar7); } if ((uVar6 != 0) && (iVar4 = uVar6 * 0x10 - uVar7, iVar4 != 0)) { // WARNING: Subroutine does not return thunk_FUN_11bd_1e86(local_1e,uVar7,iVar4,0); } *(undefined1 *)0x11e9 = (byte)local_4; *(undefined1 *)((local_1e & 0xfff8) + local_8 + 5) = (byte)local_4; if (local_1e != local_1a) { puVar5 = (undefined2 *)((local_1a & 0xfff8) + local_8); *puVar5 = *(undefined2 *)0x11e4; puVar5[1] = *(undefined2 *)0x11e6; puVar5[2] = *(undefined2 *)&LAB_0000_11e8; puVar5[3] = *(undefined2 *)0x11ea; } } uVar7 = local_1a + 8; if (*(uint *)0x11ee < uVar7) { if (param_1 < 1) { *(uint *)(local_8 + 2) = *(uint *)0x11ee >> 3; } *(uint *)(param_2 + 0xe) = local_2e - 0xcU & 0xfffe; *(uint *)(param_2 + 2) = local_30; *(uint *)(param_2 + 0x22) = local_28; *(undefined2 *)(param_2 + 0x1e) = local_2a; *(undefined2 *)(param_2 + 10) = *(undefined2 *)0x11f2; *(int *)(param_2 + 8) = local_1a - 0x10; local_1a = uVar7; FUN_11bd_11c1(); FUN_11bd_2fa4(param_1,param_2); if (param_1 < 0) { uVar2 = *(undefined2 *)0x11f6; *(undefined2 *)0x11da = *(undefined2 *)0x11f4; *(undefined2 *)0x11dc = uVar2; } else { FUN_11bd_5ff7(); *(undefined2 *)0x11dc = 0; *(undefined2 *)0x11da = 0; } local_1a = local_1a - 8; if (local_2c == 0) { if (local_46 != 0) { FUN_11bd_3b21(local_1a,local_46); } if (0 < local_20) { FUN_11bd_1c3f(local_1a); if ((*(byte *)0x11e9 & 0x18) != 0x10) { FUN_11bd_22ad(7); } if (*(int *)0x11e4 != 0) { while (local_20 = local_20 + -1, -1 < local_20) { FUN_11bd_3c9d(local_1a); FUN_11bd_5fb3(); } } } } else { FUN_11bd_198a(); FUN_11bd_1266(1); if (local_46 != 0) { local_2c = local_2c + local_46; FUN_11bd_3d80(local_2c,local_1a,local_46); } while (local_20 = local_20 + -1, -1 < local_20) { FUN_11bd_3e19(local_2c,local_1a); FUN_11bd_5fb3(); } FUN_11bd_1a86(local_2c); *(int *)(param_2 + 8) = local_2c + -8; FUN_11bd_11c1(); } if (((local_20 < 0) || ((local_14 & 1) != 0)) && (local_2c == 0)) { FUN_11bd_3d62(local_1a); } *(undefined2 *)(param_2 + 4) = 0x28; *(undefined2 *)(param_2 + 6) = 0x28; *(undefined2 *)(param_2 + 0x26) = 0x200; if (param_1 < 1) { FUN_11bd_2fc7(); uVar2 = *(undefined2 *)0xcec; *(undefined2 *)0x97e = uVar2; *(undefined2 *)0x2c = 0x30; } return; } } while( true ); } void __cdecl16near FUN_11bd_381d(void) { undefined2 unaff_DS; if (*(int *)0xe70 < 0) { FUN_11bd_5fb8(0x1190); } if (*(int *)0xe70 < 0) { FUN_11bd_22ad(0xfff8); } FUN_11bd_32c6(0,*(undefined2 *)0x996); return; } void __cdecl16near FUN_11bd_3844(void) { int iVar1; int iVar2; undefined2 unaff_DS; iVar1 = *(int *)0xd0e * 0x180 + 0x2a; if (*(int *)0xf4e == 0) { *(undefined2 *)0x11d4 = 8; FUN_1000_0b12(iVar1); iVar2 = FUN_11bd_243e(iVar1); *(int *)0xf4e = iVar2; if (iVar2 == 0) { FUN_11bd_22ad(9); } } FUN_11bd_2776(*(undefined2 *)0xf4e,0,iVar1); iVar1 = iVar1 + *(int *)0xf4e; *(int *)0xf4c = iVar1; *(undefined2 *)0x996 = (undefined2 *)(iVar1 + -0x2a); *(undefined2 *)(iVar1 + -0x2a) = *(undefined2 *)0xf4c; *(undefined2 *)(iVar1 + -0x12) = 0xffff; *(undefined2 *)0x99e = 0; return; } long __cdecl16near FUN_11bd_38af(undefined2 param_1) { undefined2 unaff_DS; long lVar1; if (*(char *)0x980 == '\x01') { lVar1 = FUN_11bd_395c(param_1); if (lVar1 != 0) { return lVar1; } } if (*(char *)0x980 < '\x03') { FUN_11bd_198a(); // WARNING: Subroutine does not return thunk_FUN_11bd_1e86(param_1,0); } lVar1 = FUN_11bd_395c(param_1); return lVar1; } long __cdecl16near FUN_11bd_3901(undefined2 param_1) { undefined2 unaff_DS; long lVar1; if ((*(char *)0x980 != '\x01') && (*(char *)0x980 < '\x03')) { // WARNING: Subroutine does not return thunk_FUN_11bd_1e86(param_1,0); } FUN_11bd_11c1(); lVar1 = FUN_11bd_395c(param_1); FUN_11bd_198a(); if (lVar1 == 0) { // WARNING: Subroutine does not return thunk_FUN_11bd_1e86(param_1,0); } return lVar1; } undefined2 __cdecl16near FUN_11bd_395c(undefined2 param_1) { undefined2 local_10; undefined2 local_e; byte local_4; local_10 = CONCAT11(0x48,(undefined1)local_10); local_e = param_1; FUN_11bd_26d0(&local_10,&local_10); if ((local_4 & 1) != 0) { return 0; } return local_10; } void __cdecl16near FUN_11bd_3986(void) { int iVar1; uint uVar2; uint uVar3; undefined2 unaff_DS; *(undefined2 *)0x11d0 = 0; *(undefined2 *)0x1208 = 0; if (*(int *)0xa == 0) { uVar2 = *(uint *)0xe; if (*(int *)0x11d6 != 0) { uVar2 = *(uint *)0x11d6; } if (uVar2 == 0) { uVar2 = 0x800; } if (uVar2 < 0x400) { uVar2 = 0x400; } iVar1 = *(int *)0x9b8 + -1; if (((*(char *)0x0 == 'M') && (*(int *)0x1 == *(int *)0xcec)) && (uVar3 = (*(int *)0x3 + 0x20) * 0x10, uVar2 < uVar3)) { uVar2 = uVar3; } if (0x8200 < uVar2) { uVar2 = 0x8200; } uVar2 = uVar2 + 0xf; iVar1 = FUN_1000_0b12(uVar2); if (iVar1 != 0) goto LAB_11bd_39f8; do { FUN_11bd_22ad(0xd); LAB_11bd_39f8: iVar1 = FUN_11bd_243e(uVar2); uVar3 = iVar1 + 0xfU & 0xfff0; *(uint *)0xa = uVar3; } while (uVar3 == 0); *(uint *)0xe = uVar2 & 0xfff0; } return; } int __cdecl16near FUN_11bd_3a13(void) { undefined2 unaff_DS; undefined2 local_10; undefined2 local_e; int local_c; undefined2 local_a; byte local_4; FUN_11bd_11c1(); FUN_11bd_1266(1); local_10 = 0x4201; local_e = *(undefined2 *)0xe70; local_a = 0; local_c = 0; FUN_11bd_26d0(&local_10,&local_10); local_c = (*(byte *)0xf & 0xfe) * 0x100 - (local_10 & 0x1ff); local_10 = CONCAT11(0x3f,(undefined1)local_10); local_a = *(undefined2 *)0xa; *(undefined2 *)0x11d0 = local_a; FUN_11bd_26d0(&local_10,&local_10); if ((local_4 & 1) != 0) { local_10 = 0; } *(int *)0x1208 = local_10 + *(int *)0x11d0; FUN_11bd_198a(); FUN_11bd_1266(1); return local_10; } void __cdecl16near FUN_11bd_3a89(undefined2 param_1,int param_2,uint param_3) { int iVar1; uint uVar2; uint uVar3; undefined2 unaff_DS; uint local_4; local_4 = -param_3 & 0xf; do { if (*(int *)0x1208 == *(int *)0x11d0) { FUN_11bd_3a13(); } uVar3 = *(int *)0x1208 - *(int *)0x11d0; if (uVar3 == 0) { if (param_2 != 0) { // WARNING: Subroutine does not return thunk_FUN_11bd_1e86(param_1,param_2,param_3,0); } FUN_11bd_11c1(); FUN_11bd_22ad(0xfff2); } if ((uVar3 < param_3) || (uVar2 = param_3, param_3 == 0)) { uVar2 = uVar3; } FUN_11bd_6102(0x20,*(undefined2 *)0x11d0,param_1,param_2,uVar2); param_2 = param_2 + uVar2; *(int *)0x11d0 = *(int *)0x11d0 + uVar2; param_3 = param_3 - uVar2; } while (param_3 != 0); do { *(int *)0x11d0 = *(int *)0x11d0 + local_4; local_4 = *(int *)0x11d0 - *(int *)0x1208; if ((int)local_4 < 1) { return; } iVar1 = FUN_11bd_3a13(); } while (iVar1 != 0); return; } void __cdecl16near FUN_11bd_3b21(int *param_1,int param_2) { uint *puVar1; undefined1 uVar2; uint *puVar3; uint uVar4; int iVar5; FUN_11bd_198a(); uVar4 = *param_1 + 1U >> 1; while (uVar4 = uVar4 - 1, -1 < (int)uVar4) { if (0x7f < *(uint *)(uVar4 * 2)) { iVar5 = *(uint *)(uVar4 * 2) + param_2; *(int *)(uVar4 * 2) = iVar5; uVar2 = *(undefined1 *)(iVar5 + 5); *(undefined1 *)(iVar5 + 5) = 0x92; puVar3 = (uint *)*(int *)(uVar4 * 2); if (0x7f < *puVar3) { puVar1 = puVar3; *puVar1 = *puVar1 + param_2; } *(undefined1 *)(iVar5 + 5) = uVar2; } } FUN_11bd_11c1(); return; } // WARNING: Globals starting with '_' overlap smaller symbols at the same address int __cdecl16near FUN_11bd_3bcc(int param_1) { int iVar1; int iVar2; int iVar3; int local_a; local_a = 0; FUN_11bd_198a(); if (param_1 < 1) { iVar2 = 0x10; do { while (*(char *)(iVar2 * 8 + 5) == '\0') { iVar3 = -param_1; iVar2 = iVar2 + iVar3; while (iVar2 = iVar2 + -1, *(char *)(iVar2 * 8 + 5) == '\0') { iVar3 = iVar3 + -1; iVar1 = iVar2; if (iVar3 < 1) goto LAB_11bd_3c93; } } iVar2 = iVar2 + 1; iVar1 = local_a; } while (iVar2 < (int)((_DAT_0000_0088 >> 3) + param_1 + -2)); } else { iVar2 = (_DAT_0000_0088 >> 3) - 2; while( true ) { while (*(char *)(iVar2 * 8 + 5) == '\0') { iVar3 = param_1 + -1; do { iVar3 = iVar3 + -1; iVar1 = iVar2; if (iVar3 < 0) goto LAB_11bd_3c93; iVar2 = iVar2 + -1; } while (*(char *)(iVar2 * 8 + 5) == '\0'); } iVar1 = local_a; if (iVar2 <= param_1 + 0x10) break; iVar2 = iVar2 + -1; } } LAB_11bd_3c93: local_a = iVar1; FUN_11bd_11c1(); return local_a; } void __cdecl16near FUN_11bd_3c9d(int *param_1,uint param_2,uint param_3) { undefined1 uVar1; uint uVar2; uint uVar3; undefined4 local_14; FUN_11bd_198a(); uVar3 = *param_1 + 1U >> 1; while (uVar3 = uVar3 - 1, -1 < (int)uVar3) { uVar2 = *(uint *)(uVar3 * 2); if (0x7f < uVar2) { if (param_2 == uVar2) { *(uint *)(uVar3 * 2) = param_3; } local_14 = (uint *)CONCAT22(uVar2,(uint *)*(undefined2 *)(uVar3 * 2)); if (*(uint *)*(undefined2 *)(uVar3 * 2) == param_2) { uVar2 = uVar2 & 0xfff8; uVar1 = *(undefined1 *)(uVar2 + 5); *(undefined1 *)(uVar2 + 5) = 0xf2; *local_14 = param_3; *(undefined1 *)(uVar2 + 5) = uVar1; } } } *(undefined1 *)((param_2 & 0xfff8) + 5) = 0x80; *(uint *)((param_2 & 0xfff8) + 6) = param_3; FUN_11bd_11c1(); return; } void __cdecl16near FUN_11bd_3d62(int param_1) { FUN_11bd_198a(); FUN_11bd_1a86(param_1); FUN_11bd_1a86(param_1 + -8); FUN_11bd_11c1(); return; } void __cdecl16near FUN_11bd_3d80(uint param_1,undefined2 param_2,int param_3) { uint *puVar1; undefined1 uVar2; uint uVar3; uint *puVar4; int iVar5; uint uVar6; uint *local_6; do { local_6 = (uint *)((ulong)param_1 << 0x10); do { uVar3 = *local_6; *local_6 = *local_6 + param_3; iVar5 = param_3 + (uVar3 & 0xfff8); uVar2 = *(undefined1 *)(iVar5 + 5); *(undefined1 *)(iVar5 + 5) = 0x92; puVar4 = (uint *)local_6; local_6 = (uint *)CONCAT22(local_6._2_2_,(uint *)local_6 + 1); uVar6 = *local_6; local_6 = (uint *)CONCAT22(local_6._2_2_,puVar4 + 2); while (puVar1 = local_6, uVar6 = uVar6 - 1, -1 < (int)uVar6) { local_6 = (uint *)CONCAT22(local_6._2_2_,(uint *)local_6 + 1); if (0x7f < *(uint *)*puVar1) { puVar1 = (uint *)*puVar1; *puVar1 = *puVar1 + param_3; } } *(undefined1 *)(iVar5 + 5) = uVar2; } while ((uVar3 & 3) == 0); param_1 = param_1 + 8; } while ((uVar3 & 2) == 0); return; } void __cdecl16near FUN_11bd_3e19(uint param_1,undefined2 param_2,uint param_3,uint param_4) { undefined1 uVar1; uint uVar2; uint *puVar3; uint *puVar4; int iVar5; uint uVar6; uint uVar7; undefined2 uVar8; byte local_12; undefined4 local_a; uint *local_6; local_a = 0x80000; do { local_6 = (uint *)((ulong)param_1 << 0x10); do { uVar2 = *local_6; uVar6 = uVar2 & 0xfff8; local_12 = (byte)uVar2; if (uVar6 == param_3) { *local_6 = (local_12 ^ (byte)param_4) & 7 ^ param_4; } local_a = CONCAT22(local_a._2_2_,uVar2) & 0xfffffff8; uVar8 = (undefined2)(local_a >> 0x10); iVar5 = (int)local_a; uVar1 = *(undefined1 *)(iVar5 + 5); *(undefined1 *)(iVar5 + 5) = 0x92; puVar3 = (uint *)local_6; local_6 = (uint *)CONCAT22(local_6._2_2_,(uint *)local_6 + 1); uVar7 = *local_6; local_6 = (uint *)CONCAT22(local_6._2_2_,puVar3 + 2); while (puVar4 = local_6, uVar7 = uVar7 - 1, -1 < (int)uVar7) { local_6 = (uint *)CONCAT22(local_6._2_2_,(uint *)local_6 + 1); if (*(uint *)*puVar4 == param_3) { *(uint *)*puVar4 = param_4; } } *(undefined1 *)(iVar5 + 5) = uVar1; } while ((uVar2 & 3) == 0); param_1 = param_1 + 8; } while ((uVar2 & 2) == 0); *(undefined1 *)(param_3 + 5) = 0x80; *(uint *)(param_3 + 6) = param_4; return; } // WARNING: Removing unreachable block (ram,0x00015c20) // WARNING: Globals starting with '_' overlap smaller symbols at the same address void __cdecl16near FUN_11bd_3ed8(void) { bool bVar1; undefined1 uVar2; uint uVar3; undefined1 *puVar4; uint uVar5; int iVar6; undefined2 uVar7; undefined2 unaff_DS; undefined4 uVar8; long lVar9; int local_ee; uint local_ec; undefined1 local_e4 [128]; undefined4 local_64; char local_60; undefined1 *local_5e; undefined2 local_5c; int local_5a; char local_58; char local_6; undefined1 *local_4; bVar1 = false; local_58 = '\0'; local_60 = 0; local_5e = (undefined1 *)0x0; FUN_11bd_62f8(); *(undefined2 *)0xac = 0; *(undefined2 *)0xae = 0x10; *(undefined2 *)0x11d4 = 2; if (((_DAT_f000_fffe & 0xff) == 0xfb) || (0xfc < (_DAT_f000_fffe & 0xff))) { *(char *)0x11f0 = *(char *)0x11f0 + '\x01'; } uVar2 = FUN_11bd_68c2(); *(undefined1 *)0x3e = uVar2; uVar3 = FUN_11bd_2d40(); *(undefined2 *)0x11d4 = 3; local_6 = '\x01'; local_60 = '\x01'; if (uVar3 == 0) { uVar3 = 10; local_6 = '\0'; local_60 = '\0'; puVar4 = (undefined1 *)FUN_11bd_4665(0xe84,local_e4); if (puVar4 == (undefined1 *)0x0) { puVar4 = (undefined1 *)FUN_11bd_4665(0xe8c,local_e4); if (puVar4 == (undefined1 *)0x0) goto LAB_11bd_41a4; } uVar7 = FUN_11bd_4645(puVar4); FUN_11bd_18f1(puVar4,uVar7); local_5e = puVar4; iVar6 = FUN_11bd_195d(puVar4,0xe94); if (iVar6 != 0) { uVar3 = 3; *(char *)0x11f0 = *(char *)0x11f0 + '\x01'; local_6 = local_6 + '\x01'; } iVar6 = FUN_11bd_195d(puVar4,0xe9c); if (iVar6 != 0) { local_6 = local_6 + '\x01'; } iVar6 = FUN_11bd_195d(puVar4,0xea1); if (iVar6 != 0) { uVar3 = 0xb; local_6 = local_6 + '\x01'; } iVar6 = FUN_11bd_195d(puVar4,0xea6); if (iVar6 != 0) { local_4 = (undefined1 *)FUN_11bd_6120(*(undefined2 *)0x30,0x31); local_5a = FUN_11bd_2620(local_4); while (local_5a = local_5a + -1, -1 < local_5a) { (local_4 + local_5a)[1] = local_4[local_5a]; } *local_4 = 0x20; } iVar6 = FUN_11bd_195d(puVar4,0xeab); if ((iVar6 == 0) && (iVar6 = FUN_11bd_195d(puVar4,0xeaf), iVar6 == 0)) { local_64 = thunk_FUN_11bd_61ee(puVar4); uVar5 = (uint)local_64; if ((local_64 != 0) && (local_6 = local_6 + '\x01', uVar3 = uVar5, 0x10000 < local_64)) { uVar3 = uVar5 + 0xc780; local_64 = CONCAT22(((int)((ulong)local_64 >> 0x10) + -1) - (uint)(uVar5 < 0x3880),uVar3); } } else { local_6 = local_6 + '\x01'; uVar3 = 2; } local_4 = puVar4; iVar6 = FUN_11bd_6120(puVar4,0x2c); if (iVar6 != 0) { local_5a = thunk_FUN_11bd_61ee(iVar6 + 1); if (-1 < local_5a) { *(int *)0x12 = local_5a + 1; *(int *)0x10 = local_5a + 1; bVar1 = true; } } iVar6 = FUN_11bd_6120(local_4,0x40); if (iVar6 != 0) { local_5a = FUN_11bd_45c3(iVar6); if (local_5a != 0) { *(int *)0xeca = local_5a; *(byte *)0x11d2 = *(byte *)0x11d2 | 2; } iVar6 = FUN_11bd_6120(iVar6,0x2d); if (iVar6 != 0) { local_5a = FUN_11bd_45c3(iVar6); if (local_5a != 0) { *(int *)0xece = local_5a; local_60 = local_60 + '\x01'; *(byte *)0x11d2 = *(byte *)0x11d2 | 4; } } } iVar6 = FUN_11bd_6120(local_4,0x3a); if (iVar6 != 0) { uVar7 = FUN_11bd_45c3(iVar6); *(undefined2 *)0xecc = uVar7; local_60 = local_60 + '\x01'; *(byte *)0x11d2 = *(byte *)0x11d2 | 1; } iVar6 = FUN_11bd_6120(local_4,0x5e); if (iVar6 != 0) { uVar7 = FUN_11bd_45c3(iVar6); *(undefined2 *)0x14 = uVar7; } iVar6 = FUN_11bd_614a(local_4,0xeb4); if (iVar6 != 0) { *(char *)0x11f1 = *(char *)0x11f1 + '\x01'; } iVar6 = FUN_11bd_614a(local_4,0xeb9); if (iVar6 != 0) { *(undefined1 *)0x36 = 0x80; } iVar6 = FUN_11bd_6120(local_4,0x2b); if (iVar6 != 0) { *(byte *)0x47 = *(byte *)0x47 | 2; } iVar6 = FUN_11bd_6120(local_4,0x56); if ((iVar6 != 0) && (*(char *)(iVar6 + 1) != 'C')) { local_5a = FUN_11bd_45c3(iVar6); if (local_5a != 0) { *(undefined1 *)0x34 = (char)local_5a; } } iVar6 = FUN_11bd_614a(local_4,0xebd); if (iVar6 != 0) { local_5a = FUN_11bd_45c3(iVar6 + 3); if (local_5a != 0) { *(int *)0xd0e = local_5a; } } } LAB_11bd_41a4: iVar6 = FUN_11bd_4587(uVar3); if (iVar6 == 0) { *(byte *)0x47 = *(byte *)0x47 | 1; } else { FUN_11bd_6395(); } FUN_11bd_698b(); if ((int)uVar3 < 0) { local_58 = local_58 + '\x01'; local_ec = -uVar3; if (uVar3 == 0xfff5) { FUN_11bd_76db(); } goto LAB_11bd_42c7; } iVar6 = FUN_11bd_66a2(); local_ec = uVar3; if (iVar6 != 0) { local_ec = 0x10; } if (local_ec == 2) { FUN_11bd_6667(); } if (*(char *)0x2f < '\x03') goto LAB_11bd_4257; *(undefined2 *)0x9c2 = 0x296d; uVar2 = FUN_11bd_6618(); *(undefined1 *)0x2f = uVar2; local_5a = FUN_11bd_6d9c(); if (local_5a != 0) { *(undefined1 *)0x46 = (char)local_ec; if (local_ec == 0xb) { iVar6 = FUN_11bd_76db(); if (0 < iVar6) goto LAB_11bd_42c7; } local_ec = 0; goto LAB_11bd_4548; } local_5a = FUN_11bd_76db(); if (local_5a < 1) { *(undefined2 *)0x11d4 = 4; if (local_5a < 0) { FUN_11bd_22ad(0x11); } iVar6 = FUN_11bd_4587(local_ec); if (iVar6 == 0) { local_ec = 3; iVar6 = FUN_11bd_6672(); if (iVar6 == 0) goto LAB_11bd_42c7; } LAB_11bd_4257: iVar6 = FUN_11bd_4587(local_ec); if (iVar6 == 0) { iVar6 = FUN_11bd_6672(); if (iVar6 != 0) { local_ec = 2; goto LAB_11bd_42c7; } } if (local_6 == '\0') { uVar8 = FUN_11bd_689e(); lVar9 = FUN_11bd_6869(uVar8); if (lVar9 == 0) { uVar8 = FUN_11bd_68b9(); lVar9 = FUN_11bd_6869(uVar8); if (lVar9 == 0) { lVar9 = 0x90000; } } local_ec = (uint)((ulong)lVar9 >> 0x10); local_ee = (int)lVar9; if ((!bVar1) && (local_ee != 0)) { *(int *)0x12 = local_ee + 1; *(int *)0x10 = local_ee + 1; } } } else { *(undefined1 *)0x46 = (char)local_ec; local_ec = 0xb; } LAB_11bd_42c7: if ((local_ec != 0xb) && ((*(byte *)0x47 & 0x80) != 0)) { FUN_11bd_69ac(); } *(undefined1 *)0x10ee = 0xff; if (local_ec == 1) { LAB_11bd_436e: local_5c = 0x381; if (local_60 == '\0') { iVar6 = FUN_11bd_6c74(); if (iVar6 == 0) { local_60 = FUN_11bd_6400(); } } *(undefined2 *)0x11fe = 0x146; *(undefined2 *)0x1200 = 0x40; if (((*(byte *)*(undefined4 *)0x11fe & 0x80) != 0) && (*(uint *)0xeca < 0x500)) { *(undefined2 *)0xeca = 0x500; } goto LAB_11bd_43aa; } if (local_ec == 2) { local_5c = 0x8da; uVar2 = FUN_11bd_6672(); *(undefined1 *)0x120c = uVar2; if (local_58 != '\0') { *(byte *)0x120c = *(byte *)0x120c | 2; } LAB_11bd_4403: *(undefined1 *)0x10ef = 1; goto LAB_11bd_451e; } if (local_ec == 3) { LAB_11bd_440e: local_5c = 0x2824; *(undefined1 *)0x10ee = 9; LAB_11bd_4418: *(undefined1 *)0x10ef = 1; FUN_11bd_69e0(); goto LAB_11bd_451e; } if (local_ec == 4) goto LAB_11bd_4469; if (local_ec == 5) { local_5c = 0x3a7; if (*(char *)0x2f < '\x03') { if (*(char *)0x3e != '\0') { FUN_1000_0b12(0x5e); uVar7 = FUN_11bd_243e(0x5e); *(undefined2 *)0xf82 = uVar7; } } else { LAB_11bd_442f: *(undefined1 *)0x36 = 0x80; } goto LAB_11bd_43aa; } if (local_ec == 6) { LAB_11bd_445c: local_5c = 0x71a; goto LAB_11bd_451e; } if (local_ec == 7) { LAB_11bd_446c: local_5c = 0x8b2; if ((*(char *)0x11f0 == '\0') || (*(char *)0x2f != '\x02')) goto LAB_11bd_4418; iVar6 = FUN_11bd_66b9(); if (iVar6 != 0) goto LAB_11bd_4486; uVar7 = 0x13; LAB_11bd_4519: FUN_11bd_22ad(uVar7); } else if (local_ec == 8) { LAB_11bd_4486: local_ec = 8; *(undefined1 *)0x10ee = 10; local_5c = 0x749; } else { if (local_ec == 9) goto LAB_11bd_446c; if (local_ec == 10) { LAB_11bd_44a3: local_5c = 0x905; goto LAB_11bd_4418; } if (local_ec == 0xb) { local_5c = 0x29bc; } else if (local_ec == 0xc) { local_5c = 0x679; } else { if (local_ec == 0xd) { local_5c = 0x8ac; *(undefined1 *)0x10ee = 9; goto LAB_11bd_4403; } if (local_ec == 0xe) { local_5c = 0x3d6; } else { if (local_ec != 0xf) { if (local_ec == 0x10) { local_5c = 0x4f7; goto LAB_11bd_451e; } if (local_ec == 0x13) { *(undefined1 *)0xed0 = 0; LAB_11bd_4469: local_ec = 9; goto LAB_11bd_446c; } if (local_ec == 0x14) { *(undefined1 *)0xed0 = 0; local_ec = 10; goto LAB_11bd_44a3; } if (local_ec == 0x11e) goto LAB_11bd_4469; if (local_ec == 0x182) { local_ec = 3; goto LAB_11bd_440e; } if (local_ec == 0x189c) { local_ec = 6; goto LAB_11bd_445c; } if (local_ec == 0x2649) { local_ec = 1; goto LAB_11bd_436e; } *(undefined1 *)0x1190 = 0; if (local_5e != (undefined1 *)0x0) { FUN_11bd_25ee(0x1190,0xec2); FUN_11bd_6054(0x1197,local_5e,0x14); } *(undefined2 *)0x11d4 = 6; uVar7 = 0xffec; goto LAB_11bd_4519; } local_5c = 0x462; if ('\x02' < *(char *)0x2f) goto LAB_11bd_442f; } LAB_11bd_43aa: *(byte *)0x14 = *(byte *)0x14 | 4; *(undefined2 *)0x11d4 = 5; if (local_60 == '\0') { iVar6 = FUN_11bd_6c74(); if (iVar6 == 0) { FUN_11bd_22ad(0x12); } } local_5a = *(int *)0xecc + *(int *)0xeca; if (local_5a < *(int *)0xece) { *(int *)0xece = local_5a; } *(int *)0xa8 = *(int *)0xece + -0x400; *(char *)0x11f0 = *(char *)0x11f0 + '\x01'; } } LAB_11bd_451e: uVar2 = (undefined1)local_ec; if (*(char *)0x10ee == -1) { *(undefined1 *)0x10ee = uVar2; } *(undefined1 *)0x2e = uVar2; FUN_11bd_6250(local_5c); if (*(char *)0x46 == '\0') { *(undefined1 *)0x46 = uVar2; } LAB_11bd_4548: *(undefined2 *)0x42 = 0x9fa; *(undefined2 *)0x44 = 0x20; *(byte *)0x47 = *(byte *)0x47 & 0xfe; iVar6 = FUN_11bd_4587((int)*(char *)0x46); if (iVar6 == 0) { *(byte *)0x47 = *(byte *)0x47 | 1; } *(undefined1 *)0x2e = (char)local_ec; if (local_ec == 0xb) { FUN_11bd_7c62(); } if (local_58 == '\0') { FUN_11bd_30d8(); } return; } undefined2 __cdecl16near FUN_11bd_4587(int param_1) { if ((((param_1 != 1) && (param_1 != 5)) && (param_1 != 0xe)) && (param_1 != 0xf)) { return 0; } return 1; } undefined2 __cdecl16near FUN_11bd_45ab(int param_1) { if ((0x2f < param_1) && (param_1 < 0x3a)) { return 1; } return 0; } uint __cdecl16near FUN_11bd_45c3(int param_1) { char *pcVar1; int iVar2; uint uVar3; undefined2 unaff_DS; uVar3 = 0; pcVar1 = (char *)FUN_11bd_4645(param_1 + 1,0xed1); iVar2 = FUN_11bd_195d(pcVar1); if (iVar2 == 0) { uVar3 = thunk_FUN_11bd_61ee(pcVar1); while( true ) { iVar2 = FUN_11bd_45ab((int)*pcVar1); if (iVar2 == 0) break; pcVar1 = pcVar1 + 1; } } else { for (pcVar1 = pcVar1 + 2; *pcVar1 != '\0'; pcVar1 = pcVar1 + 1) { iVar2 = FUN_11bd_6120(0xab0,(int)*pcVar1); if (iVar2 == 0) break; uVar3 = uVar3 * 0x10 + iVar2 + -0xab0; } } pcVar1 = (char *)FUN_11bd_4645(pcVar1); if (*pcVar1 == 'M') { if ((uVar3 & 0xffc0) == 0) { uVar3 = uVar3 << 10; } else { uVar3 = 0xffff; } } return uVar3; } char * __cdecl16near FUN_11bd_4645(char *param_1) { undefined2 unaff_DS; for (; (*param_1 != '\0' && ((*param_1 == ' ' || (*param_1 == '\t')))); param_1 = param_1 + 1) { } return param_1; } char * __cdecl16near FUN_11bd_4665(char *param_1,char *param_2) { char cVar1; char *pcVar2; char *pcVar3; char *pcVar4; undefined2 uVar5; undefined2 unaff_DS; int local_8; undefined4 local_6; if (*(int *)0x9b8 != 0) { local_6 = (char *)((ulong)*(uint *)0x9b8 << 0x10); while (pcVar3 = param_1, *local_6 != '\0') { while( true ) { if (*pcVar3 == '\0') { local_8 = 0x80; pcVar3 = param_2; goto LAB_11bd_46b9; } uVar5 = (undefined2)((ulong)local_6 >> 0x10); if (*local_6 != *pcVar3) break; local_6 = (char *)CONCAT22(uVar5,(char *)local_6 + 1); pcVar3 = pcVar3 + 1; } do { pcVar3 = (char *)local_6; local_6 = (char *)CONCAT22(local_6._2_2_,(char *)local_6 + 1); } while (*pcVar3 != '\0'); } } return (char *)0x0; while( true ) { local_6 = (char *)CONCAT22(local_6._2_2_,(char *)local_6 + 1); cVar1 = *pcVar2; pcVar4 = pcVar3 + 1; *pcVar3 = cVar1; pcVar3 = pcVar4; if (cVar1 == '\0') break; LAB_11bd_46b9: pcVar2 = local_6; local_8 = local_8 + -1; pcVar4 = pcVar3; if (local_8 < 1) break; } *pcVar4 = '\0'; return param_2; } void __cdecl16near FUN_11bd_46de(uint param_1,int param_2) { int extraout_DX; int iVar1; undefined2 unaff_DS; ulong uVar2; long lVar3; uint local_6; int local_4; if ((param_2 == 0) || (param_2 == 0x7fff)) { param_2 = 0x800; } if (*(int *)0xecc != 0x3c00) { param_2 = *(int *)0xecc; } if (param_2 != 0) { FUN_11bd_27a4(); iVar1 = extraout_DX; FUN_11bd_2090(extraout_DX); local_6 = 10; local_4 = iVar1; uVar2 = FUN_11bd_61c6(&local_6); if (((long)uVar2 < 0x10000) && ((0x7fffffff < uVar2 || ((uint)uVar2 < param_1)))) { local_6 = 6; FUN_11bd_22ad(); } if (((*(char *)0xed8 == '\0') && (*(char *)0xed8 = *(char *)0xed8 + '\x01', 0x59 < *(uint *)0x11de)) && ((0 < local_4 || ((-1 < local_4 && (0x27 < local_6)))))) { local_6 = *(uint *)0xc34; FUN_11bd_7160(); local_6 = *(uint *)0xc4c; FUN_11bd_7160(); local_6 = *(uint *)0xc3c; FUN_11bd_7160(); local_6 = 0x6359; lVar3 = FUN_11bd_61e2(); *(undefined2 *)0xa10 = (int)lVar3; *(undefined2 *)0xa12 = (int)((ulong)lVar3 >> 0x10); if (0xffff < lVar3) { local_6 = 0x6368; FUN_11bd_71a5(); } } } return; } void __cdecl16near FUN_11bd_479a(void) { code *pcVar1; undefined1 in_CF; pcVar1 = (code *)swi(0x21); (*pcVar1)(); if ((bool)in_CF) { FUN_11bd_22ad(); } return; } void __cdecl16near FUN_11bd_4b37(undefined2 param_1) { undefined2 unaff_DS; undefined2 local_4; local_4 = 0x11bd; if (*(int *)0xe70 < 0) { FUN_11bd_5fb8(0x1190); } if (*(int *)0xe70 < 0) { FUN_11bd_22ad(0xfff8); } local_4 = *(undefined2 *)0xc26; (*(code *)0x47b2)(0x11bd,0,param_1); *(undefined2 *)0x42 = 0x9fa; *(undefined2 *)0x44 = unaff_DS; return; } uint __cdecl16near FUN_11bd_4b80(void) { code *pcVar1; uint uVar2; char in_CF; pcVar1 = (code *)swi(0x21); uVar2 = (*pcVar1)(); return uVar2 & -(uint)(in_CF == '\0'); } void __cdecl16near FUN_11bd_4b91(int param_1,undefined2 param_2,uint param_3,uint param_4) { int iVar1; undefined2 unaff_DS; undefined1 local_10 [2]; undefined2 local_e; undefined2 local_c; local_c = FUN_11bd_6d30(*(undefined2 *)0xc26); for (param_4 = param_4 >> 3; param_4 < param_3 >> 3; param_4 = param_4 + 1) { iVar1 = param_4 * 8 + param_1; if ((*(byte *)(iVar1 + 5) & 0x18) == 0x18) { local_e = *(undefined2 *)(iVar1 + 6); FUN_11bd_6dc2(9,local_10); } } return; } void __cdecl16near FUN_11bd_4bdd(int param_1,undefined2 param_2,uint param_3) { uint uVar1; undefined2 uVar2; uint *puVar3; uint *puVar4; uint *puVar5; uint uVar6; uint uVar7; undefined2 unaff_DS; uint local_e; uint *local_6; local_e = param_3 >> 3; do { local_6 = (uint *)((ulong)*(uint *)(local_e * 8 + param_1 + 6) << 0x10); do { puVar4 = local_6; puVar3 = (uint *)local_6; local_6 = (uint *)CONCAT22(local_6._2_2_,(uint *)local_6 + 1); puVar5 = local_6; uVar1 = *puVar4; uVar2 = *(undefined2 *)((uVar1 & 0xfff8) + param_1 + 6); local_6 = (uint *)CONCAT22(local_6._2_2_,puVar3 + 2); uVar7 = *puVar5; while (puVar4 = local_6, uVar7 = uVar7 - 1, -1 < (int)uVar7) { local_6 = (uint *)CONCAT22(local_6._2_2_,(uint *)local_6 + 1); uVar6 = *(uint *)*puVar4; if (uVar6 < 0x80) { uVar6 = *(uint *)(((uVar6 & 0xfffb) >> 2) + 0xc20); } else { uVar6 = *(uint *)((uVar6 & 0xfff8) + param_1 + 6); } *(uint *)*puVar4 = uVar6; } } while ((uVar1 & 3) == 0); local_e = local_e + 1; } while ((uVar1 & 2) == 0); FUN_11bd_1a86(*(undefined2 *)((param_3 & 0xfff8) + param_1 + 6)); return; } void __cdecl16near FUN_11bd_4ca1(int param_1,undefined2 param_2,uint param_3,int param_4) { int iVar1; undefined2 uVar2; uint *puVar3; uint uVar4; int *piVar5; uint uVar6; int iVar7; undefined2 unaff_DS; undefined4 local_e; uint *local_a; param_3 = param_3 >> 3; piVar5 = (int *)(param_3 * 8 + param_1); iVar7 = piVar5[3]; iVar1 = piVar5[-1]; uVar6 = *piVar5 + 1U >> 1; while (uVar6 = uVar6 - 1, -1 < (int)uVar6) { if (0x7f < *(uint *)(uVar6 * 2)) { uVar2 = *(undefined2 *)((*(uint *)(uVar6 * 2) & 0xfff8) + param_1 + 6); *(undefined2 *)(uVar6 * 2) = uVar2; puVar3 = (uint *)*(undefined2 *)(uVar6 * 2); local_e = (uint *)CONCAT22(uVar2,puVar3); uVar4 = *puVar3; if (uVar4 < 0x80) { uVar4 = *(uint *)(((uVar4 & 0xfffb) >> 2) + 0xc20); } else { uVar4 = *(uint *)((uVar4 & 0xfff8) + param_1 + 6); } *local_e = uVar4; } } FUN_11bd_1a86(iVar1); FUN_11bd_1a86(iVar7); if (((*(char *)0x2e == '\0') && (*(int *)0xed6 == 0)) && (uVar6 = FUN_11bd_4b80(param_3 * 2 + 0xf >> 4), uVar6 != 0)) { *(undefined2 *)0xed4 = 0; *(uint *)0xed6 = uVar6; local_a = (uint *)((ulong)uVar6 << 0x10); iVar7 = 0x10; while (iVar7 = iVar7 + -1, 0 < iVar7) { *(undefined2 *)(iVar7 * 2) = ((undefined2 *)(iVar7 * 2))[0x610]; } *local_a = param_4 - 0x80U; uVar4 = param_4 - 0x80U >> 3; iVar7 = -1 - (uVar4 - param_3); *(int *)0x2 = iVar7; for (; 0xf < iVar7; iVar7 = iVar7 + -1) { *(undefined2 *)(iVar7 * 2) = *(undefined2 *)((iVar7 + uVar4) * 8 + param_1 + 6); } } return; } undefined2 __cdecl16near FUN_11bd_4e36(undefined2 param_1,undefined2 param_2) { uint *puVar1; uint uVar2; int iVar3; undefined2 unaff_DS; undefined4 uVar4; int local_40 [2]; char local_3b; undefined2 local_3a; undefined1 local_36 [18]; undefined1 local_24 [5]; undefined1 local_1f; FUN_11bd_66e1(param_1,param_2,local_36,0x30); local_1f = 0; if (*(char *)0xcee < '\x04') { iVar3 = FUN_11bd_195d(local_24,0xeee); if (iVar3 != 0) { uVar4 = FUN_11bd_27b0(); *(undefined2 *)0x98 = (int)uVar4; *(undefined2 *)0x9a = (int)((ulong)uVar4 >> 0x10); return 1; } } FUN_11bd_66e1(param_1,200,local_40,10); if ((local_40[0] == -0xd2) && (local_3b == '$')) { uVar4 = FUN_11bd_674c(local_3a); puVar1 = (uint *)0x98; uVar2 = *puVar1; *puVar1 = *puVar1 + (uint)uVar4; *(int *)0x9a = *(int *)0x9a + (int)((ulong)uVar4 >> 0x10) + (uint)CARRY2(uVar2,(uint)uVar4); } return 0; } // WARNING: Removing unreachable block (ram,0x00016ad3) // WARNING: Removing unreachable block (ram,0x00016ae6) void __cdecl16near FUN_11bd_4eb4(void) { int iVar1; undefined2 unaff_DS; ulong uVar2; undefined2 local_e [2]; undefined1 local_a [8]; FUN_11bd_11ed(3,0x10,local_a,5); iVar1 = FUN_11bd_195d(local_a,0xeee); if (iVar1 != 0) { FUN_11bd_11ed(0x1e,0x10,local_e,2); uVar2 = FUN_11bd_674c(local_e[0]); if ((CONCAT22(*(undefined2 *)0x9a,*(undefined2 *)0x98) < uVar2) && (uVar2 < CONCAT22(*(undefined2 *)0x9e,*(undefined2 *)0x9c))) { *(undefined2 *)0x98 = (int)uVar2; *(undefined2 *)0x9a = (int)(uVar2 >> 0x10); } } return; } undefined2 __cdecl16near FUN_11bd_4f2a(void) { int iVar1; undefined2 unaff_DS; undefined4 uVar2; undefined1 local_18 [18]; undefined1 local_6 [4]; FUN_11bd_11ed(0,0x10,local_18,0x12); iVar1 = FUN_11bd_195d(local_18,0xef4); if (iVar1 != 0) { FUN_11bd_11ed(0x32,0x10,local_6,4); uVar2 = FUN_11bd_27a4(); *(undefined2 *)0x98 = (int)uVar2; *(undefined2 *)0x9a = (int)((ulong)uVar2 >> 0x10); return 1; } return 0; } void __cdecl16near FUN_11bd_4f83(code *param_1) { int *piVar1; ulong uVar2; int iVar3; int *piVar4; int iVar5; undefined2 unaff_DS; undefined4 local_1c; undefined2 local_18 [4]; undefined1 local_10; undefined1 local_f; int local_e; iVar5 = 0x22; if (*(char *)0xcee == '\x02') { iVar5 = 0x17; } if ((*(char *)0xcee == '\x03') && (*(char *)0xcef == '\0')) { iVar5 = 0x28; } local_f = 0x52; FUN_11bd_2718(&local_10,&local_10,local_18); local_1c = (int *)CONCAT22(local_18[0],(int *)(local_e + iVar5)); iVar5 = 0x28; while( true ) { uVar2 = (ulong)local_1c >> 0x10; piVar4 = (int *)local_1c; piVar1 = (int *)*local_1c; local_1c = (int *)CONCAT22(piVar4[1],piVar1); if (piVar1 == (int *)0xffff) { return; } iVar5 = iVar5 + -1; if (iVar5 == 0) break; iVar3 = (*param_1)(piVar4[1],piVar1); if (iVar3 != 0) { return; } } return; } void __cdecl16near FUN_11bd_4ff2(void) { FUN_11bd_6c74(); FUN_11bd_4f83(0x4df8); return; } undefined2 __cdecl16near FUN_11bd_4ffd(undefined2 param_1,undefined2 param_2) { int extraout_DX; undefined2 unaff_DS; int local_6; int local_4; FUN_11bd_61aa(¶m_1,4); if ((0x10 < extraout_DX) || (0xf < extraout_DX)) { FUN_11bd_1222(param_1,param_2,0xf08,4); FUN_11bd_11ed(param_1,param_2,&local_6,4); if ((local_6 == *(int *)0xf08) && (local_4 == *(int *)0xf0a)) { return 1; } } return 0; } void __cdecl16near FUN_11bd_504e(void) { undefined2 uVar1; uint uVar2; int iVar3; uint uVar4; undefined2 unaff_DS; undefined4 uVar5; undefined2 local_1c [4]; uint local_14; uint local_12; undefined2 local_10; *(undefined2 *)0xa6 = 0; *(undefined2 *)0xa4 = 0; *(undefined2 *)0x9e = 0; *(undefined2 *)0x9c = 0; *(undefined2 *)0x9a = 0; *(undefined2 *)0x98 = 0; *(undefined2 *)0xa0 = 0x98; *(undefined2 *)0xa2 = unaff_DS; if (*(char *)0x2e == '\v') { uVar5 = FUN_11bd_674c(*(undefined2 *)0xeca); *(undefined2 *)0x98 = (int)uVar5; *(undefined2 *)0x9a = (int)((ulong)uVar5 >> 0x10); uVar2 = *(int *)0xecc + *(int *)0xeca; if (uVar2 < *(uint *)0xeca) { uVar2 = 0xff00; } uVar5 = FUN_11bd_674c(uVar2); *(undefined2 *)0x9c = (int)uVar5; *(undefined2 *)0x9e = (int)((ulong)uVar5 >> 0x10); } else if ((*(byte *)0x47 & 1) == 0) { uVar5 = FUN_11bd_674c(*(undefined2 *)0xeca); *(undefined2 *)0x98 = (int)uVar5; *(undefined2 *)0x9a = (int)((ulong)uVar5 >> 0x10); uVar5 = FUN_11bd_674c(*(undefined2 *)0xece); *(undefined2 *)0x9c = (int)uVar5; *(undefined2 *)0x9e = (int)((ulong)uVar5 >> 0x10); iVar3 = FUN_11bd_6c84(); if (iVar3 != 0) { LAB_11bd_50db: uVar1 = *(undefined2 *)0xecc; *(undefined2 *)0xa8 = uVar1; uVar5 = FUN_11bd_674c(uVar1); uVar2 = (uint)uVar5 + *(uint *)0x98; uVar4 = (int)((ulong)uVar5 >> 0x10) + *(int *)0x9a + (uint)CARRY2((uint)uVar5,*(uint *)0x98); goto LAB_11bd_50ee; } } else { local_10 = CONCAT11(0x88,(undefined1)local_10); FUN_11bd_6084(0x15,&local_10,&local_10); *(int *)0xa8 = local_10; iVar3 = FUN_11bd_6c84(); if (iVar3 != 0) goto LAB_11bd_50db; if (0xfbff < *(uint *)0xa8) { *(int *)0xa8 = *(int *)0xa8 + -1; } uVar5 = FUN_11bd_674c(*(undefined2 *)0xa8); local_14 = (uint)uVar5; local_12 = (int)((ulong)uVar5 >> 0x10) + 1; FUN_11bd_4ff2(); if (local_10 != 0) { *(undefined2 *)0xaa4 = 0x1b41; *(undefined2 *)0xaa6 = 0x1bb5; *(undefined2 *)0x98 = 0; *(undefined2 *)0x9a = 1; *(undefined2 *)0x9c = local_14; *(int *)0x9e = local_12; iVar3 = FUN_11bd_4f2a(); if (iVar3 == 0) { local_10 = 0x3519; FUN_11bd_2718(&local_10,&local_10,local_1c); iVar3 = FUN_11bd_4e36(local_1c[0],0); if (iVar3 == 0) { FUN_11bd_4f83(0x4e36); } FUN_11bd_4eb4(); } } } if (*(int *)0xecc == 0) { *(undefined2 *)0x9e = 0; *(undefined2 *)0x9c = 0; return; } uVar2 = FUN_11bd_61e2(); if (*(uint *)0xece < uVar2) { uVar5 = FUN_11bd_674c(*(undefined2 *)0xece); *(undefined2 *)0x9c = (int)uVar5; *(undefined2 *)0x9e = (int)((ulong)uVar5 >> 0x10); } uVar5 = FUN_11bd_674c(*(undefined2 *)0xecc); local_14 = (uint)uVar5 + *(uint *)0x98; local_12 = (int)((ulong)uVar5 >> 0x10) + *(int *)0x9a + (uint)CARRY2((uint)uVar5,*(uint *)0x98); uVar2 = FUN_11bd_61e2(); if (uVar2 < *(uint *)0xeca) { uVar5 = FUN_11bd_674c(*(undefined2 *)0xeca); *(undefined2 *)0x98 = (int)uVar5; *(undefined2 *)0x9a = (int)((ulong)uVar5 >> 0x10); local_1c[0] = *(undefined2 *)0xecc; uVar5 = FUN_11bd_674c(); uVar2 = (uint)uVar5 + *(uint *)0x98; uVar4 = (int)((ulong)uVar5 >> 0x10) + *(int *)0x9a + (uint)CARRY2((uint)uVar5,*(uint *)0x98); if ((uVar4 <= *(uint *)0x9e) && ((uVar4 < *(uint *)0x9e || (uVar2 < *(uint *)0x9c)))) { LAB_11bd_50ee: *(uint *)0x9c = uVar2; *(uint *)0x9e = uVar4; return; } } else if ((local_12 <= *(uint *)0x9e) && ((local_12 < *(uint *)0x9e || (local_14 < *(uint *)0x9c))) ) { uVar5 = FUN_11bd_674c(*(undefined2 *)0xecc); uVar2 = *(uint *)0x9c; iVar3 = *(int *)0x9e; *(int *)0x98 = uVar2 - (uint)uVar5; *(int *)0x9a = (iVar3 - (int)((ulong)uVar5 >> 0x10)) - (uint)(uVar2 < (uint)uVar5); } return; } undefined4 __cdecl16near FUN_11bd_5262(int *param_1) { int iVar1; byte bVar2; undefined2 unaff_DS; undefined4 uVar3; uint local_6; int local_4; if ((*(byte *)0x47 & 2) != 0) { local_4 = 0xf; for (local_6 = 0xa000; (local_4 < 0x10 && ((local_4 < 0xf || (local_6 != 0xffff)))); local_6 = local_6 + 0x400) { iVar1 = FUN_11bd_4ffd(local_6,local_4); if (iVar1 == 0) break; iVar1 = FUN_11bd_4ffd(local_6 + 0x3ff,local_4 + (uint)(0xfc00 < local_6)); if (iVar1 == 0) break; uVar3 = FUN_11bd_27a4(0,0x4000); FUN_11bd_1222(uVar3); local_4 = local_4 + (uint)(0xfbff < local_6); } bVar2 = (char)(local_6 >> 8) + 0x60; *param_1 = (uint)bVar2 << 8; if (bVar2 != 0) { return 0xfa000; } } *(byte *)0x47 = *(byte *)0x47 & 0xfd; return 0; } /* Unable to decompile 'FUN_11bd_52ef' Cause: Exception while decompiling 11bd:52ef: ghidra.program.model.address.AddressOutOfBoundsException: Offset must be between 0x0 and 0x10ffef, got 0xf000ffe0 instead! */ void __cdecl16near FUN_11bd_53e0(void) { uint *puVar1; uint uVar2; undefined2 *puVar3; undefined2 *puVar4; uint uVar5; undefined2 uVar6; int iVar7; undefined2 *puVar8; undefined2 unaff_DS; long lVar9; undefined4 uVar10; undefined2 local_2a; undefined2 local_28; undefined2 local_26; undefined2 *local_24; undefined4 local_1c; undefined4 local_18; uint local_14; int local_12; uint local_8; uint local_6; uint local_4; uVar2 = *(uint *)0x98; uVar5 = *(uint *)0x9a; if ((uVar5 <= *(uint *)0x9e) && (((uVar5 < *(uint *)0x9e || (uVar2 < *(uint *)0x9c)) && (*(char *)0x2e != '\v')))) { local_6 = uVar2; local_4 = uVar5; iVar7 = FUN_11bd_4ffd(uVar2,uVar5); if (iVar7 != 0) { while( true ) { local_1c._0_2_ = local_6 + 0x3ff; local_1c._2_2_ = local_4 + (0xfc00 < local_6); if ((*(uint *)0x9e < local_1c._2_2_) || ((*(uint *)0x9e <= local_1c._2_2_ && (*(uint *)0x9c <= (uint)local_1c)))) break; iVar7 = FUN_11bd_4ffd((uint)local_1c,local_1c._2_2_); if (iVar7 == 0) goto LAB_11bd_546f; local_6 = (uint)local_1c + 1; local_4 = local_1c._2_2_ + (0xfffe < (uint)local_1c); } iVar7 = FUN_11bd_4ffd(*(int *)0x9c + -1,*(int *)0x9e - (uint)(*(int *)0x9c == 0)); if (iVar7 != 0) goto LAB_11bd_547c; } LAB_11bd_546f: *(uint *)0x9c = local_6; *(uint *)0x9e = local_4; } LAB_11bd_547c: *(undefined2 *)0xa6 = 0; *(undefined2 *)0xa4 = 0; local_12 = 0; local_14 = 0; local_1c._2_2_ = 0; local_1c._0_2_ = 0; if ((*(char *)0x2e != '\x03') || (lVar9 = FUN_11bd_52ef(&local_8), lVar9 == 0)) { local_1c = 0; lVar9 = FUN_11bd_5262(&local_8); if (lVar9 == 0) goto LAB_11bd_54f2; } local_1c._2_2_ = (uint)((ulong)lVar9 >> 0x10); local_1c._0_2_ = (uint)lVar9; if ((*(uint *)0x9e <= *(uint *)0x9a) && ((*(uint *)0x9e < *(uint *)0x9a || (*(uint *)0x9c <= *(uint *)0x98)))) { *(undefined2 *)0x98 = (uint)local_1c; *(undefined2 *)0x9a = local_1c._2_2_; *(undefined2 *)0x9c = (int)(lVar9 + (ulong)local_8); *(undefined2 *)0x9e = (int)(lVar9 + (ulong)local_8 >> 0x10); lVar9 = 0; } LAB_11bd_54f2: uVar2 = *(uint *)0x98; uVar5 = *(uint *)0x9a; if ((uVar5 <= *(uint *)0x9e) && ((uVar5 < *(uint *)0x9e || (local_18 = CONCAT22(local_18._2_2_,(uint)local_18), uVar2 < *(uint *)0x9c)))) { local_18._0_2_ = uVar2 + 1; local_18._2_2_ = uVar5 + (0xfffe < uVar2); *(undefined2 *)0x11d4 = 9; local_6 = (uint)local_18; local_4 = local_18._2_2_; local_1c = lVar9; if (*(char *)0x2e == '\v') { iVar7 = FUN_11bd_7a88((uint)local_18,local_18._2_2_); if (iVar7 == 0) { FUN_11bd_22ad(0x1b); } if ((*(byte *)0xa16 & 2) != 0) { FUN_11bd_7a88(*(int *)0x9c + -1,*(int *)0x9e - (uint)(*(int *)0x9c == 0)); uVar6 = *(undefined2 *)0xae; *(undefined2 *)0x9c = *(undefined2 *)0xac; *(undefined2 *)0x9e = uVar6; } } uVar10 = FUN_11bd_27a4(&local_18,0x10); FUN_11bd_1222(uVar10); local_14 = *(uint *)0x9c - (uint)local_18; local_12 = (*(int *)0x9e - local_18._2_2_) - (uint)(*(uint *)0x9c < (uint)local_18); *(uint *)0xa4 = local_14; *(int *)0xa6 = local_12; local_18 = local_1c; uVar10 = FUN_11bd_27a4(&local_18,0x10); FUN_11bd_1222(uVar10); lVar9 = local_1c; if (local_1c != 0) { local_18._2_2_ = 0; local_18._0_2_ = 0; local_14 = local_8; local_12 = 0; puVar1 = (uint *)0xa4; uVar2 = *puVar1; *puVar1 = *puVar1 + local_8; *(int *)0xa6 = *(int *)0xa6 + (uint)CARRY2(uVar2,local_8); uVar10 = FUN_11bd_27a4(&local_18,0x10); FUN_11bd_1222(uVar10); lVar9 = local_1c + CONCAT22(local_12,local_14); *(undefined2 *)0x9c = (int)lVar9; *(undefined2 *)0x9e = (int)((ulong)lVar9 >> 0x10); lVar9 = local_1c; local_18 = CONCAT22(local_18._2_2_,(uint)local_18); } } local_1c = lVar9; if ((*(byte *)0x47 & 0x80) != 0) { *(undefined1 *)0xa16 = 1; local_2a = 0xbfde; local_28 = 4; local_26 = 1; if ((*(int *)0xadc != 0) || (*(char *)0x2e == '\v')) { local_26 = 0; } FUN_11bd_6084(0x15,&local_2a,&local_2a); *(undefined2 *)0xa0 = local_24; *(undefined2 *)0xa2 = local_26; puVar8 = (undefined2 *)0x98; for (iVar7 = 0xc; iVar7 != 0; iVar7 = iVar7 + -1) { puVar4 = local_24; local_24 = local_24 + 1; puVar3 = puVar8; puVar8 = puVar8 + 1; *puVar4 = *puVar3; } } if (*(char *)0x2e != '\v') { uVar10 = FUN_11bd_27a4(); *(undefined2 *)0xaa8 = (int)uVar10; *(undefined2 *)0xaaa = (int)((ulong)uVar10 >> 0x10); } return; } void FUN_11bd_5680(void) { FUN_11bd_504e(); FUN_11bd_53e0(); return; } // WARNING: Removing unreachable block (ram,0x0001727c) void __cdecl16near FUN_11bd_5686(void) { byte bVar1; undefined1 uVar2; int iVar3; code *pcVar4; uint uVar5; int iVar6; undefined2 uVar7; undefined2 unaff_DS; long lVar8; undefined4 uVar9; int local_6; lVar8 = FUN_11bd_674c(*(undefined2 *)0x120e); uVar7 = (undefined2)((ulong)*(undefined4 *)0xa0 >> 0x10); iVar6 = (int)*(undefined4 *)0xa0; uVar5 = *(uint *)(iVar6 + 0xc); if (CONCAT22(*(int *)(iVar6 + 0xe) + (uint)(0xfffe < uVar5),uVar5 + 1) < lVar8) { FUN_11bd_22ad(0x28); } FUN_11bd_199a(); FUN_11bd_016c(); iVar6 = FUN_11bd_11dd(*(undefined2 *)0x97c); iVar3 = FUN_11bd_11dd(iVar6 << 1); if (*(char *)0x981 == '\0') { pcVar4 = (code *)0x38af; } else { pcVar4 = (code *)0x395c; } (*pcVar4)(iVar6 + iVar3); uVar9 = FUN_11bd_27a4(); iVar6 = (int)((ulong)uVar9 >> 0x10); *(undefined2 *)0x98e = (int)uVar9; *(int *)0x990 = iVar6; *(undefined2 *)0x11d4 = 0xb; if (iVar6 == 0 && *(int *)0x98e == 0) { FUN_11bd_22ad(10); } *(undefined2 *)0x11d4 = 10; *(int *)0x910 = iVar3 * 0x10 + -1; uVar9 = FUN_11bd_27a4(); uVar5 = (int)((ulong)uVar9 >> 0x10) + *(int *)0x990 + (uint)CARRY2((uint)uVar9,*(uint *)0x98e); *(int *)0x912 = (uint)uVar9 + *(uint *)0x98e; *(undefined1 *)0x914 = (char)uVar5; *(uint *)0x916 = uVar5 & 0xff00; uVar7 = *(undefined2 *)0x97c; *(undefined2 *)0x938 = uVar7; *(undefined2 *)0x928 = uVar7; uVar7 = *(undefined2 *)0x98e; *(undefined2 *)0x93a = uVar7; *(undefined2 *)0x92a = uVar7; uVar2 = *(undefined1 *)0x990; *(undefined1 *)0x93c = uVar2; *(undefined1 *)0x92c = uVar2; bVar1 = *(byte *)0x991; *(int *)0x93e = (uint)bVar1 << 8; *(int *)0x92e = (uint)bVar1 << 8; *(undefined1 *)0x915 = 0x92; *(undefined1 *)0x93d = 0x92; FUN_11bd_6701(0x78,0,*(undefined2 *)0x97c); FUN_11bd_1222(*(undefined2 *)0x98e,*(undefined2 *)0x990,0x8c0,*(int *)0x8c8 + 1); FUN_11bd_1cfb(5,*(undefined2 *)0xcec,0xff); FUN_11bd_1cfb(6,*(undefined2 *)0x9b8,0x7fff); FUN_11bd_1222(*(uint *)0x98e + 8,*(int *)0x990 + (uint)(0xfff7 < *(uint *)0x98e),0x938,8); *(undefined2 *)0x8c8 = *(undefined2 *)0x938; *(undefined2 *)0x8ca = *(undefined2 *)0x93a; *(undefined2 *)0x8cc = *(undefined2 *)0x93c; *(undefined2 *)0x8ce = *(undefined2 *)0x93e; uVar7 = *(undefined2 *)0x990; *(undefined2 *)0x976 = *(undefined2 *)0x98e; *(undefined2 *)0x978 = uVar7; *(undefined2 *)0x974 = *(undefined2 *)0x97c; FUN_11bd_6701(0x50,0,iVar3 * 0x10); FUN_11bd_2fc7(); local_6 = 0x1c; iVar6 = FUN_11bd_3bcc(0x1c); *(int *)0xf54 = iVar6; if (iVar6 == 0) { FUN_11bd_22ad(0xb); } iVar6 = (*(int *)0xf54 + 8) * 8; *(int *)0xa9c = iVar6; *(int *)0xc14 = iVar6 + 8; while (local_6 = local_6 + -1, -1 < local_6) { FUN_11bd_1cfb(local_6 + *(int *)0xf54,0xe000,0xffff); } *(int *)0xf54 = *(int *)0xf54 << 3; if ('\x02' < *(char *)0x2f) { local_6 = 3; iVar6 = FUN_11bd_3bcc(3); *(int *)0xa87 = iVar6; if (iVar6 != 0) { while (local_6 = local_6 + -1, -1 < local_6) { FUN_11bd_1cfb(local_6 + *(int *)0xa87,0xd000,0xffff); } *(int *)0xa87 = *(int *)0xa87 << 3; } } FUN_11bd_7670(); if ((((*(byte *)0x47 & 0x80) != 0) && (*(int *)0xac == *(int *)0x98)) && (*(int *)0xae == *(int *)0x9a)) { FUN_11bd_53e0(); } if (*(char *)0x2e == '\v') { iVar6 = FUN_11bd_3bcc(3); if (iVar6 == 0) { FUN_11bd_22ad(0xc); } uVar5 = iVar6 * 8; *(uint *)0xd70 = uVar5; FUN_11bd_1222(uVar5 + *(uint *)0x98e,*(int *)0x990 + (uint)CARRY2(uVar5,*(uint *)0x98e),0x940, 0x18); } return; } // WARNING: Removing unreachable block (ram,0x00017548) // WARNING: Removing unreachable block (ram,0x00017550) void __cdecl16near FUN_11bd_58e6(void) { uint uVar1; undefined2 unaff_DS; undefined2 local_10; undefined2 local_e; undefined2 local_c; undefined2 local_a; if (0 < *(int *)0xa12) { return; } if ((*(byte *)0x47 & 0x80) == 0) { uVar1 = FUN_11bd_1f24(); FUN_11bd_198a(uVar1); // WARNING: Subroutine does not return thunk_FUN_11bd_1e86(uVar1 >> 4,0); } *(undefined2 *)0xaa = *(undefined2 *)0xdf4; local_10 = 0xbfde; local_e = 2; local_c = 0; local_a = 0; FUN_11bd_6084(0x15,&local_10,&local_10); return; } void __cdecl16near FUN_11bd_5992(void) { int iVar1; undefined2 unaff_DS; undefined4 uVar2; int local_10c; int local_10a; undefined2 local_108; char local_106; char local_105; undefined2 local_104; undefined1 local_102 [256]; local_10a = *(int *)0xe70; if ('\0' < *(char *)0xf21) { return; } if (*(char *)0xcee < '\x03') { return; } local_108 = FUN_11bd_68ec(); iVar1 = FUN_11bd_2d95(); *(int *)0xe70 = iVar1; if ((iVar1 < 0) && (iVar1 = FUN_11bd_4665(0xf14,local_102), iVar1 != 0)) { FUN_11bd_5fb8(local_102); } if (*(int *)0xe70 < 0) { *(int *)0xe70 = local_10a; FUN_11bd_5ff7(); local_10a = -1; FUN_11bd_5fb8(0x1190); FUN_11bd_5fe2(&local_106,0x1c); uVar2 = FUN_11bd_5b09(&local_106); FUN_11bd_5fca(uVar2); local_106 = '\0'; FUN_11bd_5fe2(&local_106,6); if ((local_106 != 'M') || (local_105 != 'F')) { local_10a = *(int *)0xe70; *(undefined2 *)0xe70 = 0xffff; } } if (*(int *)0xe70 < 0) { FUN_11bd_25ee(local_102,0x1190); FUN_11bd_18a4(0xf1c); FUN_11bd_5fb8(0x1190); FUN_11bd_25ee(0x1190,local_102); } if (-1 < *(int *)0xe70) { *(int *)0x1188 = (int)&local_106; local_104 = 0; local_10c = 0; FUN_11bd_5fe2(&local_10c,1); if (local_10c == 0x4d) { FUN_11bd_5dd2(); } else { iVar1 = FUN_11bd_5bdb(local_108); if (iVar1 == 0) goto LAB_11bd_5ac1; FUN_11bd_5c8b(); } *(undefined1 *)0xf21 = 1; } LAB_11bd_5ac1: if (-1 < local_10a) { FUN_11bd_5ff7(); *(int *)0xe70 = local_10a; } return; } int __cdecl16near FUN_11bd_5ad6(void) { uint *puVar1; uint uVar2; undefined2 unaff_DS; puVar1 = (uint *)*(undefined2 *)0x1188; *puVar1 = *puVar1 + 1; if (puVar1[1] <= *puVar1) { uVar2 = FUN_11bd_5fe2(puVar1 + 2,0x100); puVar1[1] = uVar2; if ((int)uVar2 < 1) { return -1; } *puVar1 = 0; } return (int)*(char *)((int)puVar1 + *puVar1 + 4); } long __cdecl16near FUN_11bd_5b09(char *param_1) { undefined2 unaff_DS; long lVar1; int local_8; lVar1 = FUN_11bd_27a4(); local_8 = 0; if (*(int *)(param_1 + 2) != 0) { if (*param_1 == 'M') { local_8 = 0x200; } lVar1 = lVar1 + (*(int *)(param_1 + 2) - local_8); } return lVar1; } int __cdecl16near FUN_11bd_5b51(void) { int iVar1; int local_4; local_4 = 0; do { iVar1 = FUN_11bd_5ad6(); if (iVar1 == 10) { return -2; } if (iVar1 == 0x2a) { return -3; } if (iVar1 == 0x40) { return -4; } } while (9 < iVar1 - 0x30U); do { local_4 = local_4 * 10 + iVar1 + -0x30; iVar1 = FUN_11bd_5ad6(); } while (iVar1 - 0x30U < 10); return local_4; } undefined2 __cdecl16near FUN_11bd_5bab(char *param_1) { char *pcVar1; int iVar2; undefined2 unaff_DS; do { if (*param_1 == '\0') { return 1; } iVar2 = FUN_11bd_5ad6(); pcVar1 = param_1; param_1 = param_1 + 1; } while (iVar2 == *pcVar1); return 0; } undefined2 __cdecl16near FUN_11bd_5bdb(int param_1) { char cVar1; int iVar2; char *pcVar3; undefined2 unaff_DS; char local_44 [66]; LAB_11bd_5be3: do { do { while( true ) { iVar2 = FUN_11bd_5ad6(); if (iVar2 == -1) { return 0; } if (iVar2 != 0x3b) break; LAB_11bd_5c72: while (iVar2 = FUN_11bd_5ad6(), iVar2 != 10) { if (iVar2 < 0) { return 0; } } } if (iVar2 == 0x45) { iVar2 = FUN_11bd_5ad6(); } } while ((iVar2 != 0x52) || (iVar2 = FUN_11bd_5bab(0xf24), iVar2 == 0)); while( true ) { iVar2 = FUN_11bd_5b51(); if ((iVar2 == param_1) || (iVar2 == -3)) { return 1; } if (iVar2 == -1) { return 0; } if (iVar2 == 0x3b) goto LAB_11bd_5c72; if (iVar2 == -4) break; if (iVar2 == -2) goto LAB_11bd_5be3; } pcVar3 = local_44; while( true ) { cVar1 = FUN_11bd_5ad6(); *pcVar3 = cVar1; if (cVar1 < '!') break; pcVar3 = pcVar3 + 1; } FUN_11bd_5ff7(); *(undefined2 *)(*(int *)0x1188 + 2) = 0; *pcVar3 = '\0'; FUN_11bd_5fb8(local_44); if (*(int *)0xe70 < 0) { return 0; } } while( true ); } void __cdecl16near FUN_11bd_5c8b(void) { bool bVar1; uint uVar2; uint uVar3; int iVar4; uint *puVar5; uint *puVar6; undefined2 unaff_DS; bVar1 = false; puVar5 = (uint *)0x15e8; LAB_11bd_5c99: do { while( true ) { uVar2 = FUN_11bd_5ad6(); if (uVar2 == 0xffff) goto LAB_11bd_5d18; if ((uVar2 != 0x22) && (uVar2 != 0x27)) break; if (!bVar1) { puVar5 = (uint *)((int)puVar5 + -1); } while (puVar6 = puVar5, uVar3 = FUN_11bd_5ad6(), uVar3 != uVar2) { *puVar6 = uVar3 & 0xff; puVar5 = (uint *)((int)puVar6 + 1); if (((uint *)(*(int *)0xce6 + -0x10) < puVar5) && (iVar4 = FUN_1000_0b12(0x200), iVar4 == 0) ) { puVar5 = puVar6 + 1; goto LAB_11bd_5d18; } } LAB_11bd_5d3e: bVar1 = false; puVar5 = (uint *)((int)puVar6 + 1); } if (uVar2 == 0x3b) { while (iVar4 = FUN_11bd_5ad6(), iVar4 != 10) { if (iVar4 < 0) { return; } } goto LAB_11bd_5c99; } if (uVar2 == 0x43) { iVar4 = FUN_11bd_5bab(0xf30); if (iVar4 != 0) { if (!bVar1) { puVar5 = (uint *)((int)puVar5 + -1); } *(undefined1 *)puVar5 = 0xd; *(undefined1 *)((int)puVar5 + 1) = 10; puVar6 = puVar5 + 1; *(undefined1 *)puVar6 = 0; goto LAB_11bd_5d3e; } } else if (uVar2 == 0x45) { iVar4 = FUN_11bd_5bab(0xf38); if (iVar4 != 0) { LAB_11bd_5d18: *puVar5 = 0xffff; *(undefined2 *)0xf22 = puVar5 + 1; *(uint *)0xcde = (uint)(puVar5 + 1) & 0xfffe; return; } } else if ((uVar2 == 0x4d) && (iVar4 = FUN_11bd_5bab(0xf29), iVar4 != 0)) { if (bVar1) { *(undefined1 *)puVar5 = 0; puVar5 = (uint *)((int)puVar5 + 1); } uVar2 = FUN_11bd_5b51(); *puVar5 = uVar2; puVar5 = puVar5 + 1; bVar1 = true; } } while( true ); } int __cdecl16near FUN_11bd_5d79(uint param_1,uint param_2) { undefined2 local_10; uint local_e; int local_4; local_e = param_2; do { local_10 = CONCAT11(0x48,(undefined1)local_10); FUN_11bd_26d0(&local_10,&local_10); if (local_4 == 0) { return local_10; } } while ((local_10 == 8) && (param_1 <= local_e)); return 0; } void __cdecl16near FUN_11bd_5db2(undefined2 param_1) { undefined2 local_18 [4]; undefined1 local_10; undefined1 local_f; local_f = 0x49; local_18[0] = param_1; FUN_11bd_2718(&local_10,&local_10,local_18); return; } void __cdecl16near FUN_11bd_5dd2(void) { int *piVar1; int *piVar2; int *piVar3; undefined2 *puVar4; undefined2 *puVar5; undefined1 *puVar6; int iVar7; int iVar8; int iVar9; undefined2 *puVar10; undefined2 *puVar11; undefined2 uVar12; undefined2 unaff_DS; int *local_24; int *local_22; int local_20; int local_1c; uint local_1a; int local_18; undefined1 local_16; undefined1 local_15; int local_10; undefined4 local_8; int local_4; puVar6 = (undefined1 *)*(undefined2 *)0x1188; *puVar6 = 0x4d; iVar7 = FUN_11bd_5fe2(puVar6 + 1,0x1b); if (-1 < iVar7) { local_1c = *(int *)(puVar6 + 8); iVar7 = FUN_11bd_5d79(local_1c,local_1c); if (iVar7 != 0) { local_1c = local_1c * 0x10; iVar8 = local_1c + -0x1c; iVar9 = FUN_11bd_6003(0,iVar7,iVar8); if (iVar8 <= iVar9) { local_20 = *(int *)(puVar6 + 4); local_4 = FUN_11bd_5d79(local_20 * 0x20 + *(int *)(puVar6 + 10) + 0x10, *(undefined2 *)(puVar6 + 0xc)); if (local_4 != 0) { local_20 = local_20 * 0x200; if (*(int *)(puVar6 + 2) != 0) { local_20 = local_20 + *(int *)(puVar6 + 2) + -0x200; } local_20 = local_20 - local_1c; local_18 = local_4 + 0x10; local_1a = 0; iVar8 = FUN_11bd_6003(0,local_18,local_20); if (local_20 <= iVar8) { local_15 = 0x26; local_10 = local_4; FUN_11bd_26d0(&local_16,&local_16); *(undefined2 *)0x2 = *(undefined2 *)0x3; puVar10 = (undefined2 *)0x18; uVar12 = *(undefined2 *)0xcec; puVar11 = (undefined2 *)0x18; for (iVar8 = 10; iVar8 != 0; iVar8 = iVar8 + -1) { puVar5 = puVar10; puVar10 = puVar10 + 1; puVar4 = puVar11; puVar11 = puVar11 + 1; *puVar5 = *puVar4; } local_8 = (uint *)CONCAT22(iVar7,(uint *)(*(int *)(puVar6 + 0x18) + -0x1c)); local_1c = *(int *)(puVar6 + 6); while (local_1c = local_1c + -1, -1 < local_1c) { uVar12 = (undefined2)((ulong)local_8 >> 0x10); piVar1 = (int *)(*local_8 + local_1a); *piVar1 = *piVar1 + local_18; local_8 = (uint *)CONCAT22(uVar12,(uint *)local_8 + 2); } local_22 = (int *)0x15e8; local_24 = (int *)(puVar6 + 0x68); while( true ) { piVar3 = local_24 + 1; *local_24 = *local_22; local_22 = local_22 + 1; if (*local_24 == -1) break; do { piVar2 = (int *)((int)local_22 + 1); piVar1 = local_22; local_24 = piVar3; local_22 = piVar2; } while ((char)*piVar1 != '\0'); } iVar8 = local_4; local_8._0_2_ = FUN_11bd_6907(puVar6,puVar6 + 0x68,&local_1c); local_8._2_2_ = iVar8; FUN_11bd_5db2(iVar7); FUN_11bd_5db2(local_4); if (local_8._2_2_ != 0) { iVar7 = FUN_1000_0b12(local_1c); if (iVar7 != 0) { FUN_11bd_6102(local_8._2_2_,(undefined2)local_8,*(undefined2 *)0x9b4,0x15e8,local_1c ); *(int *)0xf22 = local_1c + 0x15e8; *(uint *)0xcde = local_1c + 0x15e9U & 0xfffe; } FUN_11bd_5db2(local_8._2_2_); } } } } } } return; } void FUN_11bd_5fac(void) { code *in_stack_00000000; // WARNING: Could not recover jumptable at 0x00017b81. Too many branches // WARNING: Treating indirect jump as call (*in_stack_00000000)(); return; } void FUN_11bd_5fb3(void) { code *in_stack_00000000; // WARNING: Could not recover jumptable at 0x00017b86. Too many branches // WARNING: Treating indirect jump as call (*in_stack_00000000)(); return; } void __cdecl16near FUN_11bd_5fb8(void) { code *pcVar1; uint uVar2; undefined2 unaff_DS; byte in_CF; pcVar1 = (code *)swi(0x21); uVar2 = (*pcVar1)(); *(uint *)0xe70 = uVar2 | -(uint)in_CF; return; } undefined4 __cdecl16near FUN_11bd_5fca(void) { code *pcVar1; byte in_CF; undefined4 uVar2; pcVar1 = (code *)swi(0x21); uVar2 = (*pcVar1)(); return CONCAT22((uint)((ulong)uVar2 >> 0x10) | -(uint)in_CF,(uint)uVar2 | -(uint)in_CF); } uint __cdecl16near FUN_11bd_5fe2(void) { code *pcVar1; uint uVar2; byte in_CF; pcVar1 = (code *)swi(0x21); uVar2 = (*pcVar1)(); return uVar2 | -(uint)in_CF; } void __cdecl16near FUN_11bd_5ff7(void) { code *pcVar1; undefined2 unaff_DS; LOCK(); *(undefined2 *)0xe70 = 0xffff; UNLOCK(); pcVar1 = (code *)swi(0x21); (*pcVar1)(); return; } uint __cdecl16near FUN_11bd_6003(void) { code *pcVar1; uint uVar2; byte in_CF; pcVar1 = (code *)swi(0x21); uVar2 = (*pcVar1)(); return uVar2 | -(uint)in_CF; } // WARNING: Unable to track spacebase fully for stack void FUN_11bd_601d(undefined2 param_1) { int iVar1; undefined2 unaff_SS; undefined2 unaff_DS; undefined2 in_stack_00000000; iVar1 = *(int *)0xf50; *(undefined2 *)(iVar1 + -2) = param_1; *(undefined2 *)(iVar1 + -4) = in_stack_00000000; FUN_11bd_22ad(); return; } int __cdecl16near FUN_11bd_6028(byte *param_1,char *param_2) { byte *pbVar1; char *pcVar2; byte *pbVar3; int iVar4; uint uVar5; char *pcVar6; byte *pbVar7; undefined2 unaff_DS; bool bVar8; bool bVar9; iVar4 = 0; uVar5 = 0xffff; do { if (uVar5 == 0) break; uVar5 = uVar5 - 1; pcVar2 = param_2; param_2 = param_2 + 1; } while (*pcVar2 != '\0'); pcVar6 = (char *)~uVar5; bVar8 = param_2 < pcVar6; pbVar7 = (byte *)(param_2 + -(int)pcVar6); bVar9 = pbVar7 == (byte *)0x0; do { if (pcVar6 == (char *)0x0) break; pcVar6 = pcVar6 + -1; pbVar3 = pbVar7; pbVar7 = pbVar7 + 1; pbVar1 = param_1; param_1 = param_1 + 1; bVar8 = *pbVar1 < *pbVar3; bVar9 = *pbVar1 == *pbVar3; } while (bVar9); if (!bVar9) { iVar4 = (1 - (uint)bVar8) - (uint)(bVar8 != 0); } return iVar4; } char * __cdecl16near FUN_11bd_6054(char *param_1,char *param_2,int param_3) { char *pcVar1; char *pcVar2; char *pcVar3; undefined2 unaff_DS; pcVar3 = param_1; if (param_3 != 0) { do { pcVar1 = param_2; param_2 = param_2 + 1; if (*pcVar1 == '\0') break; pcVar2 = pcVar3; pcVar3 = pcVar3 + 1; *pcVar2 = *pcVar1; param_3 = param_3 + -1; } while (param_3 != 0); for (; param_3 != 0; param_3 = param_3 + -1) { pcVar1 = pcVar3; pcVar3 = pcVar3 + 1; *pcVar1 = '\0'; } } return param_1; } undefined4 __cdecl16near thunk_FUN_11bd_61ee(byte *param_1) { byte *pbVar1; byte bVar2; uint uVar3; byte bVar4; int iVar5; uint uVar6; int iVar7; uint uVar8; uint uVar9; undefined2 unaff_DS; bool bVar10; iVar5 = 0; iVar7 = 0; do { do { pbVar1 = param_1; param_1 = param_1 + 1; bVar2 = *pbVar1; } while (bVar2 == 0x20); } while (bVar2 == 9); if ((bVar2 != 0x2d) && (bVar4 = bVar2, bVar2 != 0x2b)) goto LAB_11bd_620e; while( true ) { pbVar1 = param_1; param_1 = param_1 + 1; bVar4 = *pbVar1; LAB_11bd_620e: if ((0x39 < bVar4) || (bVar4 < 0x30)) break; uVar8 = iVar7 * 2; uVar6 = iVar5 << 1 | (uint)(iVar7 < 0); iVar5 = iVar7 << 2; uVar9 = iVar7 * 8; uVar3 = iVar7 * 10; iVar7 = uVar3 + (byte)(bVar4 - 0x30); iVar5 = ((uVar6 << 1 | (uint)((int)uVar8 < 0)) << 1 | (uint)(iVar5 < 0)) + uVar6 + (uint)CARRY2(uVar9,uVar8) + (uint)CARRY2(uVar3,(uint)(byte)(bVar4 - 0x30)); } if (bVar2 == 0x2d) { bVar10 = iVar7 != 0; iVar7 = -iVar7; iVar5 = -(iVar5 + (uint)bVar10); } return CONCAT22(iVar5,iVar7); } undefined4 __cdecl16near thunk_FUN_11bd_61ee(byte *param_1) { byte *pbVar1; byte bVar2; uint uVar3; byte bVar4; int iVar5; uint uVar6; int iVar7; uint uVar8; uint uVar9; undefined2 unaff_DS; bool bVar10; iVar5 = 0; iVar7 = 0; do { do { pbVar1 = param_1; param_1 = param_1 + 1; bVar2 = *pbVar1; } while (bVar2 == 0x20); } while (bVar2 == 9); if ((bVar2 != 0x2d) && (bVar4 = bVar2, bVar2 != 0x2b)) goto LAB_11bd_620e; while( true ) { pbVar1 = param_1; param_1 = param_1 + 1; bVar4 = *pbVar1; LAB_11bd_620e: if ((0x39 < bVar4) || (bVar4 < 0x30)) break; uVar8 = iVar7 * 2; uVar6 = iVar5 << 1 | (uint)(iVar7 < 0); iVar5 = iVar7 << 2; uVar9 = iVar7 * 8; uVar3 = iVar7 * 10; iVar7 = uVar3 + (byte)(bVar4 - 0x30); iVar5 = ((uVar6 << 1 | (uint)((int)uVar8 < 0)) << 1 | (uint)(iVar5 < 0)) + uVar6 + (uint)CARRY2(uVar9,uVar8) + (uint)CARRY2(uVar3,(uint)(byte)(bVar4 - 0x30)); } if (bVar2 == 0x2d) { bVar10 = iVar7 != 0; iVar7 = -iVar7; iVar5 = -(iVar5 + (uint)bVar10); } return CONCAT22(iVar5,iVar7); } undefined2 __cdecl16near FUN_11bd_6084(byte param_1,int param_2,undefined2 *param_3) { undefined2 uVar1; undefined2 uVar2; undefined2 uVar3; undefined2 uVar4; undefined2 uVar5; undefined2 unaff_DS; bool bVar6; undefined4 uVar7; undefined1 local_c; byte local_b; undefined1 local_a; undefined1 local_9; undefined1 local_8; local_c = (code)0xcd; local_b = param_1; bVar6 = param_1 < 0x25; if ((param_1 == 0x25) || (bVar6 = param_1 < 0x26, param_1 == 0x26)) { local_8 = 0xcb; local_9 = 0x44; local_a = 0x44; } else { local_a = 0xcb; } uVar5 = *(undefined2 *)(param_2 + 2); uVar4 = *(undefined2 *)(param_2 + 4); uVar1 = *(undefined2 *)(param_2 + 8); uVar2 = *(undefined2 *)(param_2 + 10); uVar7 = (*(code *)&local_c)(0x11bd); uVar3 = (undefined2)uVar7; *param_3 = uVar3; param_3[1] = uVar5; param_3[2] = uVar4; param_3[3] = (int)((ulong)uVar7 >> 0x10); param_3[4] = uVar1; param_3[5] = uVar2; if (bVar6) { FUN_11bd_27de(); uVar3 = *param_3; } param_3[6] = (uint)bVar6; return uVar3; } void __cdecl16near FUN_11bd_6102(undefined2 param_1,undefined1 *param_2,undefined2 param_3,undefined1 *param_4, int param_5) { undefined1 *puVar1; undefined1 *puVar2; for (; param_5 != 0; param_5 = param_5 + -1) { puVar2 = param_4; param_4 = param_4 + 1; puVar1 = param_2; param_2 = param_2 + 1; *puVar2 = *puVar1; } return; } char * __cdecl16near FUN_11bd_6120(char *param_1,char param_2) { char *pcVar1; int iVar2; char *pcVar3; undefined2 unaff_DS; iVar2 = -1; pcVar3 = param_1; do { if (iVar2 == 0) break; iVar2 = iVar2 + -1; pcVar1 = pcVar3; pcVar3 = pcVar3 + 1; } while (*pcVar1 != '\0'); iVar2 = -(iVar2 + 1); do { if (iVar2 == 0) break; iVar2 = iVar2 + -1; pcVar1 = param_1; param_1 = param_1 + 1; } while (param_2 != *pcVar1); param_1 = param_1 + -1; if (*param_1 != param_2) { param_1 = (char *)0x0; } return param_1; } char * __cdecl16near FUN_11bd_614a(char *param_1,char *param_2) { char *pcVar1; uint uVar2; uint uVar3; int iVar4; char *pcVar5; char *pcVar6; undefined2 unaff_DS; bool bVar7; uVar2 = 0xffff; pcVar5 = param_2; do { if (uVar2 == 0) break; uVar2 = uVar2 - 1; pcVar1 = pcVar5; pcVar5 = pcVar5 + 1; } while (*pcVar1 != '\0'); if (~uVar2 != 1) { uVar2 = ~uVar2 - 2; uVar3 = 0xffff; pcVar5 = param_1; do { if (uVar3 == 0) break; uVar3 = uVar3 - 1; pcVar1 = pcVar5; pcVar5 = pcVar5 + 1; } while (*pcVar1 != '\0'); iVar4 = (~uVar3 - 1) - uVar2; bVar7 = iVar4 == 0; if (~uVar3 - 1 < uVar2 || bVar7) { LAB_11bd_61a2: param_1 = (char *)0x0; } else { do { do { if (iVar4 == 0) break; iVar4 = iVar4 + -1; pcVar1 = param_1; param_1 = param_1 + 1; bVar7 = *param_2 == *pcVar1; } while (!bVar7); if (!bVar7) goto LAB_11bd_61a2; uVar3 = uVar2; pcVar6 = param_1; pcVar5 = param_2; if (uVar2 == 0) break; do { pcVar5 = pcVar5 + 1; if (uVar3 == 0) break; uVar3 = uVar3 - 1; pcVar1 = pcVar6; pcVar6 = pcVar6 + 1; bVar7 = *pcVar5 == *pcVar1; } while (bVar7); } while (!bVar7); param_1 = param_1 + -1; } } return param_1; } void FUN_11bd_61aa(undefined2 *param_1) { undefined2 unaff_DS; undefined4 uVar1; uVar1 = FUN_11bd_27a4(); *param_1 = (int)uVar1; param_1[1] = (int)((ulong)uVar1 >> 0x10); return; } void FUN_11bd_61c6(undefined2 *param_1) { undefined2 unaff_DS; undefined4 uVar1; uVar1 = FUN_11bd_27b0(); *param_1 = (int)uVar1; param_1[1] = (int)((ulong)uVar1 >> 0x10); return; } void __cdecl16near FUN_11bd_61e2(void) { uint in_CX; uint uVar1; for (uVar1 = in_CX & 0xff; uVar1 != 0; uVar1 = uVar1 - 1) { } return; } undefined4 __cdecl16near FUN_11bd_61ee(byte *param_1) { byte *pbVar1; byte bVar2; uint uVar3; byte bVar4; int iVar5; uint uVar6; int iVar7; uint uVar8; uint uVar9; undefined2 unaff_DS; bool bVar10; iVar5 = 0; iVar7 = 0; do { do { pbVar1 = param_1; param_1 = param_1 + 1; bVar2 = *pbVar1; } while (bVar2 == 0x20); } while (bVar2 == 9); if ((bVar2 != 0x2d) && (bVar4 = bVar2, bVar2 != 0x2b)) goto LAB_11bd_620e; while( true ) { pbVar1 = param_1; param_1 = param_1 + 1; bVar4 = *pbVar1; LAB_11bd_620e: if ((0x39 < bVar4) || (bVar4 < 0x30)) break; uVar8 = iVar7 * 2; uVar6 = iVar5 << 1 | (uint)(iVar7 < 0); iVar5 = iVar7 << 2; uVar9 = iVar7 * 8; uVar3 = iVar7 * 10; iVar7 = uVar3 + (byte)(bVar4 - 0x30); iVar5 = ((uVar6 << 1 | (uint)((int)uVar8 < 0)) << 1 | (uint)(iVar5 < 0)) + uVar6 + (uint)CARRY2(uVar9,uVar8) + (uint)CARRY2(uVar3,(uint)(byte)(bVar4 - 0x30)); } if (bVar2 == 0x2d) { bVar10 = iVar7 != 0; iVar7 = -iVar7; iVar5 = -(iVar5 + (uint)bVar10); } return CONCAT22(iVar5,iVar7); } void __cdecl16near FUN_11bd_6250(int param_1) { undefined2 unaff_DS; *(int *)0x9ba = param_1; // WARNING: Read-only address (ram,0x0001031f) is written if ((2 < *(byte *)0x2f) && (uRam0001031f = 0x66, *(char *)0x2e == '\x02')) { param_1 = 0x2824; } *(undefined2 *)0x9bc = *(undefined2 *)(param_1 + -4); *(undefined2 *)0x9be = *(undefined2 *)(param_1 + -2); return; } // WARNING: Stack frame is not setup normally: Input value of stackpointer is not used undefined2 FUN_11bd_627f(void) { uint uVar1; uint uVar2; uint uVar3; uint uVar4; uint *puVar5; undefined2 uVar6; undefined1 in_CL; undefined2 uVar7; undefined2 uVar8; uint *puVar9; undefined1 *puVar10; undefined2 *puVar12; undefined1 *puVar13; undefined2 unaff_BP; undefined2 unaff_SI; uint *puVar14; undefined2 unaff_DI; undefined2 unaff_SS; undefined2 unaff_DS; byte in_AF; byte in_TF; byte in_IF; bool bVar15; byte in_NT; uint uVar16; undefined2 in_CR0; undefined4 uVar17; undefined2 *puVar11; puVar10 = (undefined1 *)*(int *)0xcdc; *(undefined2 *)0xf88 = in_CR0; *(undefined2 *)(puVar10 + -2) = 0x7e5b; FUN_11bd_3844(); *(undefined2 *)(puVar10 + -2) = 0x7e5e; FUN_11bd_0c0d(); *(undefined1 *)0x35 = in_CL; *(undefined1 *)0x37 = in_CL; *(undefined2 *)(puVar10 + -2) = 0x7e69; FUN_11bd_2fa3(); if (*(char *)0x2e != '\0') { *(undefined2 *)(puVar10 + -2) = 0x7e73; FUN_11bd_199a(); if (*(char *)0x2e == '\n') { puVar11 = (undefined2 *)(puVar10 + -2); puVar10 = puVar10 + -2; *puVar11 = 0x7e7d; FUN_11bd_64b7(); } if (*(char *)0x2e == '\t') { puVar12 = (undefined2 *)(puVar10 + -2); puVar10 = puVar10 + -2; *puVar12 = 0x7e87; FUN_11bd_641d(); } *(undefined2 *)(puVar10 + -2) = 0x7e8a; FUN_11bd_016c(); *(undefined2 *)(puVar10 + -2) = 0x7e8d; FUN_11bd_65a6(); *(undefined2 *)0xac2 = 0x32; } *(undefined2 *)(puVar10 + -2) = 0xf8a; *(undefined2 *)(puVar10 + -4) = 0x7e99; FUN_11bd_1280(); uVar7 = *(undefined2 *)(puVar10 + -2); uVar6 = *(undefined2 *)0xcec; uVar8 = 10; *(undefined2 *)0x10c2 = *(undefined2 *)0xa; *(undefined2 *)0x10c4 = *(undefined2 *)&DAT_0000_000c; *(undefined1 **)0xf50 = puVar10; if (*(char *)0x2e != '\0') { *(undefined2 *)0xa = 0x10; *(undefined2 *)&DAT_0000_000c = 0x11bd; uVar6 = FUN_11bd_0251(); return uVar6; } puVar13 = puVar10 + -2; *(undefined2 *)(puVar10 + -2) = 0x7ec8; uVar17 = FUN_11bd_7290(); *(int *)(puVar13 + -2) = (int)uVar17; *(undefined2 *)(puVar13 + -4) = uVar7; *(int *)(puVar13 + -6) = (int)((ulong)uVar17 >> 0x10); *(undefined2 *)(puVar13 + -8) = uVar8; *(undefined1 **)(puVar13 + -10) = puVar13; *(undefined2 *)(puVar13 + -0xc) = unaff_BP; *(undefined2 *)(puVar13 + -0xe) = unaff_SI; *(undefined2 *)(puVar13 + -0x10) = unaff_DI; *(undefined2 *)(puVar13 + -0x12) = unaff_DS; bVar15 = true; puVar5 = (uint *)0x2f6; do { puVar9 = puVar5; puVar14 = puVar9 + (uint)bVar15 * -2 + 1; uVar2 = *puVar9; uVar1 = (uint)bVar15; uVar3 = *puVar14; while (puVar5 = puVar14 + uVar1 * -2 + 1, puVar9 < (uint *)0x2fa) { uVar16 = puVar9[1]; uVar4 = uVar16 - uVar3; *(uint *)(puVar13 + -0x14) = (uint)(in_NT & 1) * 0x4000 | (uint)SBORROW2(uVar16,uVar3) * 0x800 | (uint)bVar15 * 0x400 | (uint)(in_IF & 1) * 0x200 | (uint)(in_TF & 1) * 0x100 | (uint)((int)uVar4 < 0) * 0x80 | (uint)(uVar4 == 0) * 0x40 | (uint)(in_AF & 1) * 0x10 | (uint)((POPCOUNT(uVar4 & 0xff) & 1U) == 0) * 4 | (uint)(uVar16 < uVar3); puVar9 = puVar9 + 2; uVar16 = *(uint *)(puVar13 + -0x14); in_NT = (uVar16 & 0x4000) != 0; bVar15 = (uVar16 & 0x400) != 0; in_IF = (uVar16 & 0x200) != 0; in_TF = (uVar16 & 0x100) != 0; in_AF = (uVar16 & 0x10) != 0; if (((uVar16 & 0x40) != 0) && (*puVar9 == uVar2)) { uVar6 = *(undefined2 *)(puVar13 + -0x12); *(uint *)0x56 = uVar3; *(uint *)0x58 = uVar2; return *(undefined2 *)(puVar13 + -2); } } } while( true ); } undefined4 __cdecl16near FUN_11bd_62f8(void) { uint uVar1; int iVar2; int iVar3; undefined2 in_AX; undefined2 in_DX; int *piVar4; int *piVar5; int *piVar6; undefined2 unaff_DS; bool bVar7; bVar7 = true; piVar5 = (int *)0x2f6; do { piVar4 = piVar5; piVar6 = piVar4 + (uint)bVar7 * -2 + 1; iVar2 = *piVar4; uVar1 = (uint)bVar7; iVar3 = *piVar6; while (piVar5 = piVar6 + uVar1 * -2 + 1, piVar4 < (int *)0x2fa) { piVar5 = piVar4 + 1; piVar4 = piVar4 + 2; bVar7 = bVar7 != false; if ((*piVar5 == iVar3) && (*piVar4 == iVar2)) { *(int *)0x56 = iVar3; *(int *)0x58 = iVar2; return CONCAT22(in_DX,in_AX); } } } while( true ); } int * __cdecl16near FUN_11bd_6328(int *param_1) { int *piVar1; undefined2 in_DX; int *piVar2; undefined2 unaff_DS; do { do { piVar2 = param_1 + -2; piVar1 = param_1 + -1; param_1 = piVar2; } while (*piVar1 != *(int *)0x58); } while (*piVar2 != *(int *)0x56); return (int *)CONCAT22(in_DX,piVar2); } void __cdecl16near FUN_11bd_6395(void) { int *piVar1; int *piVar2; int iVar3; undefined4 *puVar4; int unaff_SI; int *piVar5; int *piVar6; undefined2 unaff_SS; undefined2 unaff_DS; int iVar7; piVar6 = (int *)0x6341; do { piVar5 = piVar6; piVar6 = piVar5 + 7; if (*piVar6 == 1) break; } while (*piVar6 != unaff_SI); piVar6 = (int *)0x4a; piVar5 = piVar5 + 8; for (iVar3 = 6; iVar3 != 0; iVar3 = iVar3 + -1) { piVar2 = piVar6; piVar6 = piVar6 + 1; piVar1 = piVar5; piVar5 = piVar5 + 1; *piVar2 = *piVar1; } if (*(char *)0x34 == '\x15') { *(undefined1 *)0x34 = 0x7f; } puVar4 = (undefined4 *)((uint)*(byte *)0x34 * 4); iVar7 = (int)((ulong)*puVar4 >> 0x10); iVar3 = (int)*puVar4; *(int *)0xf86 = iVar7; *(int *)0xf84 = iVar3; if (iVar7 != *(int *)(iVar3 + -2) || iVar3 != *(int *)(iVar3 + -4)) { *(undefined2 *)puVar4 = 0x9f9; *(undefined2 *)((int)puVar4 + 2) = unaff_SS; } LAB_1000_0ef3_2 = *(undefined1 *)0x34; // WARNING: Read-only address (ram,0x0001987f) is written uRam0001987f = *(undefined1 *)0x34; return; } void __cdecl16near FUN_11bd_6400(void) { code *pcVar1; int extraout_DX; int iVar2; undefined2 unaff_DS; iVar2 = 0; pcVar1 = (code *)swi(0xdc); (*pcVar1)(); if ((char)iVar2 != '\0' || (char)((uint)iVar2 >> 8) != '\0') { *(int *)0xeca = iVar2 << 6; *(int *)0xece = extraout_DX << 6; } return; } // WARNING: Control flow encountered bad instruction data void FUN_11bd_641d(void) { int iVar1; undefined2 unaff_SS; undefined1 auStack_8 [4]; undefined2 uStack_4; uStack_4 = 0x7ff2; FUN_11bd_0be9(); *(undefined1 **)0xf7a = auStack_8; iVar1 = 0x14; do { iVar1 = iVar1 + -1; } while (iVar1 != 0); uRam00000469 = unaff_SS; puRam00000467 = auStack_8; out(0x70,0xf); uRam00000000 = 0xea; uRam00000001 = 0x85; uRam00000002 = 100; uRam00000003 = 0xbd; DAT_0000_0004 = 0x11; out(0x71,9); GlobalDescriptorTableRegister(*(undefined2 *)0x8c8); InterruptDescriptorTableRegister(*(undefined2 *)0x8d0); // WARNING: Bad instruction - Truncating control flow here halt_baddata(); } // WARNING: Control flow encountered bad instruction data void FUN_11bd_64b7(void) { byte bVar1; undefined2 unaff_SS; undefined2 uStack_4; uStack_4 = 0x808c; FUN_11bd_0be9(); in(0x21); out(0x21,0xff); bVar1 = in(0xa1); out(0xa1,~bVar1); out(0x70,0xf); uRam00000469 = 0x11bd; uRam00000467 = 0x6506; out(0x71,10); *(undefined2 **)0xf7a = &uStack_4; GlobalDescriptorTableRegister(*(undefined2 *)0x8c8); InterruptDescriptorTableRegister(*(undefined2 *)0x8d0); // WARNING: Bad instruction - Truncating control flow here halt_baddata(); } void __cdecl16near FUN_11bd_6549(void) { code *pcVar1; undefined1 uVar2; undefined2 unaff_DS; if ((*(byte *)0x47 & 1) != 0) { pcVar1 = (code *)swi(0x10); uVar2 = (*pcVar1)(); *(undefined1 *)0xa17 = uVar2; } return; } int __cdecl16near FUN_11bd_6558(void) { undefined2 *puVar1; undefined2 *puVar2; code *pcVar3; int iVar4; int iVar5; int extraout_DX; undefined2 in_BX; undefined2 *puVar6; undefined2 *puVar7; undefined2 unaff_ES; undefined2 unaff_SS; undefined2 unaff_DS; pcVar3 = (code *)swi(0x21); iVar4 = (*pcVar3)(); DAT_1000_12c4 = in_BX; DAT_1000_12c6 = unaff_ES; if (*(int *)0xa2 == 0) { puVar6 = (undefined2 *)0x0; (*(code *)*(undefined2 *)0x12c4)(); iVar4 = extraout_DX; if (extraout_DX != 0) { *(undefined1 *)0xa16 = 0; puVar7 = (undefined2 *)0x98; for (iVar5 = 0xc; iVar5 != 0; iVar5 = iVar5 + -1) { puVar2 = puVar7; puVar7 = puVar7 + 1; puVar1 = puVar6; puVar6 = puVar6 + 1; *puVar2 = *puVar1; } *(undefined2 *)0xa4 = 0; *(undefined2 *)0xa6 = 0; FUN_11bd_4ff2(); } } return iVar4; } void __cdecl16near FUN_11bd_65a6(void) { code *pcVar1; int iVar2; iVar2 = FUN_11bd_6558(); if (iVar2 == 0) { FUN_11bd_5680(); } DAT_11bd_12ca = 0x11bd; pcVar1 = (code *)swi(0x21); (*pcVar1)(); return; } uint __cdecl16near FUN_11bd_65c3(uint param_1) { uint uVar1; undefined2 unaff_DS; uVar1 = *(int *)0xcde + 1U & 0xfffe; if ((!CARRY2(param_1,uVar1)) && (param_1 + uVar1 <= *(uint *)0xce6)) { *(uint *)0xcde = param_1 + uVar1; return uVar1; } return 0xffff; } // WARNING: Removing unreachable block (ram,0x000181df) // WARNING: Removing unreachable block (ram,0x000181da) // WARNING: Removing unreachable block (ram,0x000181e4) undefined2 __cdecl16near FUN_11bd_65e1(void) { undefined4 in_EAX; undefined2 unaff_DS; *(undefined4 *)0x10f2 = CONCAT22((int)((ulong)in_EAX >> 0x10),3); return 3; } // WARNING: Removing unreachable block (ram,0x0001821b) byte __cdecl16near FUN_11bd_6618(void) { undefined4 *puVar1; byte bVar2; ulong uVar3; byte in_AC; byte in_ID; ulong uVar4; uVar4 = (ulong)(in_ID & 1) * 0x200000 | (ulong)(in_AC & 1) * 0x40000; uVar3 = uVar4 ^ 0x240000; bVar2 = 3; uVar4 = ((ulong)((uVar3 & 0x200000) != 0) * 0x200000 | (ulong)((uVar3 & 0x40000) != 0) * 0x40000) ^ uVar4; if (((uVar4 >> 0x12 & 1) != 0) && (bVar2 = 4, uVar4 >> 0x13 != 0)) { puVar1 = (undefined4 *)cpuid_Version_info(1); bVar2 = (byte)((ulong)*puVar1 >> 8) & 0xf; } return bVar2; } int __cdecl16near FUN_11bd_6655(void) { code *pcVar1; char cVar2; char extraout_DL; pcVar1 = (code *)swi(0x21); (*pcVar1)(); pcVar1 = (code *)swi(0x21); cVar2 = extraout_DL; (*pcVar1)(); return (int)cVar2; } undefined1 __cdecl16near FUN_11bd_6667(void) { out(0x94,0xff); out(0x96,0); return 0; } undefined1 __cdecl16near FUN_11bd_6672(void) { code *pcVar1; undefined1 uVar2; byte bVar3; int in_BX; undefined2 unaff_ES; undefined2 unaff_DS; bool bVar4; bVar4 = *(byte *)0x34 < 0x15; uVar2 = 0; if (*(byte *)0x34 == 0x15) { pcVar1 = (code *)swi(0x15); (*pcVar1)(); uVar2 = 0; if (!bVar4) { bVar3 = (byte)*(undefined2 *)(in_BX + 2); if ((0xdf < bVar3) && (((char)bVar3 < -7 || ((bVar3 == 0xfc && ('\x03' < (char)((uint)*(undefined2 *)(in_BX + 2) >> 8))))))) { uVar2 = *(undefined1 *)(in_BX + 5); } } } return uVar2; } undefined1 __cdecl16near FUN_11bd_66a2(void) { undefined1 uVar1; uVar1 = 0; if (DAT_f000_fffe == -0x1f) { uVar1 = 0xe1; } return uVar1; } undefined2 __cdecl16near FUN_11bd_66b9(void) { byte bVar1; int in_CX; FUN_11bd_0c0d(); bVar1 = FUN_11bd_0733(); if (((bVar1 & 0x80) == 0) && (((byte)((uint)-in_CX >> 8) & 0x40) != bVar1)) { return 1; } return 0; } undefined2 __cdecl16near FUN_11bd_66d4(void) { return 0; } void __cdecl16near FUN_11bd_66e1(undefined2 param_1,undefined1 *param_2,undefined1 *param_3,int param_4) { undefined1 *puVar1; undefined1 *puVar2; undefined2 unaff_DS; for (; param_4 != 0; param_4 = param_4 + -1) { puVar2 = param_3; param_3 = param_3 + 1; puVar1 = param_2; param_2 = param_2 + 1; *puVar2 = *puVar1; } return; } // WARNING: Globals starting with '_' overlap smaller symbols at the same address void __cdecl16near FUN_11bd_6701(uint param_1,undefined2 *param_2,uint param_3) { undefined2 *puVar1; uint uVar2; if (param_3 != 0) { FUN_11bd_0290(); param_1 = param_1 & 0xfff8; _DAT_0000_00e2 = *(undefined2 *)(param_1 + 2); DAT_0000_00e4 = *(undefined1 *)(param_1 + 4); DAT_0000_00e7 = *(undefined1 *)(param_1 + 7); uVar2 = param_3 >> 1; if (uVar2 != 0) { for (; uVar2 != 0; uVar2 = uVar2 - 1) { puVar1 = param_2; param_2 = param_2 + 1; *puVar1 = 0; } } if ((param_3 & 1) != 0) { *(undefined1 *)param_2 = 0; } FUN_11bd_0929(); } return; } void FUN_11bd_674c(void) { int iVar1; code *in_stack_00000000; iVar1 = 6; do { iVar1 = iVar1 + -1; } while (iVar1 != 0); // WARNING: Could not recover jumptable at 0x0001832a. Too many branches // WARNING: Treating indirect jump as call (*in_stack_00000000)(); return; } undefined4 __cdecl16near FUN_11bd_6869(int param_1,int param_2) { byte *pbVar1; byte *pbVar2; byte *pbVar3; int iVar4; uint uVar5; byte *pbVar6; iVar4 = 0x2c; pbVar6 = (byte *)0x6761; while( true ) { pbVar1 = pbVar6; pbVar2 = pbVar6 + 2; pbVar3 = pbVar6 + 4; pbVar6 = pbVar6 + 5; if ((*(int *)pbVar2 == param_2) && (*(int *)pbVar1 == param_1)) break; iVar4 = iVar4 + -1; if (iVar4 == 0) { iVar4 = 0; uVar5 = 0; LAB_11bd_6899: return CONCAT22(uVar5,iVar4); } } uVar5 = (uint)*pbVar3; iVar4 = (uint)*pbVar6 << 4; goto LAB_11bd_6899; } undefined4 __cdecl16near FUN_11bd_689e(void) { uint *puVar1; int iVar2; int iVar3; uint uVar4; uint *puVar5; bool bVar6; puVar5 = (uint *)0x0; iVar2 = 0x4000; iVar3 = 0; uVar4 = 0; do { puVar1 = puVar5 + 1; bVar6 = CARRY2(uVar4,*puVar5); uVar4 = uVar4 + *puVar5; puVar5 = puVar5 + 2; iVar3 = iVar3 + *puVar1 + (uint)bVar6; iVar2 = iVar2 + -1; } while (iVar2 != 0); return CONCAT22(iVar3,uVar4); } undefined4 __cdecl16near FUN_11bd_68b9(void) { uint *puVar1; int iVar2; int iVar3; uint uVar4; uint *puVar5; bool bVar6; puVar5 = (uint *)0x8000; iVar2 = 0x2000; iVar3 = 0; uVar4 = 0; do { puVar1 = puVar5 + 1; bVar6 = CARRY2(uVar4,*puVar5); uVar4 = uVar4 + *puVar5; puVar5 = puVar5 + 2; iVar3 = iVar3 + *puVar1 + (uint)bVar6; iVar2 = iVar2 + -1; } while (iVar2 != 0); return CONCAT22(iVar3,uVar4); } bool __cdecl16near FUN_11bd_68c2(void) { uint in_CR0; return (in_CR0 & 4) == 0; } undefined2 __cdecl16near FUN_11bd_68ec(void) { code *pcVar1; undefined2 uVar2; undefined2 in_BX; undefined2 unaff_DS; uVar2 = 1; if (2 < *(byte *)0xcee) { pcVar1 = (code *)swi(0x21); uVar2 = in_BX; (*pcVar1)(); } return uVar2; } // WARNING: Unable to track spacebase fully for stack void __cdecl16far FUN_11bd_6907(int param_1,undefined2 param_2) { int iVar1; undefined2 uVar2; int iVar3; int iVar4; undefined2 unaff_SS; undefined2 unaff_DS; int in_stack_00000002; undefined1 auStack_a [4]; puRam00016905 = auStack_a; *(undefined1 *)0x80 = 0; *(undefined2 *)0x81 = 0x6956; *(undefined2 *)0x83 = 0x11bd; *(undefined2 *)0x85 = param_2; *(undefined2 *)0x87 = unaff_SS; *(undefined1 *)0x89 = 0xd; // WARNING: Read-only address (ram,0x00016905) is written iVar1 = *(int *)(param_1 + 0x16); uVar2 = *(undefined2 *)(param_1 + 0x14); iVar4 = in_stack_00000002 + 0x10 + *(int *)(param_1 + 0xe); iVar3 = *(int *)(param_1 + 0x10); *(int *)(iVar3 + -2) = in_stack_00000002; *(int *)(iVar3 + -2) = iVar1 + in_stack_00000002 + 0x10; *(undefined2 *)(iVar3 + -4) = uVar2; return; } void __cdecl16near FUN_11bd_698b(void) { byte bVar1; undefined2 extraout_DX; int iVar2; undefined2 unaff_DS; if ((*(byte *)0x47 & 0x80) == 0) { iVar2 = 8; bVar1 = FUN_11bd_0ef4(); if (iVar2 == 0) { *(byte *)0x47 = *(byte *)0x47 | bVar1; *(undefined2 *)0xdec = extraout_DX; } } return; } void FUN_11bd_69ac(void) { FUN_11bd_0ef4(); return; } undefined4 __cdecl16near FUN_11bd_69c7(void) { undefined1 uVar1; undefined1 extraout_AH; char in_CL; FUN_11bd_0c0d(); uVar1 = in(0x92); return CONCAT22(-(uint)(in_CL == '\0'),CONCAT11(extraout_AH,uVar1)); } uint __cdecl16near FUN_11bd_69e0(void) { undefined1 *puVar1; undefined1 *puVar2; uint uVar3; uint uVar4; int iVar5; undefined1 *puVar6; undefined1 *puVar7; undefined2 unaff_SS; bool bVar8; undefined4 uVar9; undefined4 uVar10; bVar8 = true; uVar9 = FUN_11bd_69c7(); uVar3 = (uint)uVar9; if (bVar8) { out(0x92,(byte)uVar9 ^ 2); uVar10 = FUN_11bd_69c7(); uVar3 = (uint)uVar10; uVar4 = (CONCAT11((char)uVar10,(byte)uVar9) ^ 2) & 0x303; if ((char)(uVar4 >> 8) == (char)uVar4) { uVar3 = uVar3 ^ 2; out(0x92,(char)uVar3); bVar8 = (int)((ulong)uVar10 >> 0x10) == (int)((ulong)uVar9 >> 0x10); if (!bVar8) { uVar3 = FUN_11bd_69c7(); if (bVar8) { puVar6 = (undefined1 *)0x69b5; puVar7 = (undefined1 *)0xbe9; for (iVar5 = 9; iVar5 != 0; iVar5 = iVar5 + -1) { puVar2 = puVar7; puVar7 = puVar7 + 1; puVar1 = puVar6; puVar6 = puVar6 + 1; *puVar2 = *puVar1; } puVar7 = (undefined1 *)0xbfb; for (iVar5 = 9; iVar5 != 0; iVar5 = iVar5 + -1) { puVar2 = puVar7; puVar7 = puVar7 + 1; puVar1 = puVar6; puVar6 = puVar6 + 1; *puVar2 = *puVar1; } *(undefined1 *)0x3f = 0xff; } } } } return uVar3; } void __cdecl16near FUN_11bd_6a2d(char *param_1,char *param_2) { char *pcVar1; char cVar2; char *pcVar3; char *pcVar4; undefined2 unaff_DS; FUN_11bd_6a68(); if (param_2 == (char *)0x0) { pcVar4 = (char *)0xa2c; pcVar3 = (char *)0xa2c; while( true ) { pcVar1 = param_1; param_1 = param_1 + 1; cVar2 = *pcVar1; if (cVar2 == '\0') break; pcVar1 = pcVar4; pcVar4 = pcVar4 + 1; *pcVar1 = cVar2; if (cVar2 == '\\') { pcVar3 = pcVar4; } } param_2 = (char *)0xa7c; } else { pcVar3 = (char *)0xa2c; } do { pcVar1 = param_2; param_2 = param_2 + 1; cVar2 = *pcVar1; pcVar1 = pcVar3; pcVar3 = pcVar3 + 1; *pcVar1 = cVar2; } while (cVar2 != '\0'); return; } void __cdecl16near FUN_11bd_6a68(void) { uint unaff_DS; *(uint *)0x1586 = unaff_DS; *(undefined2 *)0x1584 = 0x98; *(undefined2 *)0x158e = 0x20; *(undefined2 *)0x158c = 0x70; *(undefined2 *)0x158a = 0x1bc7; *(undefined2 *)0x1590 = 9; *(long *)0x1598 = (ulong)unaff_DS * 0x10 + 0x98e; *(undefined2 *)0x1596 = 1; return; } // WARNING (jumptable): Unable to track spacebase fully for stack // WARNING: Unable to track spacebase fully for stack // WARNING: Globals starting with '_' overlap smaller symbols at the same address undefined4 FUN_11bd_6ad7(void) { uint *puVar1; undefined2 *puVar2; undefined4 *puVar3; undefined2 uVar4; undefined2 *puVar5; code *pcVar6; undefined3 uVar7; undefined2 in_AX; uint uVar8; int iVar9; uint uVar10; undefined2 in_DX; int iVar11; undefined4 *puVar12; undefined4 *puVar13; undefined2 *puVar14; undefined4 *puVar15; undefined2 uVar16; undefined2 unaff_SS; bool bVar17; undefined4 uVar18; char *in_stack_00000000; undefined2 uStack_1a; puVar14 = &uStack_1a; uStack_1a = 0; if (*in_stack_00000000 < '\0') { iVar11 = 0; } else { iVar11 = 10; } uVar16 = (undefined2)((ulong)ram0x000117c2 >> 0x10); puVar15 = (undefined4 *)ram0x000117c2; puVar12 = puVar15; for (iVar9 = 0xd; iVar9 != 0; iVar9 = iVar9 + -1) { puVar3 = puVar12; puVar12 = (undefined4 *)((int)puVar12 + 2); puVar2 = puVar14; puVar14 = puVar14 + 1; *(undefined2 *)puVar3 = *puVar2; } puVar13 = (undefined4 *)((int)puVar14 + iVar11); *puVar12 = *puVar13; puVar12[1] = puVar13[1]; puVar12[2] = puVar13[2]; puVar12[3] = puVar13[3]; if (iVar11 != 0) { return CONCAT22(in_DX,in_AX); } if (*(int *)(puVar15 + 6) != 0xd) { // WARNING: Could not recover jumptable at 0x0001872a. Too many branches // WARNING: Treating indirect jump as call uVar18 = (*(code *)(ulong)(uint)s_premature_EOF_1000_17b6._8_2_)(); return uVar18; } uVar7 = SegmentLimit(*(undefined2 *)((int)puVar15 + 0x22)); uVar8 = (uint)uVar7; uVar10 = *(uint *)((int)puVar15 + 0x1e); if (*(uint *)((int)puVar15 + 0x1e) <= uVar8 && uVar8 != uVar10) { puVar12 = puVar15; if (*(int *)((int)puVar15 + 0x1a) == 0) { if ((4 < uVar8 - uVar10) && (*(int *)(puVar15 + 1) != 0)) { uVar7 = SegmentLimit(*(int *)(puVar15 + 1)); iVar11 = *(int *)*(undefined2 *)((int)puVar15 + 0x1e); uVar10 = 2; if ((*(uint *)((int)puVar15 + 10) < (uint)uVar7) && ((((iVar11 == 0x489 || (iVar11 == 0x429)) || (uVar10 = 3, iVar11 == 0x4c6)) || ((iVar11 == 0xc80 || (uVar10 = 4, iVar11 == 0x4c7)))))) { puVar1 = (uint *)((int)puVar15 + 0x1e); bVar17 = CARRY2(*puVar1,uVar10); *puVar1 = *puVar1 + uVar10; pcVar6 = (code *)swi(0x31); uVar18 = (*pcVar6)(); if (!bVar17) { *(undefined2 *)*(undefined2 *)((int)puVar15 + 10) = (int)((ulong)uVar18 >> 0x10); pcVar6 = (code *)swi(0x31); (*pcVar6)(); LAB_11bd_6c46: uVar4 = *(undefined2 *)((int)puVar15 + 2); puVar5 = (undefined2 *)*(undefined2 *)((int)puVar15 + 0xe); puVar14 = (undefined2 *)((int)puVar15 + 0x26); *(undefined2 *)((int)puVar12 + -2) = uVar16; uVar16 = *(undefined2 *)((int)puVar12 + -2); for (iVar11 = 0x15; iVar11 != 0; iVar11 = iVar11 + -1) { puVar2 = puVar14; puVar14 = puVar14 + -1; puVar5[-1] = *puVar2; puVar5 = puVar5 + -1; } return CONCAT22(puVar5[9],puVar5[0xb]); } } } } else if (*(int *)*(undefined2 *)((int)puVar15 + 0x1e) == 0x5eff) { uVar8 = (uint)(char)((int *)*(undefined2 *)((int)puVar15 + 0x1e))[1]; bVar17 = CARRY2(uVar8,*(uint *)(puVar15 + 3)); uVar10 = *(uint *)(puVar15 + 3); uVar4 = *(undefined2 *)((int)puVar15 + 2); pcVar6 = (code *)swi(0x31); (*pcVar6)(); if (!bVar17) { *(undefined2 *)(uVar8 + uVar10 + 2) = *(undefined2 *)0xa9c; pcVar6 = (code *)swi(0x31); (*pcVar6)(); if (!bVar17) goto LAB_11bd_6c46; } } } // WARNING: Could not recover jumptable at 0x00018798. Too many branches // WARNING: Treating indirect jump as call uVar18 = (*(code *)(ulong)(uint)s_premature_EOF_1000_17b6._8_2_)(); return uVar18; } void __cdecl16near FUN_11bd_6c74(void) { code *pcVar1; byte bVar2; undefined2 unaff_DS; pcVar1 = (code *)swi(0x2f); bVar2 = (*pcVar1)(); if (bVar2 != 0x80) { bVar2 = 0; } *(byte *)0x36 = *(byte *)0x36 | bVar2; return; } undefined2 __cdecl16near FUN_11bd_6c84(void) { code *pcVar1; uint uVar2; int iVar3; char extraout_AH; uint uVar4; uint uVar5; uint in_BX; undefined2 unaff_ES; undefined2 unaff_DS; undefined4 uVar6; iVar3 = FUN_11bd_6c74(); if (iVar3 == 0) { return 0; } pcVar1 = (code *)swi(0x2f); (*pcVar1)(); *(uint *)0xaec = in_BX; *(undefined2 *)0xaee = unaff_ES; (*(code *)*(undefined2 *)0xaec)(); if ((byte)(extraout_AH - 1U) == 0 || SBORROW1(extraout_AH,'\x01') != (int)((uint)(byte)(extraout_AH - 1U) << 8) < 0) { FUN_11bd_14ac(); uVar5 = 0; } else { if (in_BX < 0x204) { // WARNING: Read-only address (ram,0x00011df5) is written uRam00011df5 = 0x40; } uVar4 = (*(code *)*(undefined2 *)0xaec)(); uVar5 = uVar4 - 0x274; if (uVar4 < 0x274) { uVar5 = 0; } } *(uint *)0xece = uVar5; if (uVar5 != 0) { if (*(uint *)0xecc <= uVar5) { uVar5 = *(uint *)0xecc; } *(uint *)0xecc = uVar5; uVar6 = (*(code *)*(undefined2 *)0xaec)(); if ((int)uVar6 != 0) { *(undefined2 *)0xadc = (int)((ulong)uVar6 >> 0x10); uVar6 = (*(code *)*(undefined2 *)0xaec)(); if ((int)uVar6 != 0) { uVar4 = in_BX + 0xf; uVar5 = (int)((ulong)uVar6 >> 0x10) + (uint)(0xfff0 < in_BX); iVar3 = 4; do { uVar2 = uVar5 & 1; uVar5 = uVar5 >> 1; uVar4 = uVar4 >> 1 | (uint)(uVar2 != 0) << 0xf; iVar3 = iVar3 + -1; } while (iVar3 != 0); *(uint *)0x98 = uVar4; *(uint *)0x9a = uVar5; *(undefined2 *)0xaa6 = 0x3e5a; *(undefined2 *)0xaa4 = 0x3e25; uVar5 = *(uint *)0xecc; *(undefined2 *)0xaa8 = (int)((ulong)uVar5 * 0x400); *(undefined2 *)0xaaa = (int)((ulong)uVar5 * 0x400 >> 0x10); return 1; } FUN_11bd_1df7(); } } *(undefined2 *)0xecc = 0; // WARNING: Read-only address (ram,0x00011df5) is written return 1; } void FUN_11bd_6d30(void) { code *in_stack_00000000; // WARNING: Could not recover jumptable at 0x0001890b. Too many branches // WARNING: Treating indirect jump as call (*in_stack_00000000)(); return; } undefined1 __cdecl16near FUN_11bd_6d9c(void) { code *pcVar1; undefined1 uVar2; int iVar3; undefined1 in_CL; undefined1 extraout_DH; undefined2 unaff_SI; undefined2 unaff_DI; undefined2 unaff_ES; undefined2 unaff_DS; pcVar1 = (code *)swi(0x2f); iVar3 = (*pcVar1)(); uVar2 = 0; if (iVar3 == 0) { // WARNING: Read-only address (ram,0x00016d64) is written // WARNING: Read-only address (ram,0x00016e86) is written // WARNING: Read-only address (ram,0x00016e88) is written uRam00016d64 = unaff_SI; uRam00016e86 = unaff_DI; uRam00016e88 = unaff_ES; *(undefined1 *)0xc44 = extraout_DH; uVar2 = in_CL; } return uVar2; } bool __cdecl16near FUN_11bd_6dc2(undefined2 param_1,undefined2 *param_2) { code *pcVar1; undefined2 uVar2; undefined2 uVar3; undefined2 uVar4; undefined2 uVar5; undefined2 uVar6; undefined2 uVar7; undefined2 unaff_SS; char cVar8; cVar8 = '\0'; uVar3 = param_2[2]; uVar4 = param_2[3]; uVar6 = param_2[4]; uVar7 = param_2[5]; uVar5 = param_2[1]; pcVar1 = (code *)swi(0x31); uVar2 = (*pcVar1)(); *param_2 = uVar2; param_2[1] = uVar5; param_2[2] = uVar3; param_2[3] = uVar4; param_2[4] = uVar6; param_2[5] = uVar7; return cVar8 == '\0'; } // WARNING: Removing unreachable block (ram,0x00018b91) undefined2 __cdecl16near FUN_11bd_6e20(uint param_1,uint param_2,undefined2 param_3,undefined2 param_4,uint param_5, int param_6) { code *pcVar1; uint uVar2; char cVar3; undefined2 uVar4; uint uVar5; undefined2 uVar6; int iVar7; ulong in_EDX; ulong uVar8; byte bVar9; int iVar10; undefined4 in_ESI; undefined4 uVar11; undefined2 *puVar12; undefined1 *puVar13; int *piVar14; undefined2 *in_EDI; undefined2 *puVar15; uint unaff_SS; uint unaff_DS; bool bVar16; undefined1 uVar17; undefined1 uVar18; undefined2 in_stack_00000020; int iStack_4; uint uStack_2; while( true ) { // WARNING: Read-only address (ram,0x00016e14) is written uVar11 = 0; // WARNING: Read-only address (ram,0x00016e18) is written // WARNING: Read-only address (ram,0x00016e1c) is written uVar8 = 0; uVar5 = 0; puVar12 = (undefined2 *)0xc20; bVar16 = false; uRam00016e14 = in_ESI; puRam00016e18 = in_EDI; uRam00016e1c = in_EDX; for (iVar7 = 0x11; iVar7 != 0; iVar7 = iVar7 + -1) { puVar15 = puVar12; puVar12 = puVar12 + 1; *puVar15 = 0; } *(undefined2 *)0xc30 = 0x40; pcVar1 = (code *)swi(0x21); uStack_2 = unaff_DS; uVar4 = (*pcVar1)(); if (bVar16) goto LAB_11bd_715b; *(undefined2 *)0xc34 = uVar4; bVar16 = false; in_EDI = (undefined2 *)((ulong)uVar5 << 0x10); for (iVar7 = 0x1000; iVar7 != 0; iVar7 = iVar7 + -1) { puVar12 = (undefined2 *)in_EDI; in_EDI = (undefined2 *)CONCAT22((int)((ulong)in_EDI >> 0x10),puVar12 + 1); *puVar12 = 0; } iVar10 = -0x2e2; pcVar1 = (code *)swi(0x21); uVar4 = (*pcVar1)(); if (bVar16) goto LAB_11bd_715b; param_1 = 0x8a47; FUN_11bd_7522(); bVar16 = 0xffd5 < *(uint *)0xf50; s_premature_EOF_1000_17b6._12_2_ = *(uint *)0xf50 + 0x2a; unaff_DS = 0x1000; param_1 = 0x1000; FUN_11bd_6dc2(); if (!bVar16) break; uStack_2 = 0x89e4; cVar3 = FUN_11bd_22ad(); iVar7 = (int)uVar11; *(char *)(iVar10 + iVar7) = *(char *)(iVar10 + iVar7) + cVar3; *(char *)(iVar10 + iVar7) = *(char *)(iVar10 + iVar7) + cVar3; *(char *)(iVar10 + iVar7) = *(char *)(iVar10 + iVar7) + cVar3; *(char *)(iVar10 + iVar7) = *(char *)(iVar10 + iVar7) + cVar3; *(char *)(iVar10 + iVar7) = *(char *)(iVar10 + iVar7) + cVar3; *(char *)(iVar10 + iVar7) = *(char *)(iVar10 + iVar7) + cVar3; in_EDX = uVar8; in_ESI = uVar11; unaff_DS = unaff_SS; } *(undefined2 *)0xac2 = 0x71fc; *(undefined2 *)0xc32 = 0x1000; DAT_11bd_04be = unaff_SS; *(undefined2 *)0xc2a = uVar4; *(undefined2 *)0x9b2 = uVar4; *(undefined2 *)0xc2c = *(undefined2 *)0x2c; *(undefined2 *)&DAT_0000_0008 = 0x1000; s_premature_EOF_1000_17b6[10] = -0x43; s_premature_EOF_1000_17b6[0xb] = '\x11'; puVar13 = &stack0xfffa; uVar4 = (undefined2)((ulong)in_EDI >> 0x10); pcVar1 = (code *)swi(0x31); DAT_1000_17c4 = unaff_SS; (*pcVar1)(); puVar13[6] = puVar13[6] & 0xbf; pcVar1 = (code *)swi(0x31); (*pcVar1)(); puVar15 = (undefined2 *)CONCAT22(uVar4,¶m_1); pcVar1 = (code *)swi(0x31); uVar5 = unaff_DS; (*pcVar1)(); *(byte *)((undefined2 *)puVar15 + 3) = *(byte *)((undefined2 *)puVar15 + 3) & 0xbf; pcVar1 = (code *)swi(0x31); (*pcVar1)(); uVar17 = (undefined1 *)0xfff7 < &stack0x000a; uVar4 = 0x6d3d; pcVar1 = (code *)swi(0x31); (*pcVar1)(); pcVar1 = (code *)swi(0x31); uRam00016d52 = (*pcVar1)(); // WARNING: Read-only address (ram,0x00016d4e) is written // WARNING: Read-only address (ram,0x00016d50) is written // WARNING: Read-only address (ram,0x00016d54) is written // WARNING: Read-only address (ram,0x00016d58) is written // WARNING: Read-only address (ram,0x00016d52) is written pcVar1 = (code *)swi(0x31); iRam00016d4e = iVar7; uRam00016d50 = uVar5; puRam00016d54 = puVar15; uRam00016d58 = uVar4; (*pcVar1)(); if (!(bool)uVar17) { // WARNING: Read-only address (ram,0x00016d5a) is written // WARNING: Read-only address (ram,0x00016d5c) is written // WARNING: Read-only address (ram,0x00016d5e) is written // WARNING: Read-only address (ram,0x00016d62) is written pcVar1 = (code *)swi(0x31); iRam00016d5a = iVar7; uRam00016d5c = uVar5; puRam00016d5e = puVar15; uRam00016d62 = uVar4; (*pcVar1)(); // WARNING: Read-only address (ram,0x00016d66) is written // WARNING: Read-only address (ram,0x00016d6a) is written uRam00016d66 = uVar8; iRam00016d6a = iVar7; *(int *)0xc42 = iVar7; param_2 = 0x8b18; FUN_11bd_7606(); *(undefined2 *)0xc26 = 0x11bd; *(undefined2 *)0xaf8 = 0x11bd; *(uint *)0xc28 = unaff_SS; *(uint *)0x2c = unaff_SS; *(undefined2 *)0x18 = 0x11bd; *(undefined2 *)0x1c = 0x11bd; *(undefined2 *)0x22 = 0x7364; *(undefined2 *)0x24 = 0x11bd; *(uint *)&DAT_0000_000c = unaff_SS; *(uint *)0x3c = unaff_SS; *(uint *)0x998 = unaff_SS; *(uint *)0x44 = unaff_SS; bVar9 = 0x11; do { pcVar1 = (code *)swi(0x31); (*pcVar1)(); bVar9 = bVar9 - 1; } while (5 < bVar9); pcVar1 = (code *)swi(0x31); (*pcVar1)(); pcVar1 = (code *)swi(0x31); (*pcVar1)(); pcVar1 = (code *)swi(0x31); (*pcVar1)(); pcVar1 = (code *)swi(0x31); (*pcVar1)(); uVar8 = 0x7584; pcVar1 = (code *)swi(0x31); (*pcVar1)(); // WARNING: Read-only address (ram,0x00016e14) is written // WARNING: Read-only address (ram,0x00016e18) is written // WARNING: Read-only address (ram,0x00016e1c) is written pcVar1 = (code *)swi(0x31); uVar5 = (*pcVar1)(); *(uint *)0xc48 = uVar5; iVar7 = 0; do { iVar7 = iVar7 + 1; uVar2 = uVar5 & 1; uVar5 = uVar5 >> 1; } while (uVar2 == 0); *(int *)0xc46 = iVar7; bVar16 = false; pcVar1 = (code *)swi(0x31); iVar7 = (*pcVar1)(); unaff_DS = unaff_SS; if (!bVar16) { *(int *)0xc2e = iVar7; uVar8 = 0xffff; pcVar1 = (code *)swi(0x31); (*pcVar1)(); if (!bVar16) { uVar5 = iVar7 + *(int *)0xc48; *(uint *)0xc38 = uVar5; bVar16 = false; pcVar1 = (code *)swi(0x31); (*pcVar1)(); if (!bVar16) { bVar16 = CARRY2(uVar5,*(uint *)0xc48); iVar7 = uVar5 + *(uint *)0xc48; *(int *)0xc3e = iVar7; pcVar1 = (code *)swi(0x31); (*pcVar1)(); if (!bVar16) { piVar14 = &iStack_4; unaff_DS = iVar7 + *(int *)0xc48; *(uint *)0xc3c = unaff_DS; *(uint *)0xaf4 = unaff_DS; *(uint *)0xa00 = unaff_DS; *(uint *)0xa08 = unaff_DS; pcVar1 = (code *)swi(0x31); (*pcVar1)(); uStack_2 = 0x8c02; iVar7 = FUN_11bd_1f24(); *piVar14 = iVar7 + -1; uVar5 = *(uint *)0xa10; piVar14[1] = (int)((ulong)uVar5 * 0x10); *(char *)(piVar14 + 2) = (char)((ulong)uVar5 * 0x10 >> 0x10); puVar15 = (undefined2 *)ZEXT24(&stack0x0000); pcVar1 = (code *)swi(0x31); (*pcVar1)(); *(uint *)0x5680 = unaff_SS; *(undefined2 *)0x3ea8 = 0x1000; *(uint *)0x403 = unaff_DS; *(undefined2 *)0x401 = 0x5692; *(undefined1 *)0x400 = 0xea; piVar14 = (int *)0x7a0; do { piVar14[1] = unaff_DS; piVar14[3] = unaff_DS; piVar14 = piVar14 + 4; } while (*piVar14 != 0); pcVar1 = (code *)swi(0x31); param_1 = unaff_DS; (*pcVar1)(); iVar7 = 0x10; do { bVar16 = false; uVar8 = (ulong)(uint)(iVar7 << 2); pcVar1 = (code *)swi(0x31); (*pcVar1)(); puVar12 = (undefined2 *)puVar15; if (bVar16) goto LAB_11bd_715b; do { do { bVar9 = (char)iVar7 + 1; iVar7 = CONCAT11((char)((uint)iVar7 >> 8),bVar9); } while (bVar9 == 0x1b); } while ((((bVar9 == 0x1c) || (bVar9 == 0x23)) || (bVar9 == 0x24)) || ((bVar9 == 0x2f || (bVar9 == 0x16)))); bVar16 = bVar9 < 0x2e; } while (bVar9 < 0x2f); uVar8 = 0xc9e; pcVar1 = (code *)swi(0x31); (*pcVar1)(); if (!bVar16) { pcVar1 = (code *)swi(0x31); (*pcVar1)(); pcVar1 = (code *)swi(0x31); (*pcVar1)(); *puVar12 = 0x1fff; uVar5 = *(uint *)0xc34; puVar12[1] = (int)((ulong)uVar5 * 0x10); *(char *)(puVar12 + 2) = (char)((ulong)uVar5 * 0x10 >> 0x10); param_6 = param_6 + *(int *)0xc48; *(int *)0xc34 = param_6; *(int *)0xaa2 = param_6; pcVar1 = (code *)swi(0x31); param_5 = unaff_SS; (*pcVar1)(); *(int *)0xa9c = param_6 + *(int *)0xc48; uVar11 = 0xffff; pcVar1 = (code *)swi(0x31); (*pcVar1)(); pcVar1 = (code *)swi(0x31); (*pcVar1)(); uVar18 = (undefined1 *)0xfff7 < &stack0x001a; in_stack_00000020 = 0x8ce9; FUN_11bd_7419(); LOCK(); uVar17 = *(undefined1 *)0x980; *(undefined1 *)0x980 = 0; uVar8 = CONCAT31((int3)((ulong)uVar11 >> 8),uVar17); UNLOCK(); pcVar1 = (code *)swi(0x21); uVar4 = (*pcVar1)(); unaff_DS = unaff_SS; if (!(bool)uVar18) { *(undefined2 *)0xc4c = uVar4; *(undefined1 *)0x980 = (char)uVar8; param_1 = 0x1000; uVar4 = thunk_FUN_11bd_75be(); *(undefined2 *)0xaa4 = 0x571d; *(undefined2 *)0xaa6 = 0x56f4; return uVar4; } } } } } } } LAB_11bd_715b: uVar4 = (undefined2)uVar8; param_1 = 0x20; FUN_11bd_22ad(); *(byte *)(param_2 >> 3) = *(byte *)(param_2 >> 3) | 0x80; bVar9 = *(byte *)0x980; uVar5 = param_2; if (bVar9 < 3) { *(undefined1 *)0x980 = 2; uVar4 = CONCAT11(3,(char)uVar4); uStack_2 = param_2; pcVar1 = (code *)swi(0x21); (*pcVar1)(); *(byte *)0x980 = bVar9; uVar5 = uStack_2; } if (uVar5 == *(uint *)0xc3c) { pcVar1 = (code *)swi(0x31); uVar6 = (*pcVar1)(); *(undefined2 *)0xc24 = uVar6; } pcVar1 = (code *)swi(0x31); (*pcVar1)(); return uVar4; } undefined4 __cdecl16near FUN_11bd_7160(uint param_1) { byte bVar1; code *pcVar2; undefined2 uVar3; undefined2 in_CX; undefined2 extraout_DX; undefined2 unaff_DS; *(byte *)(param_1 >> 3) = *(byte *)(param_1 >> 3) | 0x80; bVar1 = *(byte *)0x980; if (bVar1 < 3) { *(undefined1 *)0x980 = 2; pcVar2 = (code *)swi(0x21); (*pcVar2)(); *(byte *)0x980 = bVar1; } if (param_1 == *(uint *)0xc3c) { pcVar2 = (code *)swi(0x31); uVar3 = (*pcVar2)(); *(undefined2 *)0xc24 = uVar3; } pcVar2 = (code *)swi(0x31); (*pcVar2)(); return CONCAT22(in_CX,extraout_DX); } void __cdecl16near FUN_11bd_71a5(void) { undefined2 unaff_DS; int iStack_14; int iStack_12; iStack_14 = *(int *)0xcec; *(int *)0x5a = (*(int *)0x9b6 - iStack_14) + 0x7d4; iStack_12 = iStack_14; FUN_11bd_7364(0x21,&iStack_14); return; } undefined2 FUN_11bd_7290(void) { undefined2 *puVar1; undefined2 uVar2; code *pcVar3; char cVar4; int iVar5; uint uVar6; undefined2 uVar7; int extraout_DX; int in_BX; int unaff_SI; undefined2 *puVar8; undefined2 *puVar9; undefined2 *puVar10; undefined2 unaff_ES; undefined2 uVar11; undefined2 unaff_SS; undefined2 unaff_DS; undefined2 uVar12; byte bVar13; bool bVar14; byte in_AF; byte in_TF; byte in_IF; byte in_NT; byte in_stack_0000000c; undefined2 *in_stack_0000000e; undefined2 *in_stack_00000012; undefined1 auStack_54 [2]; undefined2 local_52; undefined2 *local_46; undefined2 local_36; undefined2 local_32; undefined2 local_2e; undefined2 *puStack_a; undefined2 *puStack_8; uint uStack_6; while( true ) { *(undefined1 **)0xf50 = auStack_54; bVar13 = auStack_54 < (undefined1 *)0x80; FUN_11bd_2d52(); FUN_11bd_3986(); iVar5 = FUN_1000_0b12(); if (iVar5 == 0) { FUN_11bd_22ad(); FUN_11bd_13ad(); pcVar3 = (code *)swi(0x21); (*pcVar3)(); cVar4 = FUN_11bd_6ad7(); *(int *)(in_BX + unaff_SI) = *(int *)(in_BX + unaff_SI) + (uint)bVar13; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; *(char *)(in_BX + unaff_SI) = *(char *)(in_BX + unaff_SI) + cVar4; uVar7 = DAT_11bd_04be; uStack_6 = (uint)(in_NT & 1) * 0x4000 | (uint)(in_IF & 1) * 0x200 | (uint)(in_TF & 1) * 0x100 | 0x40 | (uint)(in_AF & 1) * 0x10 | 4; iVar5 = *(int *)0xc4a; *(int *)0xc4a = *(int *)0xc4a + -0x200; puStack_8 = (undefined2 *)(iVar5 + -0x32); uVar12 = (undefined2)((ulong)in_stack_0000000e >> 0x10); puStack_a = (undefined2 *)in_stack_0000000e; puVar8 = puStack_a + 2; iVar5 = 8; puVar9 = puStack_8; do { puVar10 = puVar9; puVar1 = puVar8; puVar8 = puVar8 + 1; *puVar10 = *puVar1; puVar10[1] = 0; iVar5 = iVar5 + -1; puVar9 = puVar10 + 2; } while (iVar5 != 0); puVar10[2] = 0; uVar2 = *in_stack_0000000e; puVar10[3] = puStack_a[1]; puVar10[4] = uVar2; puVar10[5] = 0; puVar10[6] = 0; uVar6 = (uint)in_stack_0000000c; puVar8 = (undefined2 *)(uVar6 * 4); uVar12 = *(undefined2 *)0xc2e; if ((uVar6 - 8 < 0x27) && (*(char *)(uVar6 + 0x10be) != '\0')) { puVar8 = puVar8 + 0x7b5; uVar12 = DAT_11bd_04be; } puVar10[7] = *puVar8; puVar10[8] = puVar8[1]; puVar10[9] = puStack_8; puVar10[10] = 0x1000; bVar14 = false; pcVar3 = (code *)swi(0x31); (*pcVar3)(); uVar2 = DAT_11bd_04be; uVar7 = 0; if (!bVar14) { iVar5 = *(int *)0xc4a; puVar9 = (undefined2 *)(iVar5 + 0x1ce); uVar11 = (undefined2)((ulong)in_stack_00000012 >> 0x10); *in_stack_00000012 = *(undefined2 *)(iVar5 + 0x1f2); puVar8 = (undefined2 *)in_stack_00000012 + 2; ((undefined2 *)in_stack_00000012)[1] = *(undefined2 *)(iVar5 + 0x1f0); uVar7 = *(undefined2 *)(iVar5 + 0x1ee); iVar5 = 8; do { puVar1 = puVar8; puVar8 = puVar8 + 1; *puVar1 = *puVar9; puVar9 = puVar9 + 2; iVar5 = iVar5 + -1; uVar12 = uVar2; } while (iVar5 != 0); } *(int *)0xc4a = *(int *)0xc4a + 0x200; return uVar7; } iVar5 = FUN_11bd_243e(); *(uint *)0xc4a = iVar5 + 0x800U & 0xfffe; if ((*(char *)0xc44 != '\0') || (FUN_11bd_0ef4(), extraout_DX == 0)) break; FUN_11bd_22ad(); unaff_SI = extraout_DX; } pcVar3 = (code *)swi(0x21); (*pcVar3)(); pcVar3 = (code *)swi(0x21); DAT_1000_12c4 = in_BX; DAT_1000_12c6 = unaff_ES; (*pcVar3)(); *(undefined2 *)0xac2 = 0x7322; FUN_11bd_6e20(); FUN_11bd_4b37(); FUN_11bd_2d8b(); *local_46 = local_36; local_46[1] = local_32; local_46[2] = local_2e; *(undefined1 **)0xf50 = auStack_54; return local_52; } undefined2 __cdecl16far FUN_11bd_7364(byte param_1,undefined2 *param_2,undefined2 *param_3) { undefined2 *puVar1; undefined2 uVar2; code *pcVar3; uint uVar4; undefined2 uVar5; int iVar6; int iVar7; undefined2 *puVar8; undefined2 *puVar9; undefined2 *puVar10; undefined2 uVar11; undefined2 uVar12; bool bVar13; uVar5 = DAT_11bd_04be; iVar7 = *(int *)0xc4a; *(int *)0xc4a = *(int *)0xc4a + -0x200; uVar12 = (undefined2)((ulong)param_2 >> 0x10); puVar8 = (undefined2 *)param_2 + 2; iVar6 = 8; puVar9 = (undefined2 *)(iVar7 + -0x32); do { puVar10 = puVar9; puVar1 = puVar8; puVar8 = puVar8 + 1; *puVar10 = *puVar1; puVar10[1] = 0; iVar6 = iVar6 + -1; puVar9 = puVar10 + 2; } while (iVar6 != 0); puVar10[2] = 0; uVar2 = *param_2; puVar10[3] = ((undefined2 *)param_2)[1]; puVar10[4] = uVar2; puVar10[5] = 0; puVar10[6] = 0; uVar4 = (uint)param_1; puVar8 = (undefined2 *)(uVar4 * 4); uVar12 = *(undefined2 *)0xc2e; if ((uVar4 - 8 < 0x27) && (*(char *)(uVar4 + 0x10be) != '\0')) { puVar8 = puVar8 + 0x7b5; uVar12 = DAT_11bd_04be; } puVar10[7] = *puVar8; puVar10[8] = puVar8[1]; puVar10[9] = (undefined2 *)(iVar7 + -0x32); puVar10[10] = 0x1000; bVar13 = false; pcVar3 = (code *)swi(0x31); (*pcVar3)(); uVar2 = DAT_11bd_04be; uVar5 = 0; if (!bVar13) { iVar7 = *(int *)0xc4a; puVar9 = (undefined2 *)(iVar7 + 0x1ce); uVar11 = (undefined2)((ulong)param_3 >> 0x10); *param_3 = *(undefined2 *)(iVar7 + 0x1f2); puVar8 = (undefined2 *)param_3 + 2; ((undefined2 *)param_3)[1] = *(undefined2 *)(iVar7 + 0x1f0); uVar5 = *(undefined2 *)(iVar7 + 0x1ee); iVar7 = 8; do { puVar1 = puVar8; puVar8 = puVar8 + 1; *puVar1 = *puVar9; puVar9 = puVar9 + 2; iVar7 = iVar7 + -1; uVar12 = uVar2; } while (iVar7 != 0); } *(int *)0xc4a = *(int *)0xc4a + 0x200; return uVar5; } undefined2 __cdecl16near FUN_11bd_7419(void) { undefined2 uVar1; code *pcVar2; undefined2 uVar3; undefined2 in_CX; undefined2 extraout_DX; undefined2 unaff_DS; bool bVar4; bVar4 = false; uVar1 = *(undefined2 *)0xc32; pcVar2 = (code *)swi(0x31); (*pcVar2)(); uVar3 = 0; if (!bVar4) { *(undefined1 *)0xf6e = 0xea; *(undefined2 *)0xf6f = extraout_DX; *(undefined2 *)0xf71 = in_CX; uVar3 = in_CX; } return uVar3; } void __cdecl16near FUN_11bd_7522(undefined2 param_1,undefined2 param_2,int param_3) { code *pcVar1; char cVar2; uint uVar3; int iVar4; code *in_BX; undefined2 unaff_DS; pcVar1 = (code *)swi(0x2f); uVar3 = (*pcVar1)(); if ((((uVar3 & 0x7f) != 0) && ((char)uVar3 == '\x03')) && ((byte)(uVar3 >> 8) < 10)) { pcVar1 = (code *)swi(0x2f); cVar2 = (*pcVar1)(); if (cVar2 == -0x80) { pcVar1 = (code *)swi(0x2f); (*pcVar1)(); param_3 = (*in_BX)(); param_3 = param_3 + -1; if ((param_3 == 0) && (iVar4 = (*(code *)0x0)(0x11bd,0,1,0,0), iVar4 == 1)) { pcVar1 = (code *)swi(0x2f); uRam00016d4b = (*pcVar1)(); // WARNING: Read-only address (ram,0x00016d4b) is written (*(code *)0x0)(); (*(code *)0x0)(); return; } } param_3 = 0x21; FUN_11bd_22ad(); *(char *)0xc45 = *(char *)0xc45 + '\x01'; return; } // WARNING: Read-only address (ram,0x00016d4b) is written return; } void __cdecl16far thunk_FUN_11bd_75be(void) { FUN_11bd_75be(); return; } void __cdecl16far FUN_11bd_759b(void) { int in_CX; uint in_DX; byte in_BL; byte *unaff_DI; undefined2 unaff_ES; undefined2 unaff_DS; bool bVar1; while( true ) { in_BL = in_BL * '\x02'; if ((in_DX & 0x9300) != 0) { in_BL = in_BL | 1; } bVar1 = SCARRY2(in_DX,*(int *)0xc48); in_DX = in_DX + *(int *)0xc48; if (bVar1) break; in_CX = in_CX + -1; if (in_CX == 0) { *unaff_DI = in_BL; FUN_11bd_759b(); return; } } return; } void __cdecl16far FUN_11bd_75be(void) { FUN_11bd_759b(); return; } void __cdecl16far FUN_11bd_7606(void) { code *pcVar1; undefined2 in_CX; undefined4 in_EDX; byte bVar2; uint uVar3; undefined4 *unaff_DI; undefined2 unaff_ES; uVar3 = 0; do { pcVar1 = (code *)swi(0x31); (*pcVar1)(); *unaff_DI = in_EDX; *(undefined2 *)(unaff_DI + 1) = in_CX; unaff_DI = (undefined4 *)((int)unaff_DI + 6); uVar3 = uVar3 + 1; } while (uVar3 < 0x100); bVar2 = 0; do { pcVar1 = (code *)swi(0x31); (*pcVar1)(); *unaff_DI = in_EDX; *(undefined2 *)(unaff_DI + 1) = in_CX; unaff_DI = (undefined4 *)((int)unaff_DI + 6); bVar2 = bVar2 + 1; } while (bVar2 < 0x20); return; } void __cdecl16near FUN_11bd_7670(void) { int iVar1; undefined2 unaff_DS; iVar1 = 0x2cf2; if (*(char *)0x2e == '\v') { if ((*(byte *)0x47 & 0x80) == 0) goto LAB_11bd_7684; } else { if ((*(byte *)0x47 & 0x80) == 0) { return; } DAT_11bd_1137 = 0xe9; DAT_11bd_1138 = 0xe275; } iVar1 = 0x2cf9; LAB_11bd_7684: DAT_1000_0f7b = iVar1 + -0xf7d; DAT_1000_0f7a = 0xe9; return; } void __cdecl16near FUN_11bd_76ab(void) { code *pcVar1; int iVar2; undefined2 unaff_SI; undefined2 unaff_DI; undefined2 unaff_SS; iVar2 = iRam0000019c; if ((iRam0000019c == *(int *)0x56) && (iRam0000019e == *(int *)0x58)) { iRam0000019c = 0x7750; iRam0000019e = 0x11bd; } pcVar1 = (code *)swi(0x67); (*pcVar1)(iVar2); iRam0000019e = unaff_DI; iRam0000019c = unaff_SI; return; } undefined2 __cdecl16near FUN_11bd_76db(void) { uint *puVar1; undefined2 *puVar2; undefined4 *puVar3; undefined4 *puVar4; undefined2 *puVar5; code *pcVar6; long lVar7; byte bVar8; char cVar9; char extraout_AH; char extraout_AH_00; undefined2 uVar10; char extraout_AH_01; char extraout_AH_02; uint uVar11; char extraout_AH_03; uint uVar12; undefined4 uVar13; undefined1 uVar14; int iVar15; int iVar16; undefined2 extraout_DX; int extraout_DX_00; uint extraout_DX_01; undefined4 in_EBX; undefined2 *puVar17; undefined4 *puVar18; undefined2 *puVar19; uint unaff_ES; uint unaff_SS; uint unaff_DS; bool bVar20; FUN_11bd_698b(); pcVar6 = (code *)swi(0x21); (*pcVar6)(); uVar12 = unaff_ES; if (((((unaff_ES != *(uint *)0x58) && (*(int *)0xb == 0x4d4d)) && (*(int *)0xe == 0x5858)) && ((*(char *)0xa == 'E' && (*(char *)0xd == 'X')))) && (*(char *)0x11 == '0')) { bVar20 = false; if (((*(byte *)0x47 & 0x80) == 0) && (bVar20 = false, (*(byte *)0x14 & 2) == 0)) { pcVar6 = (code *)swi(0x67); (*pcVar6)(); bVar20 = extraout_AH == '\0'; if (!bVar20) { in_EBX = CONCAT22((int)((ulong)in_EBX >> 0x10),1); pcVar6 = (code *)swi(0x67); (*pcVar6)(); if (extraout_AH_00 == '\0') { DAT_11bd_0f09 = extraout_DX; } goto LAB_11bd_7756; } } FUN_11bd_66d4(); if (bVar20) goto LAB_11bd_7740; } LAB_11bd_7756: uVar14 = (undefined1)uVar12; FUN_11bd_76ab(); if (extraout_AH_01 != '\0') { LAB_11bd_7740: iVar15 = FUN_11bd_66d4(); FUN_11bd_2adb(); uVar10 = 0; if (iVar15 != 0) { uVar10 = 0xffff; } return uVar10; } pcVar6 = (code *)swi(0x67); (*pcVar6)(); if (extraout_AH_02 != '\0') goto LAB_11bd_7740; *(undefined1 *)0x50 = (char)in_EBX; *(undefined1 *)0x51 = uVar14; *(undefined1 *)0x2e = 0xb; FUN_11bd_30d8(); FUN_11bd_3844(); if (0x601 < *(uint *)0xdec) { *(undefined2 *)0xdee = 4; *(undefined2 *)0xdf0 = 0xfc00; *(undefined2 *)0xdf2 = 0x801; } uVar12 = CONCAT11(*(undefined1 *)0x15,*(byte *)0x47 & 0x80 | *(byte *)0xa16) & 0x20ff; FUN_11bd_5ad6 = (byte)uVar12 | (byte)(uVar12 >> 8); puVar17 = (undefined2 *)0x0; cVar9 = FUN_11bd_0ef4(); if (((extraout_DX_00 == 0) || ((unaff_ES = unaff_DS, 499 < *(uint *)0x0 && (cVar9 != '\x02')))) || (((*(byte *)0x14 & 0x10) == 0 && (*(char *)0xa16 != '\0')))) { FUN_11bd_7b34(); bVar8 = FUN_11bd_5ad6; if (((uint)in_EBX < 4) || (*(byte *)0xdff = FUN_11bd_5ad6, bVar8 == 0)) { if (0x2fff < *(uint *)0xecc) { *(undefined2 *)0xecc = 0x3000; } if ((uint)in_EBX < 0x301) goto LAB_11bd_7854; uVar12 = 0x3000; } else { LAB_11bd_7854: FUN_11bd_7b50(); uVar12 = extraout_DX_01; } *(uint *)0xece = uVar12; uVar11 = uVar12 + 0x2fff; if (0xd000 < uVar12) { uVar11 = 0xef00; *(undefined2 *)0xece = 0xef00; } unaff_DS = unaff_SS; if (*(char *)0xdff != '\0') goto LAB_11bd_7872; } else { puVar19 = (undefined2 *)0x98; *(bool *)0xdff = 0x40000 < *(ulong *)0x0; for (iVar15 = 0xc; iVar15 != 0; iVar15 = iVar15 + -1) { puVar5 = puVar19; puVar19 = puVar19 + 1; puVar2 = puVar17; puVar17 = puVar17 + 1; *puVar5 = *puVar2; } *(undefined2 *)0xeca = (int)(*(ulong *)0x98 >> 6); *(int *)0xece = (int)(*(ulong *)0x9c >> 6) - *(int *)0xeca; if ((extraout_DX_00 != *(int *)0xa2) || ((*(byte *)0x47 & 0x80) == 0)) goto LAB_11bd_78d1; LAB_11bd_7872: uVar11 = 0x2000; *(undefined1 *)0xdff = 1; } uVar11 = uVar11 & 0xf000; *(undefined1 *)0xe00 = (char)(uVar11 >> 8); iVar15 = -(unaff_DS * 0x10 + *(int *)0xcde & 0xfff); iVar15 = CONCAT11((char)((uint)iVar15 >> 8) + '\x10',(char)iVar15); FUN_1000_0b12(iVar15 + uVar11,iVar15); iVar15 = FUN_11bd_65c3(); if (iVar15 == -1) { iVar15 = FUN_11bd_22ad(0x17); } iVar15 = (iVar15 + uVar11 >> 4) + unaff_ES; if ((char)iVar15 != '\0') { uVar11 = 0x18; iVar15 = FUN_11bd_22ad(); } *(int *)0xaa = iVar15; *(int *)0xdf4 = iVar15; puVar17 = (undefined2 *)0x0; for (uVar11 = uVar11 >> 1; uVar11 != 0; uVar11 = uVar11 - 1) { puVar2 = puVar17; puVar17 = puVar17 + 1; *puVar2 = 0; } LAB_11bd_78d1: if ((*(char *)0xdff != '\0') && (*(byte *)0xa16 = *(byte *)0xa16 | 1, (*(byte *)0x11d2 & 1) == 0)) { *(undefined2 *)0xecc = 0xef00; } uVar13 = CONCAT22((int)((ulong)in_EBX >> 0x10),0x10); lVar7 = (ulong)unaff_DS * 0x10; iVar15 = (int)((ulong)lVar7 >> 0x10); uVar11 = (uint)lVar7; puVar1 = (uint *)0xd34; uVar12 = *puVar1; *puVar1 = *puVar1 + uVar11; *(int *)0xd36 = *(int *)0xd36 + iVar15 + (uint)CARRY2(uVar12,uVar11); puVar1 = (uint *)0xd3c; uVar12 = *puVar1; *puVar1 = *puVar1 + uVar11; *(int *)0xd3e = *(int *)0xd3e + iVar15 + (uint)CARRY2(uVar12,uVar11); puVar1 = (uint *)0xd40; uVar12 = *puVar1; *puVar1 = *puVar1 + uVar11; *(int *)0xd42 = *(int *)0xd42 + iVar15 + (uint)CARRY2(uVar12,uVar11); *(int *)0x91a = uVar11 + 0xd74; *(char *)0x91c = (char)((ulong)lVar7 >> 0x10) + (0xf28b < uVar11); iVar15 = CONCAT11((char)((uint)*(undefined2 *)0xaa >> 8) + '\x01',(char)*(undefined2 *)0xaa); pcVar6 = (code *)swi(0x67); (*pcVar6)(); if (extraout_AH_03 != '\0') { FUN_11bd_2adb(); FUN_11bd_22ad(); } *(undefined4 *)0xd5a = uVar13; uVar12 = 0x1000; *(undefined2 *)0xeca = 0x1000; if (*(char *)0xe00 == '\0') { *(undefined2 *)0xeca = (int)(*(ulong *)0x98 >> 6); *(undefined2 *)0xece = (int)(*(ulong *)0x9c >> 6); uVar12 = *(uint *)0xaa; uVar13 = *(undefined4 *)(uVar12 >> 6); unaff_SS = unaff_DS; } else { if (*(char *)0xdff != '\0') { uVar12 = 0x1040; *(undefined2 *)0xeca = 0x1040; } *(undefined2 *)0xac = (int)((ulong)uVar12 * 0x40); *(undefined2 *)0xae = (int)((ulong)uVar12 * 0x40 >> 0x10); uVar12 = *(int *)0xece + *(int *)0xeca; if ((*(char *)0xdff == '\0') && (0x3fff < uVar12)) { uVar12 = 0x4000; } *(uint *)0xece = uVar12; if ((*(byte *)0x47 & 1) != 0) { uVar12 = FUN_11bd_0ef4(); } *(uint *)0xa8 = uVar12; FUN_11bd_7bb6(); iVar16 = (*(byte *)0xe00 >> 3) - 1; puVar18 = (undefined4 *)(iVar15 - 0x100U >> 6); puVar4 = puVar18 + 1; uVar13 = *puVar18; puVar17 = (undefined2 *)0x0; while (iVar16 = iVar16 + -1, iVar16 != 0) { puVar2 = puVar17; puVar17 = puVar17 + 1; puVar3 = puVar4; puVar4 = (undefined4 *)((int)puVar4 + 2); *puVar2 = *(undefined2 *)puVar3; } } *(undefined4 *)0xd38 = uVar13; *(undefined4 *)0xd90 = uVar13; *(undefined2 *)0xaa4 = 0x3d15; *(undefined2 *)0xaa6 = 0x3d68; return 1; } undefined2 __cdecl16near FUN_11bd_79fc(void) { undefined2 *puVar1; undefined4 *puVar2; undefined2 *puVar3; undefined2 *puVar4; undefined4 *puVar5; uint uVar6; int iVar7; undefined2 uVar8; ulong uVar9; undefined4 uVar10; ulong in_ECX; long lVar11; undefined1 *puVar12; undefined4 *unaff_SI; undefined1 *puVar13; undefined2 *puVar14; undefined4 *puVar15; undefined1 *in_EDI; long lVar16; uint unaff_ES; undefined2 unaff_SS; undefined2 unaff_DS; int in_stack_00000000; undefined1 *puStack_6; do { puVar13 = (undefined1 *)in_EDI; iVar7 = FUN_11bd_0ef4(); if (iVar7 != 0) { uVar8 = *(undefined2 *)0xaa; puVar15 = (undefined4 *)&DAT_0000_0004; uRam000179f8 = *(undefined4 *)0x0; // WARNING: Read-only address (ram,0x000179f8) is written for (; (int)in_ECX != 0; in_ECX = (ulong)((int)in_ECX - 1)) { puVar5 = puVar15; puVar15 = puVar15 + 1; puVar2 = unaff_SI; unaff_SI = unaff_SI + 1; *puVar5 = *puVar2; } uVar8 = FUN_11bd_0ef4(); return uVar8; } // WARNING: Read-only address (ram,0x000179f6) is written iRam000179f6 = (int)in_ECX; lVar16 = ZEXT24(puVar13) + (ulong)unaff_ES * 0x10; lVar11 = ZEXT24(puVar13 + iRam000179f6 * 4) + (ulong)unaff_ES * 0x10; puStack_6 = (undefined1 *)((ulong)lVar16 >> 0x10); FUN_11bd_0290((int)lVar16); unaff_ES = 0x38; in_EDI = (undefined1 *)CONCAT22((int)lVar11,puStack_6); puVar12 = (undefined1 *)CONCAT22(in_stack_00000000,(undefined1 *)((ulong)lVar11 >> 0x10)); while (in_stack_00000000 = func_0x00005e50(), in_stack_00000000 != 0) { while (puVar12 <= in_EDI) { if (in_EDI == puVar12) goto LAB_11bd_7a75; in_EDI = in_EDI + -4; *in_EDI = 0; } } LAB_11bd_7a75: iVar7 = -0x69b7; FUN_11bd_092c(); puVar13 = (undefined1 *)in_EDI; if (iVar7 == 0) { FUN_11bd_2adb(); FUN_11bd_22ad(0x19); *(undefined4 *)0xd5a = puVar12; if (puVar13 < (undefined1 *)0x1000) { puVar13 = (undefined1 *)0x1000; } *(undefined2 *)0xeca = puVar13; if (*(char *)0xe00 == '\0') { *(undefined2 *)0xeca = (int)(*(ulong *)0x98 >> 6); *(undefined2 *)0xece = (int)(*(ulong *)0x9c >> 6); uVar6 = *(uint *)0xaa; uVar10 = *(undefined4 *)(uVar6 >> 6); unaff_SS = unaff_DS; } else { uVar9 = ZEXT24(puVar13); if (*(char *)0xdff != '\0') { uVar9 = 0x1040; *(undefined2 *)0xeca = 0x1040; } *(undefined2 *)0xac = (int)(uVar9 * 0x40); *(undefined2 *)0xae = (int)(uVar9 * 0x40 >> 0x10); uVar6 = *(int *)0xece + *(int *)0xeca; if ((*(char *)0xdff == '\0') && (0x3fff < uVar6)) { uVar6 = 0x4000; } *(uint *)0xece = uVar6; if ((*(byte *)0x47 & 1) != 0) { uVar6 = FUN_11bd_0ef4(); } *(uint *)0xa8 = uVar6; FUN_11bd_7bb6(); uVar10 = uRam0000077c; iVar7 = (*(byte *)0xe00 >> 3) - 1; puVar3 = (undefined2 *)0x400; puVar14 = (undefined2 *)0x0; while (iVar7 = iVar7 + -1, iVar7 != 0) { puVar4 = puVar14; puVar14 = puVar14 + 1; puVar1 = puVar3; puVar3 = puVar3 + 1; *puVar4 = *puVar1; } } *(undefined4 *)0xd38 = uVar10; *(undefined4 *)0xd90 = uVar10; *(undefined2 *)0xaa4 = 0x3d15; *(undefined2 *)0xaa6 = 0x3d68; return 1; } in_ECX = 0x207c; } while( true ); } // WARNING: Globals starting with '_' overlap smaller symbols at the same address int __cdecl16near FUN_11bd_7a88(undefined4 param_1) { undefined4 uVar1; undefined4 uVar2; long lVar3; undefined4 *puVar4; int unaff_DI; undefined4 *puVar5; undefined2 unaff_SS; undefined2 unaff_DS; FUN_11bd_0290(); puVar4 = (undefined4 *)((ulong)*(uint *)0xaa * 0x10); puVar5 = puVar4 + 0x700; LOCK(); uVar1 = *puVar4; *puVar4 = 0x448b05b1; UNLOCK(); puVar4 = (undefined4 *)CONCAT22((int)((ulong)puVar4 >> 0x10),(undefined4 *)puVar4 + 1); _DAT_e000_0020 = *puVar4; LOCK(); uVar2 = *puVar5; *puVar5 = _DAT_e000_0020; UNLOCK(); *puVar5 = uVar2; puVar4[-1] = uVar1; puVar5 = (undefined4 *)0x400004; for (lVar3 = 0x207b; puVar4 = puVar4 + 1, lVar3 != 0; lVar3 = lVar3 + -1) { *puVar5 = *puVar4; puVar5 = puVar5 + 1; } for (lVar3 = 0xcf84; lVar3 != 0; lVar3 = lVar3 + -1) { *puVar5 = 0; puVar5 = puVar5 + 1; } if (*(int *)0xdfa != 0) { FUN_11bd_7be9(); } func_0x00005ebb(0x1000,*(undefined4 *)0x98,param_1); FUN_11bd_092c(); // WARNING: Read-only address (ram,0x000179f6) is written uRam000179f6 = 0; return unaff_DI + 1; } void __cdecl16near FUN_11bd_7b34(void) { int iVar1; iVar1 = 0; FUN_11bd_76ab(); if (iVar1 == 0) { FUN_11bd_76ab(); } return; } undefined4 __cdecl16near FUN_11bd_7b50(void) { int iVar1; int iVar2; int iVar3; undefined2 uVar4; uint in_DX; int extraout_DX; int extraout_DX_00; int in_BX; int iVar5; uint uVar6; undefined2 unaff_DS; iVar3 = *(int *)0xecc; FUN_11bd_7b34(); iVar5 = in_BX; iVar2 = FUN_11bd_6c84(); LOCK(); iVar1 = *(int *)0xecc; *(int *)0xecc = iVar3; UNLOCK(); iVar3 = 0; if (iVar2 != 0) { FUN_11bd_7b34(); if ((extraout_DX != extraout_DX_00) || (in_BX != iVar5)) { uVar4 = FUN_11bd_1df7(); return CONCAT22(in_DX,uVar4); } in_DX = in_DX + *(int *)0xece; if ((*(char *)0xdff == '\0') && (0x3000 < in_DX)) { in_DX = 0x3000; } uVar6 = *(int *)0xeca + 3U & 0xfffc; iVar3 = (*(int *)0xeca + iVar1 & 0xfffcU) - uVar6; *(uint *)0xeca = uVar6; *(int *)0xdfa = iVar3; } return CONCAT22(in_DX,iVar3); } // WARNING: Globals starting with '_' overlap smaller symbols at the same address void __cdecl16near FUN_11bd_7bb6(void) { uint uVar1; undefined2 unaff_DS; uVar1 = *(uint *)0xdfa; *(long *)0xaa8 = (ulong)uVar1 << 10; if (((ulong)uVar1 != 0) && (_FUN_11bd_5fe2 = *(undefined4 *)0x98, *(char *)0xdff == '\0')) { FUN_11bd_7be9(); return; } return; } // WARNING: Globals starting with '_' overlap smaller symbols at the same address void __cdecl16near FUN_11bd_7be9(void) { ulong uVar1; uint uVar2; long in_ESI; uint uVar3; undefined2 unaff_DS; uVar3 = *(uint *)0xeca; uVar2 = *(int *)0xdfa + uVar3; uVar1 = _FUN_11bd_5fe2 * 0x10 + 0xfffU & 0xfffff000 | 0xc07; for (; uVar3 < uVar2; uVar3 = uVar3 + 4) { *(ulong *)(in_ESI + (ulong)uVar3) = uVar1; uVar1 = uVar1 + 0x1000; } *(long *)0xac = (ulong)uVar3 << 6; return; } undefined2 __cdecl16near FUN_11bd_7c62(void) { uint *puVar1; undefined4 *puVar2; undefined4 *puVar3; undefined2 *puVar4; code *pcVar5; int iVar6; uint uVar7; uint uVar8; undefined2 uVar9; char extraout_AH; undefined4 uVar10; undefined2 extraout_var; ulong in_EAX; ulong uVar11; int iVar12; ulong in_EDX; undefined4 in_EBX; long *plVar13; ulong *puVar14; undefined4 *puVar15; undefined2 *puVar16; ulong *puVar17; undefined2 unaff_DI; long lVar18; uint unaff_SS; uint unaff_DS; uint in_stack_00000000; undefined2 uVar19; undefined2 uVar20; ulong local_c; undefined4 uStack_8; undefined2 uStack_4; if (*(char *)0xe00 != '\0') { FUN_11bd_199a(); uVar8 = FUN_11bd_016c(); in_EAX = (ulong)uVar8; if (*(char *)0xdff == '\0') { if ((*(uint *)0xdfa != 0) && (*(int *)0xadc != 0)) { uStack_8 = (ulong)*(uint *)0xeca * 0x400; local_c = uStack_8 | 0xeee; puVar17 = &local_c; plVar13 = (long *)ZEXT24(&local_c); uVar20 = 0; uVar19 = 0; uVar9 = 4; lVar18 = 0x1000; uVar8 = *(uint *)0xdfa >> 2; uStack_4 = unaff_DI; do { iVar12 = (*(code *)*(undefined2 *)0xaec)(0x11bd,uVar9,uVar19,uVar20,puVar17); if (iVar12 == 0) goto LAB_11bd_7d21; *(long *)plVar13 = *(long *)plVar13 + lVar18; uVar8 = uVar8 - 1; } while (uVar8 != 0); FUN_11bd_0290(); puVar14 = (ulong *)CONCAT22(uStack_4,uStack_8._2_2_); uVar11 = (ulong)puVar14 | 0xeee; uVar8 = *(uint *)0xdfa >> 2; while (uVar11 == *puVar14) { puVar14 = (ulong *)((long)puVar14 + lVar18); uVar11 = uVar11 + lVar18; uVar8 = uVar8 - 1; if (uVar8 == 0) { uVar9 = FUN_11bd_092c(); // WARNING: Read-only address (ram,0x000179f6) is written // WARNING: Read-only address (ram,0x000179f8) is written return uVar9; } } uVar9 = 0x98f1; FUN_11bd_092c(); LAB_11bd_7d21: uVar8 = *(uint *)0xdfa; *(int *)0xeca = *(int *)0xeca + uVar8; uVar19 = *(undefined2 *)0xaa; puVar16 = (undefined2 *)0x0; for (uVar8 = uVar8 >> 1; uVar8 != 0; uVar8 = uVar8 - 1) { puVar4 = puVar16; puVar16 = puVar16 + 1; *puVar4 = 0; } uVar9 = FUN_11bd_1df7(uVar9); return uVar9; } } else { iVar12 = (*(int *)0xece - 0x1000U >> 0xc) + 1; if ((*(byte *)0x47 & 0x80) != 0) { uVar9 = FUN_11bd_79fc(); return uVar9; } // WARNING: Read-only address (ram,0x000179f6) is written iVar6 = *(int *)0xaa; puVar17 = (ulong *)&DAT_0000_0004; in_EAX = *(ulong *)0x0; // WARNING: Read-only address (ram,0x000179f8) is written iRam000179f6 = iVar12; uRam000179f8 = in_EAX; if (*(char *)0xe00 != '\0') { do { pcVar5 = (code *)swi(0x67); uVar9 = (*pcVar5)(); uVar19 = (undefined2)((ulong)in_EBX >> 0x10); if ((char)((uint)uVar9 >> 8) != '\0') { uStack_4 = 0x947b; iVar12 = FUN_11bd_22ad(); iVar6 = (iVar12 + 0x17U >> 4) + iVar6; if ((char)iVar6 != '\0') { uStack_4 = 0x9490; iVar6 = FUN_11bd_22ad(); } *(int *)0xaa = iVar6; *(int *)0xdf4 = iVar6; puVar16 = (undefined2 *)0x0; for (uVar8 = in_stack_00000000 >> 1; uVar8 != 0; uVar8 = uVar8 - 1) { puVar4 = puVar16; puVar16 = puVar16 + 1; *puVar4 = 0; } if ((*(char *)0xdff != '\0') && (*(byte *)0xa16 = *(byte *)0xa16 | 1, (*(byte *)0x11d2 & 1) == 0)) { *(undefined2 *)0xecc = 0xef00; } uVar10 = CONCAT22(uVar19,0x10); lVar18 = (ulong)unaff_DS * 0x10; iVar12 = (int)((ulong)lVar18 >> 0x10); uVar7 = (uint)lVar18; puVar1 = (uint *)0xd34; uVar8 = *puVar1; *puVar1 = *puVar1 + uVar7; *(int *)0xd36 = *(int *)0xd36 + iVar12 + (uint)CARRY2(uVar8,uVar7); puVar1 = (uint *)0xd3c; uVar8 = *puVar1; *puVar1 = *puVar1 + uVar7; *(int *)0xd3e = *(int *)0xd3e + iVar12 + (uint)CARRY2(uVar8,uVar7); puVar1 = (uint *)0xd40; uVar8 = *puVar1; *puVar1 = *puVar1 + uVar7; *(int *)0xd42 = *(int *)0xd42 + iVar12 + (uint)CARRY2(uVar8,uVar7); *(int *)0x91a = uVar7 + 0xd74; *(char *)0x91c = (char)((ulong)lVar18 >> 0x10) + (0xf28b < uVar7); iVar12 = CONCAT11((char)((uint)*(undefined2 *)0xaa >> 8) + '\x01', (char)*(undefined2 *)0xaa); uVar8 = 0; pcVar5 = (code *)swi(0x67); (*pcVar5)(); if (extraout_AH != '\0') { FUN_11bd_2adb(); FUN_11bd_22ad(); } *(undefined4 *)0xd5a = uVar10; if (uVar8 < 0x1000) { uVar8 = 0x1000; } *(uint *)0xeca = uVar8; if (*(char *)0xe00 == '\0') { *(undefined2 *)0xeca = (int)(*(ulong *)0x98 >> 6); *(undefined2 *)0xece = (int)(*(ulong *)0x9c >> 6); uVar8 = *(uint *)0xaa; uVar10 = *(undefined4 *)(uVar8 >> 6); unaff_SS = unaff_DS; } else { uVar11 = (ulong)uVar8; if (*(char *)0xdff != '\0') { uVar11 = 0x1040; *(undefined2 *)0xeca = 0x1040; } *(undefined2 *)0xac = (int)(uVar11 * 0x40); *(undefined2 *)0xae = (int)(uVar11 * 0x40 >> 0x10); uVar8 = *(int *)0xece + *(int *)0xeca; if ((*(char *)0xdff == '\0') && (0x3fff < uVar8)) { uVar8 = 0x4000; } *(uint *)0xece = uVar8; if ((*(byte *)0x47 & 1) != 0) { uVar8 = FUN_11bd_0ef4(); } *(uint *)0xa8 = uVar8; FUN_11bd_7bb6(); iVar6 = (*(byte *)0xe00 >> 3) - 1; puVar15 = (undefined4 *)(iVar12 - 0x100U >> 6); puVar3 = puVar15 + 1; uVar10 = *puVar15; puVar16 = (undefined2 *)0x0; while (iVar6 = iVar6 + -1, iVar6 != 0) { puVar4 = puVar16; puVar16 = puVar16 + 1; puVar2 = puVar3; puVar3 = (undefined4 *)((int)puVar3 + 2); *puVar4 = *(undefined2 *)puVar2; } } *(undefined4 *)0xd38 = uVar10; *(undefined4 *)0xd90 = uVar10; *(undefined2 *)0xaa4 = 0x3d15; *(undefined2 *)0xaa6 = 0x3d68; return 1; } *(int *)0xdf6 = *(int *)0xdf6 + 1; in_EAX = in_EDX | 0x807; puVar14 = puVar17; puVar17 = puVar17 + 1; *puVar14 = in_EAX; iVar12 = iVar12 + -1; in_EDX = CONCAT22(extraout_var,uVar9); } while (iVar12 != 0); } } } return (int)in_EAX; } void __cdecl16far FUN_1991_0846(void) { byte in_CF; byte in_PF; byte in_AF; byte in_ZF; byte in_SF; byte in_TF; byte in_IF; byte in_OF; byte in_NT; byte in_AC; byte in_VIF; byte in_VIP; byte in_ID; FUN_1991_0c9e(0,0x1991,(ulong)(in_NT & 1) * 0x4000 | (ulong)(in_OF & 1) * 0x800 | (ulong)(in_IF & 1) * 0x200 | (ulong)(in_TF & 1) * 0x100 | (ulong)(in_SF & 1) * 0x80 | (ulong)(in_ZF & 1) * 0x40 | (ulong)(in_AF & 1) * 0x10 | (ulong)(in_PF & 1) * 4 | (ulong)(in_CF & 1) | (ulong)(in_ID & 1) * 0x200000 | (ulong)(in_VIP & 1) * 0x100000 | (ulong)(in_VIF & 1) * 0x80000 | (ulong)(in_AC & 1) * 0x40000); return; } void __cdecl16far FUN_1991_0899(void) { code *pcVar1; byte in_AF; byte in_TF; byte in_IF; byte in_NT; byte in_AC; byte in_VIF; byte in_VIP; byte in_ID; if (DAT_8000_324e == '\0') { pcVar1 = (code *)swi(0x31); (*pcVar1)(); return; } FUN_1991_44d6(0,0x1000,(ulong)(in_NT & 1) * 0x4000 | (ulong)(in_IF & 1) * 0x200 | (ulong)(in_TF & 1) * 0x100 | (ulong)(DAT_8000_324e < '\0') * 0x80 | (ulong)(in_AF & 1) * 0x10 | (ulong)((POPCOUNT(DAT_8000_324e) & 1U) == 0) * 4 | (ulong)(in_ID & 1) * 0x200000 | (ulong)(in_VIP & 1) * 0x100000 | (ulong)(in_VIF & 1) * 0x80000 | (ulong)(in_AC & 1) * 0x40000); return; } void __cdecl16near FUN_1991_0a89(void) { return; } int __cdecl16near FUN_1991_0c66(void) { char in_CF; FUN_1991_0846(); return -(uint)(in_CF == '\0'); } // WARNING: Control flow encountered bad instruction data // WARNING: Stack frame is not setup normally: Input value of stackpointer is not used // WARNING: Removing unreachable block (ram,0x0001007f) // WARNING: Removing unreachable block (ram,0x00010083) // WARNING: Globals starting with '_' overlap smaller symbols at the same address undefined2 __cdecl16near FUN_1991_0c9e(void) { byte *pbVar1; undefined1 uVar2; char *pcVar3; uint uVar4; byte bVar5; char cVar6; byte bVar7; byte bVar8; byte bVar9; char *pcVar10; byte bVar15; uint uVar11; undefined2 uVar12; int *piVar13; undefined2 in_AX; byte *pbVar14; undefined2 in_CX; int iVar16; int iVar17; undefined2 uVar18; undefined2 in_DX; char cVar19; char cVar20; undefined2 in_BX; undefined2 *puVar21; undefined2 *puVar22; int iVar23; undefined2 *puVar24; undefined4 in_ESP; undefined1 *puVar25; undefined2 unaff_BP; byte *pbVar26; byte *pbVar27; undefined2 unaff_SI; undefined2 *puVar28; char *pcVar29; undefined2 unaff_DI; char *pcVar30; undefined2 unaff_ES; undefined2 unaff_SS; undefined2 unaff_DS; byte in_AF; bool bVar31; iVar23 = (int)in_ESP; *(undefined2 *)(iVar23 + -8) = in_AX; *(undefined2 *)(iVar23 + -10) = in_CX; *(undefined2 *)(iVar23 + -0xc) = in_DX; *(undefined2 *)(iVar23 + -0xe) = in_BX; *(int *)(iVar23 + -0x10) = iVar23 + -6; *(undefined2 *)(iVar23 + -0x12) = unaff_BP; *(undefined2 *)(iVar23 + -0x14) = unaff_SI; *(undefined2 *)(iVar23 + -0x16) = unaff_DI; *(undefined2 *)(iVar23 + -0x18) = unaff_ES; *(undefined2 *)(iVar23 + -0x1a) = unaff_DS; *(undefined2 *)(iVar23 + -0x1c) = unaff_SS; bVar7 = (byte)((uint)in_AX >> 8); iVar17 = (int)_DAT_8000_3bb6; if ((((_DAT_8000_3bbe != (char *)0x0) && (0xc < bVar7)) && (bVar7 != 0x59)) && ((bVar7 != 0xff && (DAT_8000_43a2 == '\0')))) { iVar17 = (int)_DAT_8000_3bbe + 0x180; _DAT_8000_3bbe = (char *)0x0; } puVar25 = (undefined1 *)(iVar23 + -0x1e); puVar28 = (undefined2 *)(iVar23 + -0x1e); *(int *)(iVar23 + -0x1e) = iVar17; pcVar30 = (char *)(iVar17 + -0x180); *(int *)(iVar23 + -0x20) = (int)_DAT_8000_3bbe; *(undefined2 *)(iVar23 + -0x22) = _DAT_8000_4172; pcVar10 = pcVar30; for (iVar16 = 0xc; iVar16 != 0; iVar16 = iVar16 + -1) { pcVar3 = pcVar10; pcVar10 = pcVar10 + 2; puVar24 = puVar28; puVar28 = puVar28 + 1; *(undefined2 *)pcVar3 = *puVar24; } _DAT_8000_3bb6 = pcVar30; _DAT_8000_3bbe = pcVar30; *(undefined2 *)(iVar17 + -0x15e) = unaff_SS; *(int *)(iVar17 + -0x15a) = iVar23 + -0x1e; if (0x68 < (byte)(bVar7 + 1)) { *(undefined2 *)(iVar23 + -0x24) = 0xa60f; FUN_1991_0d73(); puVar28 = (undefined2 *)(iVar23 + -0x16); pcVar10 = pcVar30 + 8; for (iVar17 = 8; iVar17 != 0; iVar17 = iVar17 + -1) { puVar24 = puVar28; puVar28 = puVar28 + 1; pcVar3 = pcVar10; pcVar10 = pcVar10 + 2; *puVar24 = *(undefined2 *)pcVar3; } *(uint *)(iVar23 + 8) = *(uint *)(pcVar30 + 0x26) & 0xeff; _DAT_8000_4172 = *(undefined2 *)(iVar23 + -0x22); _DAT_8000_3bbe = (char *)*(undefined2 *)(iVar23 + -0x20); _DAT_8000_3bb6 = (char *)*(undefined2 *)(iVar23 + -0x1e); return *(undefined2 *)(iVar23 + -8); } _DAT_8000_3b9e = (uint)(byte)(bVar7 + 1); pbVar14 = (byte *)(_DAT_8000_3b9e * 2); switch(_DAT_8000_3b9e) { case 0: case 4: case 8: case 0xc: case 0x10: case 0x14: case 0x18: case 0x1c: case 0x20: case 0x24: case 0x28: case 0x2c: case 0x30: case 0x34: case 0x38: case 0x3c: case 0x40: case 0x44: case 0x48: case 0x4c: case 0x50: case 0x54: case 0x58: case 0x5c: case 0x60: case 100: case 0x68: pcVar30[(int)puVar28] = pcVar30[(int)puVar28] - (char)pcVar10; cVar19 = '\0'; break; case 1: case 5: case 9: case 0xd: case 0x11: case 0x15: case 0x19: case 0x1d: case 0x21: case 0x25: case 0x29: case 0x2d: case 0x31: case 0x35: case 0x39: case 0x3d: case 0x41: case 0x45: case 0x49: case 0x4d: case 0x51: case 0x55: case 0x59: case 0x5d: case 0x61: case 0x65: puVar22 = (undefined2 *)(iVar23 + -0x24); *(undefined2 *)(iVar23 + -0x24) = 0x8603; FUN_11bd_6a68(); pcVar10 = (char *)*(undefined2 *)(iVar23 + -0x18); if (pcVar10 == (char *)0x0) { pcVar10 = (char *)*(undefined2 *)(iVar23 + -0x1a); *puVar22 = 0x8322; uVar12 = *puVar22; pcVar30 = (char *)0xa2c; pcVar29 = (char *)0xa2c; while( true ) { pcVar3 = pcVar10; pcVar10 = pcVar10 + 1; cVar19 = *pcVar3; if (cVar19 == '\0') break; pcVar3 = pcVar30; pcVar30 = pcVar30 + 1; *pcVar3 = cVar19; if (cVar19 == '\\') { pcVar29 = pcVar30; } } pcVar10 = (char *)0xa7c; } else { *puVar22 = 0x8322; uVar12 = *puVar22; pcVar29 = (char *)0xa2c; } do { pcVar3 = pcVar10; pcVar10 = pcVar10 + 1; cVar19 = *pcVar3; pcVar3 = pcVar29; pcVar29 = pcVar29 + 1; *pcVar3 = cVar19; } while (cVar19 != '\0'); return 0; default: puVar25 = (undefined1 *)0x1; cVar19 = (char)*(undefined2 *)0x10; uVar11 = CONCAT11((char)((uint)pcVar10 >> 8) + (char)((uint)pcVar30 >> 8),(char)pcVar10) - 1; cVar6 = (char)uVar11; pcVar30[(int)puVar28] = pcVar30[(int)puVar28] + cVar6; pcVar30[(int)puVar28] = pcVar30[(int)puVar28] + (char)(uVar11 >> 8); pcVar30[(int)puVar28] = pcVar30[(int)puVar28] + cVar6; pcVar30[(int)puVar28] = pcVar30[(int)puVar28] + cVar6; *(uint *)(pcVar30 + (int)puVar28) = *(int *)(pcVar30 + (int)puVar28) + uVar11; pcVar30[(int)puVar28] = pcVar30[(int)puVar28] + cVar6; pcVar10 = (char *)(uVar11 | 0x18); } *pbVar14 = *pbVar14 | 0x18; pbVar1 = puVar25 + (int)puVar28 + -0x42f3; bVar7 = *pbVar1; *pbVar1 = *pbVar1 + 0x83; pbVar26 = (byte *)((char *)((int)puVar28 + (int)pcVar30) + (0x7c < bVar7)); pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + ((byte)pcVar10 | 0x18); pbVar1 = (byte *)(pcVar30 + (int)pbVar26); bVar7 = *pbVar1; *pbVar1 = *pbVar1 + 0x22; bVar15 = (byte)((uint)pcVar10 >> 8) | pcVar30[(int)pbVar26]; uVar11 = CONCAT11(bVar15,-(0xdd < bVar7)); pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + -(0xdd < bVar7); pbVar1 = pbVar26; bVar7 = *pbVar1; bVar9 = *pbVar1; *pbVar1 = *pbVar1 + bVar15; if (SCARRY1(bVar9,bVar15) == (char)*pbVar1 < '\0') { uVar11 = uVar11 + CARRY1(bVar7,bVar15); pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + (char)uVar11; puVar25[0x2009] = puVar25[0x2009] + '\"'; } bVar7 = (byte)uVar11; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar7; pcVar30[(int)pbVar14] = pcVar30[(int)pbVar14] + bVar7; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar7; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar7; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar7; bVar9 = (byte)(uVar11 >> 8); pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; (pcVar30 + (int)pbVar26)[0x100] = (pcVar30 + (int)pbVar26)[0x100] + bVar9; pcVar3 = pcVar30 + (int)pbVar26; cVar6 = *pcVar3; *pcVar3 = *pcVar3 + cVar19; if (SCARRY1(cVar6,cVar19)) { uVar4 = *(uint *)(pcVar30 + (int)pbVar26); bVar9 = (byte)(uVar11 ^ uVar4); *(char *)(iVar17 + -0xa5) = *(char *)(iVar17 + -0xa5) + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; cVar19 = (char)pcVar30; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + cVar19; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar9; LOCK(); bVar7 = pcVar30[(int)pbVar26]; pcVar30[(int)pbVar26] = bVar9; bVar9 = (byte)((uVar11 ^ uVar4) >> 8); UNLOCK(); pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar7; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + cVar19; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar7; LOCK(); bVar15 = pcVar30[(int)pbVar26]; pcVar30[(int)pbVar26] = bVar7; UNLOCK(); pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar15; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + cVar19; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar15; LOCK(); bVar7 = pcVar30[(int)pbVar26]; pcVar30[(int)pbVar26] = bVar15; UNLOCK(); pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar7; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + cVar19; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar7; LOCK(); bVar15 = pcVar30[(int)pbVar26]; pcVar30[(int)pbVar26] = bVar7; UNLOCK(); pbVar27 = pbVar26; LAB_1000_00df: pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + bVar15; } else { pcVar30[(int)pbVar14] = pcVar30[(int)pbVar14] + bVar7; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar7; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar7; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] + bVar7; pbVar1 = pbVar26 + 0x4f; bVar15 = *pbVar1; *pbVar1 = *pbVar1 + bVar7; *(undefined2 *)(iVar23 + -0x24) = pcVar30; bVar5 = 9 < (bVar7 & 0xf) | in_AF; bVar8 = bVar7 + bVar5 * -6; bVar15 = bVar8 + (0x9f < bVar8 | CARRY1(bVar15,bVar7) | bVar5 * (bVar8 < 6)) * -0x60 ^ 0x47; pcVar30[(int)pbVar26] = pcVar30[(int)pbVar26] & bVar9; bVar31 = SCARRY2((int)pcVar30,1); pcVar30 = (char *)(iVar17 + -0x17f); pbVar27 = pbVar26 + 2; out(*(undefined2 *)pbVar26,0x8322); if (!bVar31) { puVar24 = (undefined2 *)(CONCAT22((int)((ulong)in_ESP >> 0x10),iVar23 + -0x24) + -2); *puVar24 = 0x2074; (puVar25 + (int)pbVar14)[0x29] = (puVar25 + (int)pbVar14)[0x29] - bVar15; pbVar1 = puVar25 + (int)pbVar27 + 0x61; *pbVar1 = *pbVar1 & 0x22; if (*pbVar1 != 0) { out(*(undefined2 *)pbVar27,0x8322); out(pbVar26[4],0x8322); puVar21 = (undefined2 *)puVar24; pbVar27 = (byte *)puVar21[1]; puVar25 = (undefined1 *)puVar21[2]; pcVar30 = (char *)puVar21[4]; uVar18 = puVar21[5]; uVar12 = puVar21[7]; pbVar14 = (undefined1 *)*puVar21 + 1; uVar2 = in(uVar18); *(undefined1 *)*puVar21 = uVar2; (puVar25 + (int)pbVar14)[0x79] = (puVar25 + (int)pbVar14)[0x79] & (byte)uVar18; goto LAB_1000_00f3; } goto LAB_1000_00df; } } uVar18 = 0x8322; cVar19 = (char)pcVar30; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + bVar15; LOCK(); bVar7 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = bVar15; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + bVar7; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + bVar7; LOCK(); bVar15 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = bVar7; uVar12 = CONCAT11(bVar9,bVar15); UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + bVar15; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LAB_1000_00f3: pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + (char)uVar12; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = (char)uVar12; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; cVar20 = (char)pcVar30; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; LOCK(); cVar19 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar6; UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar19; LOCK(); cVar6 = pcVar30[(int)pbVar27]; pcVar30[(int)pbVar27] = cVar19; piVar13 = (int *)CONCAT11((char)((uint)uVar12 >> 8),cVar6); UNLOCK(); pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; *pcVar30 = *pcVar30 + cVar20; pcVar30[(int)pbVar27] = pcVar30[(int)pbVar27] + cVar6; *(byte *)((int)piVar13 + (int)pbVar27) = *(byte *)((int)piVar13 + (int)pbVar27) + cVar20; *piVar13 = *piVar13 + 1; *(byte *)((int)piVar13 + (int)pbVar27) = *(byte *)((int)piVar13 + (int)pbVar27) + cVar20; puVar25[(int)pbVar14] = puVar25[(int)pbVar14] + (char)uVar18; // WARNING: Bad instruction - Truncating control flow here halt_baddata(); } // WARNING: Control flow encountered bad instruction data undefined4 __cdecl16near FUN_1991_0d73(void) { int iVar1; code *pcVar2; undefined2 uVar3; uint uVar4; undefined2 in_AX; undefined2 in_DX; int in_BX; int unaff_BP; int unaff_DI; undefined2 unaff_SS; undefined2 unaff_DS; undefined4 uVar5; undefined1 *puVar6; uVar5 = CONCAT22(in_DX,in_AX); if (*(char *)0x2e != '\0') { // WARNING: Bad instruction - Truncating control flow here halt_baddata(); } while( true ) { uVar3 = (undefined2)uVar5; iVar1 = in_BX + 4; in_BX = unaff_BP; puVar6 = (undefined1 *)register0x00000010; uVar4 = (*(code *)*(undefined2 *)0x22)(0x1991,0x21,iVar1); *(undefined2 *)(*(int *)0x99e + 0x26) = CONCAT11((byte)((uVar4 & 0xfdff) >> 8) | (byte)((uint)*(undefined2 *)(unaff_BP + 0x26) >> 8) & 2,(char)(uVar4 & 0xfdff)); if (*(char *)0xc45 == '\0') break; *(undefined1 *)0xc45 = 0; pcVar2 = (code *)swi(0x21); uVar5 = (*pcVar2)(uVar3); unaff_BP = unaff_DI; unaff_DI = iVar1; } return CONCAT22(puVar6,(int)((ulong)uVar5 >> 0x10)); } undefined2 __cdecl16near FUN_1991_0fc3(void) { uint in_CX; uint in_DX; uint unaff_DI; uint uVar1; undefined2 unaff_DS; if (*(char *)0x2e == '\0') { FUN_1991_0899(); } else { uVar1 = unaff_DI & 0xfff8; in_DX = *(uint *)(uVar1 + 2); in_CX = CONCAT11(*(undefined1 *)(uVar1 + 7),*(undefined1 *)(uVar1 + 4)); } if ((in_CX < 0x10) && ((in_DX & 0xf) == 0)) { return CONCAT11((byte)(in_DX >> 0xc) | (char)in_CX << 4,(char)(in_DX >> 4)); } return *(undefined2 *)0x9b4; } void __cdecl16near FUN_1991_1002(void) { undefined2 uVar1; int in_BX; undefined2 unaff_DS; uVar1 = FUN_1991_0fc3(); *(undefined2 *)(in_BX + 6) = uVar1; return; } undefined2 __cdecl16near FUN_1991_1538(int param_1) { undefined2 uVar1; int iVar2; undefined2 unaff_SS; undefined2 unaff_DS; iVar2 = *(int *)0x996; *(undefined1 *)(iVar2 + 0x17) = 0x48; FUN_1991_0d73(); uVar1 = *(undefined2 *)(iVar2 + 0x10); *(undefined2 *)(param_1 + 0x10) = uVar1; *(undefined2 *)0x11fa = uVar1; uVar1 = *(undefined2 *)(iVar2 + 0x16); *(undefined2 *)(param_1 + 0x16) = uVar1; if ((*(byte *)(iVar2 + 0x26) & 1) != 0) { uVar1 = 0; } return uVar1; } byte __cdecl16near FUN_1991_158f(void) { int iVar1; undefined2 unaff_DS; iVar1 = *(int *)0x996; *(undefined1 *)(iVar1 + 0x17) = 0x49; FUN_1991_0d73(); return *(byte *)(iVar1 + 0x26) & 1; } ulong FUN_1991_15b5(int param_1) { undefined2 uVar1; code *pcVar2; uint uVar3; int iVar4; undefined2 unaff_SS; undefined2 unaff_DS; undefined1 in_CF; ulong uVar5; iVar4 = *(int *)0x996; FUN_1991_1002(); if ((bool)in_CF) { FUN_1991_0d73(); uVar1 = *(undefined2 *)(iVar4 + 0x10); *(undefined2 *)(param_1 + 0x10) = uVar1; *(undefined2 *)0x11fa = uVar1; uVar3 = *(uint *)(iVar4 + 0x16); *(uint *)(param_1 + 0x16) = uVar3; if ((*(byte *)(iVar4 + 0x26) & 1) != 0) { uVar3 = 0; } return (ulong)uVar3; } pcVar2 = (code *)swi(3); uVar5 = (*pcVar2)(); return uVar5; } // WARNING: Globals starting with '_' overlap smaller symbols at the same address void __cdecl16far FUN_1991_1f26(undefined4 param_1) { uint uVar1; undefined2 *puVar2; undefined2 *puVar3; undefined2 uVar4; puVar2 = _DAT_0000_0c9c; uVar4 = (undefined2)((ulong)param_1 >> 0x10); uVar1 = *(uint *)((int)param_1 + 2); *(undefined2 *)((int)param_1 + 2) = _DAT_0000_0c9c; puVar3 = (undefined2 *)(uVar1 & 0xfff8); *puVar2 = *puVar3; puVar2[1] = puVar3[1]; puVar2[2] = CONCAT11(0x9b,(char)puVar3[2]); puVar2[3] = puVar3[3]; return; } undefined1 __cdecl16near FUN_1991_21a3(void) { undefined1 *puVar1; undefined1 uVar2; undefined1 in_AL; int unaff_BP; undefined2 unaff_SS; LOCK(); puVar1 = (undefined1 *)(*(int *)(unaff_BP + 0x1c) + 5); uVar2 = *puVar1; *puVar1 = in_AL; UNLOCK(); return uVar2; } undefined2 FUN_1991_21ae(uint param_1,uint param_2) { undefined2 unaff_DS; if ((*(uint *)0x9a <= param_2) && ((param_2 != *(uint *)0x9a || (*(uint *)0x98 <= param_1)))) { if ((param_2 <= *(uint *)0x9e) && ((param_2 < *(uint *)0x9e || (param_1 <= *(uint *)0x9c)))) { return 1; } } return 0; } long __cdecl16near FUN_1991_21e2(void) { uint uVar1; long lVar2; int iVar3; uint uVar4; int iVar5; undefined2 unaff_DS; long lVar6; long lVar7; iVar5 = 0; *(undefined2 *)0x11fc = 0; *(undefined2 *)0x11fa = 0; uVar4 = *(uint *)0x98; uVar1 = *(uint *)0x9a; lVar6 = 0; if ((uVar1 <= *(uint *)0x9e) && ((lVar2 = 0, lVar7 = CONCAT22(uVar1,uVar4), uVar1 < *(uint *)0x9e || (lVar2 = 0, lVar7 = CONCAT22(uVar1,uVar4), lVar6 = 0, uVar4 < *(uint *)0x9c)))) { for (; lVar6 = lVar2, lVar7 != 0; lVar7 = FUN_1991_4031(lVar7,0)) { lVar6 = FUN_1991_4031(lVar7,4); uVar4 = (uint)((ulong)lVar6 >> 0x10); lVar2 = lVar6 + lVar2; if ((*(uint *)0x11fc <= uVar4) && ((*(uint *)0x11fc < uVar4 || (*(uint *)0x11fa < (uint)lVar6)))) { *(uint *)0x11fa = (uint)lVar6; *(uint *)0x11fc = uVar4; } iVar5 = iVar5 + -1; if (iVar5 == 0) { LAB_1991_225c: thunk_EXT_FUN_0000_242d(0x1c); } else { iVar3 = FUN_1991_21ae(lVar7); if (iVar3 == 0) goto LAB_1991_225c; } } } return lVar6; } void __cdecl16near FUN_1991_2282(uint param_1,int param_2) { uint *puVar1; int *piVar2; uint uVar3; int iVar4; undefined2 unaff_DS; if (*(int *)0xa2 != 0) { iVar4 = *(int *)0xa0; FUN_1991_3f74(0x60,*(undefined2 *)0xa2,0,0xffff,0x92); puVar1 = (uint *)(iVar4 + 0xc); uVar3 = *puVar1; *puVar1 = *puVar1 + param_1; piVar2 = (int *)(iVar4 + 0xe); *piVar2 = *piVar2 + param_2 + (uint)CARRY2(uVar3,param_1); } return; } // WARNING: Removing unreachable block (ram,0x0001bdc8) // WARNING: Removing unreachable block (ram,0x0001bc46) // WARNING: Removing unreachable block (ram,0x0001bd67) ulong __cdecl16near FUN_1991_22bb(int param_1,int param_2) { uint uVar1; bool bVar2; ulong uVar3; int iVar4; uint uVar5; undefined2 unaff_DS; ulong uVar6; ulong uVar7; undefined4 uVar8; long lVar9; long lVar10; long lVar11; undefined2 local_4; lVar9 = CONCAT22(param_2,param_1); LAB_1991_22bf: *(undefined2 *)0x11fc = 0; *(undefined2 *)0x11fa = 0; bVar2 = false; do { uVar5 = *(uint *)0x98; uVar1 = *(uint *)0x9a; if (((*(uint *)0x9e < uVar1) || ((*(uint *)0x9e <= uVar1 && (*(uint *)0x9c <= uVar5)))) || ((param_2 < 1 && ((param_2 < 0 || (param_1 == 0)))))) { return 0; } uVar6 = FUN_1991_4031(uVar5,uVar1,0); uVar7 = CONCAT22(uVar1,uVar5); while (uVar3 = uVar6, local_4 = (undefined2)(uVar3 >> 0x10), uVar3 != 0) { lVar11 = FUN_1991_4031(uVar3,4); uVar5 = (uint)((ulong)lVar11 >> 0x10); if (lVar9 <= lVar11) { if ((*(char *)0x2e == '\v') && (iVar4 = FUN_1991_587c(), iVar4 == 0)) { iVar4 = FUN_1991_57b8(local_4,uVar3 + lVar9); if (0 < iVar4) goto LAB_1991_22bf; if (iVar4 < 0) break; } if (lVar11 != lVar9) { uVar7 = FUN_1991_4047(uVar7,0,uVar3 + lVar9,4,lVar11 - lVar9); FUN_1991_4047(uVar7); } uVar8 = FUN_1991_4031(uVar3,0); lVar9 = FUN_1991_4047(uVar7,0,uVar8); if ((lVar9 != 0) && (iVar4 = FUN_1991_21ae(lVar9), iVar4 == 0)) { thunk_EXT_FUN_0000_242d(0x1d); } FUN_1991_2282(-param_1,-(param_2 + (uint)(param_1 != 0))); return uVar3; } if ((*(uint *)0x11fc <= uVar5) && ((*(uint *)0x11fc < uVar5 || (*(uint *)0x11fa < (uint)lVar11)))) { *(uint *)0x11fa = (uint)lVar11; *(uint *)0x11fc = uVar5; } uVar6 = FUN_1991_4031(uVar3,0); uVar7 = uVar3; if ((uVar6 != 0) && ((uVar6 < uVar3 || (iVar4 = FUN_1991_21ae(uVar6), iVar4 == 0)))) { thunk_EXT_FUN_0000_242d(0x1d); } } if (*(int *)0x1206 == 0) { return 0; } if (bVar2) { return 0; } iVar4 = *(int *)0x1206 << 10; uVar5 = iVar4 >> 0xf | *(uint *)0x1206 >> 6; lVar10 = FUN_1991_40b7(param_1,param_2); lVar11 = CONCAT22(uVar5,iVar4); if (CONCAT22(uVar5,iVar4) < lVar10) { lVar11 = lVar10; } lVar11 = FUN_1991_3b52(lVar11 + CONCAT22(*(undefined2 *)0xaaa,*(undefined2 *)0xaa8),1); if (lVar11 == 0) { return 0; } bVar2 = true; } while( true ); } void FUN_1991_24e4(void) { code *pcVar1; pcVar1 = (code *)swi(0x15); (*pcVar1)(); return; } // WARNING: Removing unreachable block (ram,0x0001bec5) // WARNING: Removing unreachable block (ram,0x0001be77) // WARNING: Removing unreachable block (ram,0x0001bee8) void __cdecl16near FUN_1991_24f0(uint param_1,uint param_2,uint param_3,int param_4) { ulong uVar1; ulong uVar2; int iVar3; uint uVar4; undefined2 unaff_DS; ulong uVar5; long lVar6; long lVar7; long lVar8; undefined4 uVar9; uVar1 = CONCAT22(param_2,param_1); if ((*(uint *)0x9a <= param_2) && ((*(uint *)0x9a < param_2 || (*(uint *)0x98 <= param_1)))) { uVar4 = param_2 + param_4 + (uint)CARRY2(param_1,param_3); if ((uVar4 <= *(uint *)0x9e) && (((uVar4 < *(uint *)0x9e || (param_1 + param_3 <= *(uint *)0x9c)) && (param_4 != 0 || param_3 != 0)))) { if ((*(byte *)0x47 & 0x80) != 0) { FUN_1991_24e4(0x111c); } uVar5 = CONCAT22(*(undefined2 *)0x9a,*(undefined2 *)0x98); do { uVar2 = uVar5; uVar5 = FUN_1991_4031(uVar2,0); if (uVar1 <= uVar5) break; } while (uVar5 != 0); if (((uVar5 != uVar1) && ((uVar5 == 0 || (CONCAT22(param_4 + param_2 + (uint)CARRY2(param_3,param_1),param_3 + param_1) <= uVar5)) )) && (lVar6 = FUN_1991_4031(uVar2,4), lVar6 + uVar2 <= uVar1)) { FUN_1991_4047(uVar2,0,param_1,param_2); FUN_1991_4047(param_1,param_2,0,uVar5); lVar6 = CONCAT22(param_4,param_3); lVar7 = FUN_1991_4031(uVar2,4); if (lVar7 + uVar2 == uVar1) { lVar6 = FUN_1991_4031(uVar2,4); lVar6 = lVar6 + CONCAT22(param_4,param_3); FUN_1991_4047(uVar2,4,lVar6); FUN_1991_4047(uVar2,0,uVar5); uVar1 = uVar2; } else { FUN_1991_4047(param_1,param_2,4,param_3,param_4); } lVar7 = FUN_1991_4031(uVar1,4); if (lVar7 + uVar1 == uVar5) { lVar7 = FUN_1991_4031(lVar7 + uVar1,4); lVar8 = FUN_1991_4031(uVar1,4); lVar6 = lVar7 + lVar8; FUN_1991_4047(uVar1,4,lVar8 + lVar7); uVar9 = FUN_1991_4031(uVar5,0); FUN_1991_4047(uVar1,0,uVar9); } FUN_1991_2282(param_3,param_4); if ((*(char *)0x2e == '\v') && (((*(byte *)0x15 & 0x40) != 0) != ((*(byte *)0x47 & 0x80) != 0))) { uVar4 = -(uint)(*(char *)0x9f8 == '\0') & 0x7ff; iVar3 = (int)(lVar6 + uVar1); FUN_1991_5874(uVar1 + 1,iVar3 + -1,(int)(lVar6 + uVar1 >> 0x10) - (uint)(iVar3 == 0), CONCAT11((char)(uVar4 >> 8) + -0x10,(char)uVar4)); } } if ((*(byte *)0x47 & 0x80) != 0) { FUN_1991_24e4(0x111b); } } } return; } // WARNING: Removing unreachable block (ram,0x0001c104) undefined2 __cdecl16near FUN_1991_277c(uint param_1,int param_2,uint param_3,int param_4,uint param_5,int param_6) { uint uVar1; int iVar2; ulong uVar3; long lVar4; uint uVar5; int iVar6; int iVar7; undefined2 unaff_DS; long lVar8; ulong uVar9; undefined4 uVar10; uVar5 = param_3 + param_1; iVar7 = param_4 + param_2 + (uint)CARRY2(param_3,param_1); uVar1 = param_5 - param_3; iVar2 = (param_6 - param_4) - (uint)(param_5 < param_3); uVar3 = CONCAT22(iVar2,uVar1); do { lVar8 = CONCAT22(*(undefined2 *)0x9a,*(undefined2 *)0x98); do { lVar4 = lVar8; lVar8 = FUN_1991_4031(lVar4,0); if (lVar8 == 0) { return 0; } } while (lVar8 != CONCAT22(iVar7,uVar5)); uVar9 = FUN_1991_4031(lVar8,4); if (uVar9 < uVar3) { return 0; } if (*(char *)0x2e != '\v') break; iVar6 = FUN_1991_57b8((int)((ulong)lVar8 >> 0x10),lVar8 + uVar3); if (iVar6 < 0) { return 0; } } while (0 < iVar6); uVar10 = FUN_1991_4031(lVar8,0); FUN_1991_4047(lVar4,0,uVar10); FUN_1991_2282(-(int)uVar9,-((int)(uVar9 >> 0x10) + (uint)((int)uVar9 != 0))); if (uVar9 != uVar3) { FUN_1991_24f0(uVar5 + uVar1,iVar7 + iVar2 + (uint)CARRY2(uVar5,uVar1),uVar9 - uVar3); } return 1; } ulong __cdecl16near FUN_1991_28a0(uint param_1,int param_2) { uint uVar1; uint uVar2; int iVar3; long lVar4; char local_a; uVar1 = param_1 + 0xff; param_2 = param_2 + (uint)(0xff00 < param_1); lVar4 = FUN_1991_22bb(uVar1,param_2); if (lVar4 == 0) { return 0; } iVar3 = (int)((ulong)(lVar4 + 0xff) >> 0x10); uVar2 = (uint)(lVar4 + 0xff) & 0xff00; FUN_1991_24f0(lVar4,uVar2 - (uint)lVar4, (iVar3 - (int)((ulong)lVar4 >> 0x10)) - (uint)(uVar2 < (uint)lVar4)); param_1._0_1_ = (char)uVar1; local_a = (char)lVar4; FUN_1991_24f0((uVar1 & 0xff00) + uVar2,param_2 + iVar3 + (uint)CARRY2(uVar1 & 0xff00,uVar2), (char)param_1 + local_a,0); return lVar4 + 0xffU & 0xffffff00; } bool FUN_1991_2916(undefined2 param_1,undefined2 param_2,undefined2 param_3,undefined2 param_4) { undefined2 unaff_DS; long lVar1; lVar1 = FUN_1991_22bb(1,0); if (lVar1 != 0) { FUN_1991_4047(lVar1,8,param_3,param_4); FUN_1991_4047(lVar1,0xc,param_1,param_2); FUN_1991_4047(lVar1,4,0xdead,0xdead); FUN_1991_4047(lVar1,0,*(undefined2 *)0xc10,*(undefined2 *)0xc12); *(undefined2 *)0xc10 = (int)lVar1; *(undefined2 *)0xc12 = (int)((ulong)lVar1 >> 0x10); } return lVar1 != 0; } long __cdecl16near FUN_1991_2999(uint param_1,int param_2) { uint uVar1; int iVar2; undefined2 uVar3; undefined4 uVar4; long lVar5; lVar5 = 0; if ((-1 < param_2) && ((0 < param_2 || (lVar5 = 0, param_1 != 0)))) { uVar4 = FUN_1991_409c(param_1 + 0xfff,param_2 + (uint)(0xf000 < param_1)); uVar3 = (undefined2)((ulong)uVar4 >> 0x10); uVar1 = (uint)uVar4 & 0xff00; lVar5 = FUN_1991_28a0(uVar1,uVar3); if (lVar5 != 0) { iVar2 = FUN_1991_2916(uVar1,uVar3,lVar5); if (iVar2 == 0) { FUN_1991_24f0(lVar5,uVar1,uVar3); lVar5 = 0; } } } return lVar5; } undefined2 FUN_1991_2a0d(undefined2 param_1,undefined2 param_2) { uint uVar1; int iVar2; undefined2 unaff_DS; long lVar3; long lVar4; long lVar5; undefined4 uVar6; lVar3 = FUN_1991_40b7(*(undefined2 *)0x9b4,0); uVar1 = (uint)(lVar3 + 0xc10) & 0xf; lVar3 = FUN_1991_409c(lVar3 + 0xc10,uVar1); while( true ) { lVar4 = FUN_1991_4031(lVar3,uVar1); iVar2 = FUN_1991_21ae(lVar4); if ((iVar2 == 0) || (lVar5 = FUN_1991_4031(lVar4,4), lVar5 != -0x21522153)) break; if (lVar4 == CONCAT22(param_2,param_1)) { FUN_1991_4047(param_1,param_2,4,0xbad0,0xbad0); uVar6 = FUN_1991_4031(param_1,param_2,0); FUN_1991_4047(lVar3,uVar1,uVar6); FUN_1991_24f0(param_1,param_2,1,0); return 1; } uVar1 = 0; lVar3 = lVar4; } return 0; } undefined2 __cdecl16near FUN_1991_2ae1(undefined2 param_1,undefined2 param_2) { int iVar1; undefined4 uVar2; undefined4 uVar3; iVar1 = FUN_1991_21ae(param_1,param_2); if (iVar1 != 0) { uVar2 = FUN_1991_4031(param_1,param_2,8); uVar3 = FUN_1991_4031(param_1,param_2,0xc); iVar1 = FUN_1991_2a0d(param_1,param_2); if (iVar1 != 0) { FUN_1991_24f0(uVar2,uVar3); return 1; } } return 0; } // WARNING: Removing unreachable block (ram,0x0001c4f3) long __cdecl16near FUN_1991_2b3f(undefined2 param_1,undefined2 param_2,uint param_3,int param_4) { int iVar1; long lVar2; undefined2 unaff_SI; undefined2 *puVar3; undefined2 unaff_DI; undefined2 *puVar4; undefined2 unaff_DS; long lVar5; long lVar6; long lVar7; long lVar8; undefined4 uVar9; uVar9 = CONCAT22(unaff_DI,unaff_SI); iVar1 = FUN_1991_21ae(param_1,param_2); if (((iVar1 != 0) && (lVar5 = FUN_1991_4031(param_1,param_2,4,uVar9), lVar5 == -0x21522153)) && ((0 < param_4 || ((-1 < param_4 && (param_3 != 0)))))) { lVar5 = FUN_1991_4031(param_1,param_2,0xc,uVar9); lVar6 = FUN_1991_4031(param_1,param_2,8); lVar7 = FUN_1991_409c(param_3 + 0xfff & 0xf000,param_4 + (uint)(0xf000 < param_3)); if (lVar5 == lVar7) { return lVar6; } if (lVar7 < lVar5) { FUN_1991_24f0(lVar6 + lVar7,lVar5 - lVar7); FUN_1991_4047(param_1,param_2,0xc,lVar7); return lVar6; } iVar1 = FUN_1991_277c(lVar6,lVar5,lVar7); if (iVar1 != 0) { FUN_1991_4047(param_1,param_2,0xc,lVar7); return lVar6; } lVar8 = FUN_1991_28a0(lVar7); if (lVar8 != 0) { FUN_1991_3f74(*(undefined2 *)0xc14,lVar6,0xffff,0x92); FUN_1991_3f74(0x60,lVar8,0xffff,0x92); *(byte *)(*(int *)0xc14 + 6) = *(byte *)(*(int *)0xc14 + 6) | 0x8f; puVar3 = (undefined2 *)0x0; puVar4 = (undefined2 *)0x0; for (lVar2 = lVar5 << 3; lVar2 != 0; lVar2 = lVar2 + -1) { *puVar4 = *puVar3; puVar3 = puVar3 + 1; puVar4 = puVar4 + 1; } DAT_0000_00e6 = DAT_0000_00e6 & 0x70; *(byte *)(*(int *)0xc14 + 6) = *(byte *)(*(int *)0xc14 + 6) & 0x70; FUN_1991_4047(param_1,param_2,8,lVar8); FUN_1991_4047(param_1,param_2,0xc,lVar7); FUN_1991_24f0(lVar6,lVar5); return lVar8; } } return 0; } uint __cdecl16near FUN_1991_2d12(uint param_1) { undefined2 unaff_DS; if (((*(char *)0x2e != '\0') && (param_1 < *(uint *)0x97c)) && (*(char *)((param_1 & 0xfff8) + 5) == '\0')) { return param_1; } return 0; } void __cdecl16near FUN_1991_2d3e(undefined4 param_1,uint param_2) { byte *pbVar1; char cVar2; byte bVar3; int iVar4; int iVar5; uint uVar6; undefined2 uVar7; undefined2 unaff_DS; long lVar8; int local_16; int local_14; int local_12; undefined2 local_10; undefined1 local_e; undefined1 local_d; undefined4 local_c; uint local_8; uint local_6; uint local_4; *(undefined2 *)0x38 = 0; uVar7 = (undefined2)((ulong)param_1 >> 0x10); iVar5 = (int)param_1; *(undefined2 *)(iVar5 + 0x16) = 0x18; *(byte *)(iVar5 + 0x26) = *(byte *)(iVar5 + 0x26) | 1; uVar6 = *(uint *)(iVar5 + 0x10); if (uVar6 == 0) { uVar6 = 1; } local_8 = uVar6 >> 0xc; if ((uVar6 & 0xfff) != 0) { local_8 = local_8 + 1; } local_4 = 0x92; cVar2 = *(char *)0x980; if (cVar2 == '\x01') { lVar8 = FUN_1991_1538(iVar5); local_c = 0; if (lVar8 != 0) goto LAB_1991_2da0; } else if (cVar2 != '\x02') { if (cVar2 != '\x03') { if (cVar2 == '\x04') { if (local_8 != 1) { return; } if (uVar6 < 7) { *(undefined2 *)(iVar5 + 0x10) = 7; *(undefined2 *)(*(int *)0x996 + 0x10) = 7; } lVar8 = FUN_1991_1538(iVar5); local_4 = local_4 | 0x60; goto LAB_1991_2da0; } if (cVar2 == '\x05') { if (local_8 != 1) { return; } *(int *)(iVar5 + 0x10) = uVar6 + 7; *(int *)(*(int *)0x996 + 0x10) = uVar6 + 7; iVar4 = FUN_1991_1538(iVar5); local_c._0_2_ = iVar4 + 7U & 0xfff8; local_c._2_2_ = 0; FUN_1991_39be((uint)local_c,iVar4); lVar8 = CONCAT22(local_c._2_2_,(uint)local_c); goto LAB_1991_2da0; } lVar8 = FUN_1991_22bb(uVar6,0); local_c = 0; if (lVar8 != 0) goto LAB_1991_2da0; } lVar8 = FUN_1991_1538(iVar5); goto LAB_1991_2da0; } lVar8 = FUN_1991_22bb(uVar6,0); LAB_1991_2da0: local_c._0_2_ = (uint)lVar8; if (lVar8 == 0) { *(undefined2 *)(iVar5 + 0x16) = 8; *(undefined2 *)(iVar5 + 0x10) = *(undefined2 *)0x11fa; } else { if (param_2 == 0) { if (*(char *)0x980 < '\x04') { local_c = lVar8; param_2 = FUN_1991_41cf(local_8); lVar8 = local_c; } else { param_2 = FUN_1991_2d12((uint)local_c); local_c = lVar8; lVar8 = local_c; } local_c._2_2_ = (int)((ulong)lVar8 >> 0x10); local_c._0_2_ = (uint)lVar8; if (param_2 == 0) { local_c = lVar8; if (local_c._2_2_ == 0) { *(undefined2 *)(*(int *)0x996 + 6) = (uint)local_c; FUN_1991_158f(iVar5); } else { FUN_1991_24f0(lVar8,uVar6,0); } *(undefined2 *)(iVar5 + 0x16) = 0x1f; return; } } *(uint *)(iVar5 + 0x16) = param_2; *(byte *)(iVar5 + 0x26) = *(byte *)(iVar5 + 0x26) & 0xfe; do { local_c._2_2_ = (int)((ulong)lVar8 >> 0x10); local_c._0_2_ = (uint)lVar8; if (uVar6 < 0x1000) { iVar5 = uVar6 << 4; } else { iVar5 = 0; } local_e = (undefined1)local_4; local_d = 0; local_10 = 0; local_16 = (uint)local_c << 4; local_14 = local_c._2_2_ * 0x10 + ((uint)local_c >> 0xc); local_12 = iVar5 + -1; local_c = lVar8; iVar4 = FUN_1991_4108(param_2,&local_16); if (iVar4 == 0) { thunk_EXT_FUN_0000_242d(0x101); } bVar3 = *(byte *)0x14; local_6 = bVar3 & 0x60; if ((bVar3 & 0x60) != 0) { FUN_1991_3fb3(param_2,0,iVar5,-(uint)((bVar3 & 0x20) == 0)); } local_c = local_c + 0x1000; *(undefined1 *)((param_2 >> 3) + *(int *)0xaa0) = 3; param_2 = param_2 + 8; iVar5 = FUN_1991_3fd7(iVar5 + -1); uVar6 = uVar6 - iVar5; lVar8 = local_c; } while (uVar6 != 0); pbVar1 = (byte *)((param_2 >> 3) + *(int *)0xaa0 + -1); *pbVar1 = *pbVar1 & 0xfd; } return; } void __cdecl16near FUN_1991_2f6e(undefined4 param_1) { byte *pbVar1; byte bVar2; uint uVar3; long lVar4; int iVar5; uint uVar6; uint uVar7; int iVar8; undefined2 uVar9; undefined2 unaff_DS; long lVar10; int local_1a; uint local_18; int local_16; byte local_12; undefined4 local_10; undefined4 local_c; char local_8; uint local_6; uint local_4; *(undefined2 *)0x38 = 0; local_8 = '\0'; uVar9 = (undefined2)((ulong)param_1 >> 0x10); iVar8 = (int)param_1; *(undefined2 *)(iVar8 + 0x16) = 1; uVar3 = *(uint *)(iVar8 + 0x10); if (0x1000 < uVar3) { return; } if (uVar3 == 0) { return; } local_4 = *(uint *)(iVar8 + 6); if (*(uint *)0x97c <= local_4) { return; } iVar5 = FUN_1991_416e(local_4,&local_1a); if (iVar5 == 0) { return; } if ((local_12 & 0x10) == 0) { return; } uVar6 = FUN_1991_3fd7(local_16); lVar10 = FUN_1991_409c(local_1a,local_18); if ((lVar10 != 0) && ((*(byte *)((local_4 >> 3) + *(int *)0xaa0) & 1) == 0)) { return; } *(undefined2 *)(iVar8 + 0x16) = 8; *(undefined2 *)(iVar8 + 0x10) = 0; local_c = lVar10; local_10 = lVar10; if (((lVar10 == 0) && (*(char *)0x980 < '\x03')) || (0xf < local_18)) { if ((uVar6 == uVar3) && ('\x02' < *(char *)0x980)) { lVar10 = FUN_1991_1538(iVar8); goto joined_r0x0001c948; } if (uVar6 <= uVar3) { if (uVar3 <= uVar6) goto LAB_1991_311f; iVar5 = FUN_1991_277c(lVar10,uVar6,0,uVar3,0); lVar10 = local_c; if (iVar5 != 0) goto LAB_1991_311f; goto LAB_1991_307c; } uVar7 = uVar6 - uVar3; iVar5 = -(uint)(uVar6 < uVar3); lVar4 = lVar10 + (ulong)uVar3; } else { lVar10 = FUN_1991_15b5(iVar8); if (lVar10 != 0) goto LAB_1991_311f; local_c = 0; if ('\x02' < *(char *)0x980) { return; } LAB_1991_307c: lVar10 = FUN_1991_22bb(uVar3,0); if (lVar10 == 0) { if (*(char *)0x980 == '\x02') { return; } *(uint *)(*(int *)0x996 + 0x10) = uVar3; local_c = lVar10; lVar10 = FUN_1991_1538(iVar8); joined_r0x0001c948: if (lVar10 == 0) { return; } } if (uVar6 == 0) goto LAB_1991_311f; local_c = lVar10; FUN_1991_0a89(0); local_8 = local_8 + '\x01'; FUN_1991_3eaa(local_c,local_4); if (local_18 < 0x10) { iVar5 = *(int *)0x996; *(undefined2 *)(iVar5 + 0x16) = 0x4900; *(undefined2 *)(iVar5 + 6) = (int)local_10; FUN_1991_158f(iVar8); lVar10 = local_c; goto LAB_1991_311f; } iVar5 = 0; uVar7 = uVar6; lVar10 = local_10; lVar4 = local_10; } local_10 = lVar10; FUN_1991_24f0(lVar4,uVar7,iVar5); lVar10 = local_c; LAB_1991_311f: local_c._2_2_ = (int)((ulong)lVar10 >> 0x10); local_c._0_2_ = (uint)lVar10; local_16 = uVar3 * 0x10 + -1; local_10._0_2_ = local_1a; local_10._2_2_ = local_18; local_1a = (uint)local_c << 4; local_18 = local_c._2_2_ * 0x10 + ((uint)local_c >> 0xc); local_c = lVar10; FUN_1991_4108(local_4,&local_1a); pbVar1 = (byte *)((local_4 >> 3) + *(int *)0xaa0); *pbVar1 = *pbVar1 | 1; FUN_1991_3a65(local_4,(int)local_10,local_10._2_2_,uVar6 * 0x10 + -1,local_1a,local_18); if (uVar6 < uVar3) { bVar2 = *(byte *)0x14; local_6 = bVar2 & 0x60; if ((bVar2 & 0x60) != 0) { FUN_1991_3fb3(local_4,uVar6 * 0x10,(uVar3 - uVar6) * 0x10,-(uint)((bVar2 & 0x20) == 0)); } } *(byte *)(iVar8 + 0x26) = *(byte *)(iVar8 + 0x26) & 0xfe; *(uint *)(iVar8 + 0x10) = uVar3; if (local_8 != '\0') { FUN_1991_0a89(1); } return; } void __cdecl16near FUN_1991_31d7(undefined4 param_1) { undefined2 uVar1; int iVar2; int iVar3; undefined2 uVar4; undefined2 unaff_DS; undefined4 uVar5; undefined2 local_12; uint local_10; undefined2 local_e; byte local_a; uint local_8; int local_6; uint local_4; local_6 = 0; uVar4 = (undefined2)((ulong)param_1 >> 0x10); iVar3 = (int)param_1; *(undefined2 *)(iVar3 + 0x16) = 1; local_4 = *(uint *)(iVar3 + 6); *(uint *)0x38 = local_4; while( true ) { FUN_1991_416e(local_4,&local_12); if ((local_a & 0x10) == 0) { return; } if (*(uint *)(iVar3 + 2) == local_4) { return; } if ((*(byte *)((local_4 >> 3) + (int)*(undefined4 *)0xaa0) & 1) == 0) { return; } if ((local_10 < 0x11) && (local_10 < 0x10)) { uVar1 = FUN_1991_409c(local_12,local_10); *(undefined2 *)(*(int *)0x996 + 6) = uVar1; if ((*(int *)(*(int *)0x996 + 6) != local_6) && (iVar2 = FUN_1991_158f(iVar3), iVar2 != 0)) { *(undefined2 *)(iVar3 + 0x16) = *(undefined2 *)(*(int *)0x996 + 0x16); return; } local_6 = FUN_1991_3fd7(local_e); local_6 = local_6 + *(int *)(*(int *)0x996 + 6); } else { uVar1 = FUN_1991_3fd7(local_e); uVar5 = FUN_1991_409c(local_12,local_10,uVar1,0); FUN_1991_24f0(uVar5); } local_8 = (uint)*(char *)((local_4 >> 3) + (int)*(undefined4 *)0xaa0); FUN_1991_41e1(local_4); if (((local_8 & 0x10) != 0) && ((*(byte *)0x15 & 4) == 0)) { FUN_1991_3af9(local_4,local_12,local_10,local_e); } if ((local_8 & 2) == 0) break; local_4 = local_4 + 8; } *(byte *)(iVar3 + 0x26) = *(byte *)(iVar3 + 0x26) & 0xfe; *(undefined2 *)(iVar3 + 0x16) = *(undefined2 *)(iVar3 + 6); *(undefined2 *)(iVar3 + 6) = 0; if (*(int *)(iVar3 + 4) == *(int *)0x38) { *(undefined2 *)(iVar3 + 4) = 0; } FUN_1991_0a89(1); return; } // WARNING: Instruction at (ram,0x000155c4) overlaps instruction at (ram,0x000155c3) // // WARNING: Control flow encountered bad instruction data // WARNING (jumptable): Stack frame is not setup normally: Input value of stackpointer is not used // WARNING: Stack frame is not setup normally: Input value of stackpointer is not used undefined4 * __cdecl16near FUN_1991_3309(void) { uint *puVar1; byte *pbVar2; undefined2 *puVar3; byte *pbVar4; char *pcVar5; undefined4 uVar6; undefined3 uVar7; undefined4 uVar8; char cVar9; undefined1 uVar10; byte bVar11; int *piVar13; undefined2 uVar14; uint uVar15; uint uVar16; undefined4 *puVar17; undefined4 *puVar18; ulong uVar19; byte bVar20; ulong in_ECX; long lVar21; ulong in_EDX; char cVar22; int iVar23; undefined4 in_EBX; undefined4 uVar24; undefined1 *puVar25; uint *puVar26; uint *puVar27; uint *puVar28; undefined2 *puVar29; undefined1 *puVar30; undefined2 *puVar31; undefined2 *puVar32; uint *puVar33; undefined1 *puVar34; undefined2 *puVar35; undefined2 *puVar36; uint *puVar37; uint *puVar38; uint *puVar39; uint *puVar40; undefined2 *puVar41; undefined1 *puVar42; undefined2 *puVar43; uint *puVar44; uint *puVar45; undefined1 *puVar46; int iVar47; undefined1 *puVar48; undefined1 *puVar49; undefined1 *puVar50; undefined2 *puVar51; undefined1 *puVar52; undefined1 *puVar53; int *piVar54; undefined2 *puVar55; undefined1 *puVar56; int *piVar57; undefined1 *puVar58; undefined1 *puVar59; undefined1 *puVar60; undefined1 *puVar61; int *piVar62; int *piVar63; undefined1 *puVar64; undefined1 *puVar65; undefined1 *puVar66; undefined1 *puVar67; undefined1 *puVar68; undefined1 *puVar69; undefined1 *puVar70; undefined2 *puVar71; undefined1 *puVar72; undefined1 *puVar73; undefined1 *puVar74; undefined1 *puVar75; undefined1 *puVar76; undefined1 *puVar77; undefined2 *puVar78; undefined2 *puVar79; undefined2 *puVar80; undefined2 *puVar81; undefined2 *puVar82; undefined1 *puVar83; undefined2 *puVar84; undefined1 *puVar85; undefined1 *puVar86; undefined1 *puVar87; uint *puVar88; uint *puVar89; uint *puVar90; uint *puVar91; undefined1 *puVar92; undefined2 *puVar93; undefined2 *puVar94; undefined2 *puVar95; undefined1 *puVar96; undefined1 *puVar97; undefined1 *puVar98; undefined1 *puVar99; undefined1 *puVar100; undefined2 *puVar101; undefined2 *puVar102; undefined1 *puVar103; undefined1 *puVar104; undefined1 *puVar105; undefined1 *puVar106; undefined1 *puVar107; int *piVar108; int *piVar109; int *piVar110; int *piVar111; int iVar112; int *piVar113; uint *puVar114; uint *puVar115; undefined2 *puVar116; undefined2 *puVar117; undefined2 *puVar118; undefined2 *puVar119; uint *puVar120; uint *puVar121; undefined1 *puVar122; undefined1 *puVar123; undefined1 *puVar124; undefined2 *puVar125; undefined2 *puVar126; uint *puVar127; uint *puVar128; int *piVar129; undefined4 in_ESP; uint *puVar130; undefined4 in_EBP; uint *puVar131; undefined1 *puVar132; undefined2 *puVar133; undefined4 *in_ESI; undefined4 *puVar134; uint uVar135; ulong uVar136; undefined4 in_EDI; undefined4 *puVar137; undefined2 uVar138; undefined2 uVar139; undefined2 unaff_SS; int unaff_DS; byte in_AF; byte in_TF; byte in_IF; byte in_NT; byte in_AC; byte in_VIF; byte in_VIP; byte in_ID; byte bVar12; iVar112 = (int)in_ESP; uVar14 = (undefined2)((ulong)in_ESP >> 0x10); *(undefined2 *)(iVar112 + -2) = (int)in_EBP; puVar131 = (uint *)CONCAT22((int)((ulong)in_EBP >> 0x10),(uint *)(iVar112 + -2)); *(undefined2 *)(iVar112 + -0x1e) = (int)in_EDI; *(undefined2 *)(iVar112 + -0x20) = (undefined4 *)in_ESI; *(undefined1 *)(iVar112 + -6) = 0; uVar138 = (undefined2)((ulong)*(undefined4 *)(iVar112 + 2) >> 0x10); uVar139 = (undefined2)((ulong)in_EBX >> 0x10); iVar23 = (int)*(undefined4 *)(iVar112 + 2); puVar134 = (undefined4 *) CONCAT22((int)((ulong)in_EDI >> 0x10),(undefined4 *)*(undefined2 *)(iVar23 + 6)); *(int *)(iVar112 + -0x22) = iVar112 + -0x1c; *(undefined2 *)(iVar112 + -0x24) = *(undefined2 *)(iVar23 + 6); piVar113 = (int *)(iVar112 + -0x26); *(undefined2 *)(iVar112 + -0x26) = 0xcc35; FUN_1991_416e(); puVar26 = (uint *)(piVar113 + 3); piVar54 = piVar113 + 3; piVar13 = piVar113 + 3; piVar111 = piVar113 + 3; puVar130 = (uint *)puVar131; puVar130[-1] = (uint)(byte)puVar130[-9]; puVar18 = (undefined4 *)puVar134; uVar16 = (uint)*(char *)(((uint)puVar18 >> 3) + *(int *)0xaa0); puVar130[-3] = uVar16; if ((((uVar16 & 1) == 0) && (puVar17 = (undefined4 *)*(uint *)0xc26, (undefined4 *)*(uint *)((int)*(undefined4 *)(puVar130 + 2) + 0x22) != puVar17)) || ((puVar17 = (undefined4 *)((byte)puVar130[-1] & 0x18), puVar17 != (undefined4 *)0x10 && ((puVar17 != (undefined4 *)0x18 || ('\x03' < *(char *)0x980)))))) goto LAB_1991_336a; uVar19 = *(ulong *)(puVar130 + 2); uVar138 = (undefined2)(uVar19 >> 0x10); pbVar2 = (byte *)((int)uVar19 + 0x26); *pbVar2 = *pbVar2 & 0xfe; bVar20 = (byte)in_ECX; if (puVar130[-0xc] < 0x10) { cVar9 = *(char *)0x980; if ((uint)(int)cVar9 < 6) { iVar23 = cVar9 * 2; bVar11 = (byte)(uVar19 & 0xffff); cVar22 = (char)iVar23; bVar12 = (byte)uVar19; switch(cVar9) { case '\0': bVar20 = *(byte *)((int)puVar130 + 0xf); for (lVar21 = 8; lVar21 != 0; lVar21 = lVar21 + -1) { *puVar134 = *in_ESI; in_ESI = in_ESI + 1; puVar134 = puVar134 + 1; } iVar23 = unaff_DS + (uint)in_EDX; lVar21 = (ulong)CONCAT11((byte)((uVar19 & 0xffff) >> 8) & bVar20,bVar11) * 0x10; piVar113[2] = 8; uVar139 = piVar113[2]; *(undefined2 *)(iVar23 + 0x1a) = (int)lVar21; *(undefined1 *)(iVar23 + 0x1c) = (char)((ulong)lVar21 >> 0x10); *(undefined1 *)(iVar23 + 0x1f) = 0; piVar113[2] = 0x20; uVar139 = piVar113[2]; puVar131 = (uint *)0xc16; uVar16 = *puVar131; uVar15 = *puVar131; *puVar131 = *puVar131 + 0x400; iVar23 = *(int *)0xc16; *(ulong *)(iVar23 + -4) = (ulong)(in_NT & 1) * 0x4000 | (ulong)SCARRY2(uVar15,0x400) * 0x800 | (ulong)(in_IF & 1) * 0x200 | (ulong)(in_TF & 1) * 0x100 | (ulong)((int)*puVar131 < 0) * 0x80 | (ulong)(*puVar131 == 0) * 0x40 | (ulong)(in_AF & 1) * 0x10 | (ulong)((POPCOUNT(*puVar131 & 0xff) & 1U) == 0) * 4 | (ulong)(0xfbff < uVar16) | (ulong)(in_ID & 1) * 0x200000 | (ulong)(in_VIP & 1) * 0x100000 | (ulong)(in_VIF & 1) * 0x80000 | (ulong)(in_AC & 1) * 0x40000; *(undefined2 *)(iVar23 + -6) = 0; *(undefined2 *)(iVar23 + -8) = 0x1000; *(undefined2 *)(iVar23 + -10) = 0; *(undefined2 *)(iVar23 + -0xc) = 0x4f97; // WARNING: Offset must be between 0x0 and 0x10ffef, got 0x4ec5ebaa instead! // WARNING: Treating indirect jump as call puVar18 = (undefined4 *)(*(code *)*(undefined4 *)(CONCAT11(0xf4,cVar22) + 0x4d78))(); return puVar18; case '\x01': // WARNING: Bad instruction - Truncating control flow here halt_baddata(); case '\x02': // WARNING: Bad instruction - Truncating control flow here halt_baddata(); case '\x03': puVar17 = (undefined4 *)in_ESI; *(char *)(iVar23 + (int)puVar17) = *(char *)(iVar23 + (int)puVar17) + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar12; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar12) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar12; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar11; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar11) - CARRY1(bVar20,bVar12); *(byte *)puVar130 = (char)*puVar130 + bVar11; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar11; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar11) - CARRY1(bVar20,bVar11); *(byte *)puVar130 = (char)*puVar130 + bVar11; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar11; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar11) - CARRY1(bVar20,bVar11); *(byte *)puVar130 = (char)*puVar130 + bVar11; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar11; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar11) - CARRY1(bVar20,bVar11); *(byte *)puVar130 = (char)*puVar130 + bVar11; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar11; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar11) - CARRY1(bVar20,bVar11); *(byte *)puVar130 = (char)*puVar130 + bVar11; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar11; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar11) - CARRY1(bVar20,bVar11); *(byte *)puVar130 = (char)*puVar130 + bVar11; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar11; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar11) - CARRY1(bVar20,bVar11); *(byte *)puVar130 = (char)*puVar130 + bVar11; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar11; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar11) - CARRY1(bVar20,bVar11); *(byte *)puVar130 = (char)*puVar130 + bVar11; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar11; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar11) - CARRY1(bVar20,bVar11); *(byte *)puVar130 = (char)*puVar130 + bVar11; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar11; *(char *)(iVar23 + (int)puVar17) = (*(char *)(iVar23 + (int)puVar17) - bVar11) - CARRY1(bVar20,bVar11); *(byte *)puVar130 = (char)*puVar130 + bVar11; *(char *)(iVar23 + (int)puVar17) = *(char *)(iVar23 + (int)puVar17) + bVar11; *(char *)(iVar23 + (int)puVar17) = *(char *)(iVar23 + (int)puVar17) + bVar11; *(char *)(iVar23 + (int)puVar17) = *(char *)(iVar23 + (int)puVar17) + bVar11; pbVar2 = (byte *)(iVar23 + (int)puVar17); bVar20 = *pbVar2; *pbVar2 = *pbVar2 + bVar11; piVar13 = (int *)CONCAT11(((char)*pbVar2 < '\0') << 7 | (*pbVar2 == 0) << 6 | in_AF << 4 | ((POPCOUNT(*pbVar2) & 1U) == 0) << 2 | 2 | CARRY1(bVar20,bVar11), bVar11); *(char *)(iVar23 + (int)puVar17) = *(char *)(iVar23 + (int)puVar17) + bVar11; *(char *)(iVar23 + (int)puVar17) = *(char *)(iVar23 + (int)puVar17) + bVar11; *(char *)((int)piVar13 + (int)puVar17) = *(char *)((int)piVar13 + (int)puVar17) + cVar22; *piVar13 = *piVar13 + 1; *(char *)((int)piVar13 + (int)puVar17) = *(char *)((int)piVar13 + (int)puVar17) + cVar22; *(char *)((int)puVar130 + (int)puVar18) = *(char *)((int)puVar130 + (int)puVar18) + (char)in_EDX; // WARNING: Bad instruction - Truncating control flow here halt_baddata(); case '\x04': puVar130[-2] = CONCAT11(bVar20,bVar12 | (byte)puVar131); puVar130[-1] = (uint)in_EDX; puVar130[-3] = 0; pcVar5 = (char *)puVar130[2]; if (*(int *)(pcVar5 + 2) != 0) { if (*pcVar5 == 'M') { puVar130[-3] = 0x200; } uVar15 = *(int *)(pcVar5 + 2) - puVar130[-3]; puVar131 = puVar130 + -2; uVar16 = *puVar131; *puVar131 = *puVar131 + uVar15; puVar130[-1] = puVar130[-1] + ((int)uVar15 >> 0xf) + (uint)CARRY2(uVar16,uVar15); } return (undefined4 *)puVar130[-2]; } switchD_1000_ccb5_caseD_2: if (iVar23 == 0) { piVar113[2] = (int)puVar18; piVar57 = piVar113 + 1; piVar113[1] = 0x5c0a; puVar17 = (undefined4 *)thunk_FUN_11bd_61ee(); puVar130 = (uint *)puVar131; puVar130[-0x31] = (uint)puVar17; puVar130[-0x30] = (uint)in_EDX; uVar16 = (uint)in_EDX | (uint)puVar17; in_EDX = (ulong)uVar16; piVar13 = (int *)((int)piVar57 + 4); puVar18 = (undefined4 *)in_ESI; if (uVar16 != 0) { *(char *)(puVar130 + -2) = (char)puVar130[-2] + '\x01'; piVar13 = (int *)((int)piVar57 + 4); puVar18 = puVar17; if ((0 < (int)puVar130[-0x30]) && ((1 < (int)puVar130[-0x30] || (piVar13 = (int *)((int)piVar57 + 4), puVar17 != (undefined4 *)0x0)))) { puVar18 = puVar17 + -0xe20; uVar16 = (puVar130[-0x30] - 1) - (uint)(puVar17 < (undefined4 *)0x3880); in_EDX = (ulong)uVar16; puVar130[-0x31] = (uint)puVar18; puVar130[-0x30] = uVar16; piVar13 = (int *)((int)piVar57 + 4); } } } else { *(char *)(puVar130 + -2) = (char)puVar130[-2] + '\x01'; piVar13 = piVar113 + 3; puVar18 = (undefined4 *)0x2; } uVar16 = (uint)in_EDX; *(undefined2 *)((int)piVar13 + -2) = 0x2c; puVar130 = (uint *)puVar131; puVar130[-1] = (uint)(undefined4 *)puVar134; *(undefined2 *)((int)piVar13 + -4) = (undefined4 *)puVar134; puVar58 = (undefined1 *)((int)piVar13 + -6); *(undefined2 *)((int)piVar13 + -6) = 0x5c40; iVar23 = FUN_11bd_6120(); puVar60 = puVar58 + 6; if (iVar23 != 0) { *(int *)(puVar58 + 4) = iVar23 + 1; puVar59 = puVar58 + 2; *(undefined2 *)(puVar58 + 2) = 0x5c4f; uVar15 = thunk_FUN_11bd_61ee(); puVar130[-0x2c] = uVar15; puVar60 = puVar59 + 4; if (-1 < (int)uVar15) { *(int *)0x12 = uVar15 + 1; *(int *)0x10 = uVar15 + 1; *(char *)(puVar130 + -0x74) = (char)puVar130[-0x74] + '\x01'; puVar60 = puVar59 + 4; } } *(undefined2 *)(puVar60 + -2) = 0x40; *(uint *)(puVar60 + -4) = puVar130[-1]; puVar61 = puVar60 + -6; *(undefined2 *)(puVar60 + -6) = 0x5c6c; iVar23 = FUN_11bd_6120(); puVar60 = puVar61 + 6; if (iVar23 != 0) { *(int *)(puVar61 + 4) = iVar23; piVar62 = (int *)(puVar61 + 2); *(undefined2 *)(puVar61 + 2) = 0x5c78; uVar15 = FUN_11bd_45c3(); puVar130[-0x2c] = uVar15; if (uVar15 != 0) { *(uint *)0xeca = uVar15; *(byte *)0x11d2 = *(byte *)0x11d2 | 2; } piVar62[1] = 0x2d; *piVar62 = iVar23; piVar63 = piVar62 + -1; piVar62[-1] = 0x5c90; iVar23 = FUN_11bd_6120(); puVar60 = (undefined1 *)((int)piVar63 + 6); if (iVar23 != 0) { *(int *)((int)piVar63 + 4) = iVar23; puVar64 = (undefined1 *)((int)piVar63 + 2); *(undefined2 *)((int)piVar63 + 2) = 0x5c9c; uVar15 = FUN_11bd_45c3(); puVar130[-0x2c] = uVar15; puVar60 = puVar64 + 4; if (uVar15 != 0) { *(uint *)0xece = uVar15; *(char *)(puVar130 + -0x2f) = (char)puVar130[-0x2f] + '\x01'; *(byte *)0x11d2 = *(byte *)0x11d2 | 4; puVar60 = puVar64 + 4; } } } *(undefined2 *)(puVar60 + -2) = 0x3a; *(uint *)(puVar60 + -4) = puVar130[-1]; puVar65 = puVar60 + -6; *(undefined2 *)(puVar60 + -6) = 0x5cb9; iVar23 = FUN_11bd_6120(); puVar66 = puVar65 + 6; if (iVar23 != 0) { *(int *)(puVar65 + 4) = iVar23; puVar67 = puVar65 + 2; *(undefined2 *)(puVar65 + 2) = 0x5cc5; uVar139 = FUN_11bd_45c3(); puVar66 = puVar67 + 4; *(undefined2 *)0xecc = uVar139; *(char *)(puVar130 + -0x2f) = (char)puVar130[-0x2f] + '\x01'; *(byte *)0x11d2 = *(byte *)0x11d2 | 1; } *(undefined2 *)(puVar66 + -2) = 0x5e; *(uint *)(puVar66 + -4) = puVar130[-1]; puVar68 = puVar66 + -6; *(undefined2 *)(puVar66 + -6) = 0x5cdb; iVar23 = FUN_11bd_6120(); puVar69 = puVar68 + 6; if (iVar23 != 0) { *(int *)(puVar68 + 4) = iVar23; puVar70 = puVar68 + 2; *(undefined2 *)(puVar68 + 2) = 0x5ce7; uVar139 = FUN_11bd_45c3(); puVar69 = puVar70 + 4; *(undefined2 *)0x14 = uVar139; } *(undefined2 *)(puVar69 + -2) = 0xeb4; *(uint *)(puVar69 + -4) = puVar130[-1]; puVar71 = (undefined2 *)(puVar69 + -6); *(undefined2 *)(puVar69 + -6) = 0x5cf5; iVar23 = FUN_11bd_614a(); if (iVar23 != 0) { *(char *)0x11f1 = *(char *)0x11f1 + '\x01'; } puVar71[2] = 0xeb9; puVar71[1] = puVar130[-1]; *puVar71 = 0x5d09; iVar23 = FUN_11bd_614a(); if (iVar23 != 0) { *(undefined1 *)0x36 = 0x80; } puVar71[2] = 0x2b; puVar71[1] = puVar130[-1]; *puVar71 = 0x5d1e; iVar23 = FUN_11bd_6120(); if (iVar23 != 0) { *(byte *)0x47 = *(byte *)0x47 | 2; } puVar71[2] = 0x56; puVar71[1] = puVar130[-1]; *puVar71 = 0x5d33; iVar23 = FUN_11bd_6120(); puVar60 = (undefined1 *)((int)puVar71 + 6); if ((iVar23 != 0) && (puVar60 = (undefined1 *)((int)puVar71 + 6), *(char *)(iVar23 + 1) != 'C')) { *(int *)((int)puVar71 + 4) = iVar23; puVar72 = (undefined1 *)((int)puVar71 + 2); *(undefined2 *)((int)puVar71 + 2) = 0x5d45; uVar15 = FUN_11bd_45c3(); puVar130[-0x2c] = uVar15; puVar60 = puVar72 + 4; if (uVar15 != 0) { *(undefined1 *)0x34 = (char)uVar15; puVar60 = puVar72 + 4; } } *(undefined2 *)(puVar60 + -2) = 0xebd; *(uint *)(puVar60 + -4) = puVar130[-1]; puVar73 = puVar60 + -6; *(undefined2 *)(puVar60 + -6) = 0x5d5a; iVar23 = FUN_11bd_614a(); puVar60 = puVar73 + 6; if (iVar23 != 0) { *(int *)(puVar73 + 4) = iVar23 + 3; puVar74 = puVar73 + 2; *(undefined2 *)(puVar73 + 2) = 0x5d69; uVar15 = FUN_11bd_45c3(); puVar130[-0x2c] = uVar15; puVar60 = puVar74 + 4; if (uVar15 != 0) { *(uint *)0xd0e = uVar15; puVar60 = puVar74 + 4; } } *(undefined4 **)(puVar60 + -2) = puVar18; puVar75 = puVar60 + -4; *(undefined2 *)(puVar60 + -4) = 0x5d78; iVar23 = FUN_11bd_4587(); puVar76 = puVar75 + 4; if (iVar23 == 0) { *(byte *)0x47 = *(byte *)0x47 | 1; } else { puVar77 = puVar75 + 2; *(undefined2 *)(puVar75 + 2) = 0x5d80; FUN_11bd_6395(); puVar76 = puVar77 + 2; } puVar78 = (undefined2 *)(puVar76 + -2); *(undefined2 *)(puVar76 + -2) = 0x5d8a; FUN_11bd_698b(); puVar133 = puVar78 + 1; if ((int)puVar18 < 0) { *(char *)(puVar130 + -0x2b) = (char)puVar130[-0x2b] + '\x01'; puVar18 = (undefined4 *)-(int)puVar18; if (puVar18 == (undefined4 *)0xb) { *puVar78 = 0x5da2; FUN_11bd_76db(); puVar133 = (undefined2 *)((int)puVar78 + 2); } goto LAB_11bd_42c7; } *puVar78 = 0x5da8; iVar23 = FUN_11bd_66a2(); puVar84 = puVar78 + 1; if (iVar23 != 0) { puVar18 = (undefined4 *)0x10; } if (puVar18 == (undefined4 *)0x2) { *puVar78 = 0x5db7; FUN_11bd_6667(); puVar84 = (undefined2 *)((int)puVar78 + 2); } if (*(char *)0x2f < '\x03') goto LAB_11bd_4257; *(undefined2 *)0x9c2 = 0x296d; puVar79 = (undefined2 *)((int)puVar84 + -2); *(undefined2 *)((int)puVar84 + -2) = 0x5dc7; uVar10 = FUN_11bd_6618(); *(undefined1 *)0x2f = uVar10; *puVar79 = 0x5dcd; uVar15 = FUN_11bd_6d9c(); puVar80 = puVar79 + 1; puVar130[-0x2c] = uVar15; if (uVar15 != 0) { *(undefined1 *)0x46 = (char)puVar18; if (puVar18 == (undefined4 *)0xb) { *puVar79 = 0x5de1; iVar23 = FUN_11bd_76db(); puVar80 = (undefined2 *)((int)puVar79 + 2); puVar133 = (undefined2 *)((int)puVar79 + 2); if (0 < iVar23) goto LAB_11bd_42c7; } puVar18 = (undefined4 *)0x0; goto LAB_11bd_4548; } *puVar79 = 0x5df0; uVar15 = FUN_11bd_76db(); puVar82 = puVar79 + 1; puVar133 = puVar79 + 1; puVar130[-0x2c] = uVar15; if ((int)uVar15 < 1) { *(undefined2 *)0x11d4 = 4; if ((int)uVar15 < 0) { *puVar79 = 0x11; puVar81 = puVar79 + -1; puVar79[-1] = 0x5e13; FUN_11bd_22ad(); puVar82 = (undefined2 *)((int)puVar81 + 4); } *(undefined2 *)((int)puVar82 + -2) = puVar18; puVar83 = (undefined1 *)((int)puVar82 + -4); *(undefined2 *)((int)puVar82 + -4) = 0x5e18; iVar23 = FUN_11bd_4587(); puVar84 = (undefined2 *)(puVar83 + 4); if (iVar23 == 0) { puVar18 = (undefined4 *)0x3; puVar85 = puVar83 + 2; *(undefined2 *)(puVar83 + 2) = 0x5e23; iVar23 = FUN_11bd_6672(); puVar84 = (undefined2 *)(puVar85 + 2); puVar133 = (undefined2 *)(puVar85 + 2); if (iVar23 == 0) goto LAB_11bd_42c7; } LAB_11bd_4257: *(undefined2 *)((int)puVar84 + -2) = puVar18; puVar86 = (undefined1 *)((int)puVar84 + -4); *(undefined2 *)((int)puVar84 + -4) = 0x5e2b; iVar23 = FUN_11bd_4587(); puVar60 = puVar86 + 4; if (iVar23 == 0) { puVar87 = puVar86 + 2; *(undefined2 *)(puVar86 + 2) = 0x5e33; iVar23 = FUN_11bd_6672(); puVar133 = (undefined2 *)(puVar87 + 2); puVar60 = puVar87 + 2; if (iVar23 != 0) { puVar18 = (undefined4 *)0x2; goto LAB_11bd_42c7; } } puVar133 = (undefined2 *)puVar60; if ((char)puVar130[-2] == '\0') { puVar88 = (uint *)((int)puVar133 + -2); *(undefined2 *)((int)puVar133 + -2) = 0x5e45; uVar139 = FUN_11bd_689e(); *puVar88 = uVar16; puVar88[-1] = uVar139; puVar89 = puVar88 + -2; puVar88[-2] = 0x5e4a; uVar15 = FUN_11bd_6869(); puVar130[-0x76] = uVar15; puVar130[-0x75] = uVar16; uVar16 = uVar16 | uVar15; puVar133 = (undefined2 *)((int)puVar89 + 6); if (uVar16 == 0) { puVar90 = (uint *)((int)puVar89 + 4); *(undefined2 *)((int)puVar89 + 4) = 0x5e5b; uVar139 = FUN_11bd_68b9(); *puVar90 = uVar16; puVar90[-1] = uVar139; puVar91 = puVar90 + -2; puVar90[-2] = 0x5e60; uVar15 = FUN_11bd_6869(); puVar130[-0x76] = uVar15; puVar130[-0x75] = uVar16; puVar133 = (undefined2 *)((int)puVar91 + 6); if (uVar16 == 0 && uVar15 == 0) { puVar130[-0x76] = 0; puVar130[-0x75] = 9; puVar133 = (undefined2 *)((int)puVar91 + 6); } } if (((char)puVar130[-0x74] == '\0') && (puVar130[-0x76] != 0)) { uVar16 = puVar130[-0x76]; *(int *)0x12 = uVar16 + 1; *(int *)0x10 = uVar16 + 1; } puVar18 = (undefined4 *)puVar130[-0x75]; } } else { *(undefined1 *)0x46 = (char)puVar18; puVar18 = (undefined4 *)0xb; } LAB_11bd_42c7: if ((puVar18 != (undefined4 *)0xb) && ((*(byte *)0x47 & 0x80) != 0)) { puVar92 = (undefined1 *)((int)puVar133 + -2); *(undefined2 *)((int)puVar133 + -2) = 0x5ea6; FUN_11bd_69ac(); puVar133 = (undefined2 *)(puVar92 + 2); } *(undefined1 *)0x10ee = 0xff; if (puVar18 == (undefined4 *)0x1) { LAB_11bd_436e: puVar130[-0x2d] = 0x381; if ((char)puVar130[-0x2f] == '\0') { puVar93 = (undefined2 *)((int)puVar133 + -2); *(undefined2 *)((int)puVar133 + -2) = 0x5f4c; iVar23 = FUN_11bd_6c74(); puVar133 = puVar93 + 1; if (iVar23 == 0) { *puVar93 = 0x5f53; cVar9 = FUN_11bd_6400(); puVar133 = (undefined2 *)((int)puVar93 + 2); *(char *)(puVar130 + -0x2f) = cVar9; } } *(undefined2 *)0x11fe = 0x146; *(undefined2 *)0x1200 = 0x40; if (((*(byte *)*(undefined4 *)0x11fe & 0x80) != 0) && (*(uint *)0xeca < 0x500)) { *(undefined2 *)0xeca = 0x500; } goto LAB_11bd_43aa; } if (puVar18 == (undefined4 *)0x2) { puVar130[-0x2d] = 0x8da; puVar96 = (undefined1 *)((int)puVar133 + -2); *(undefined2 *)((int)puVar133 + -2) = 0x5fc5; uVar10 = FUN_11bd_6672(); *(undefined1 *)0x120c = uVar10; puVar133 = (undefined2 *)(puVar96 + 2); if ((char)puVar130[-0x2b] != '\0') { *(byte *)0x120c = *(byte *)0x120c | 2; puVar133 = (undefined2 *)(puVar96 + 2); } LAB_11bd_4403: *(undefined1 *)0x10ef = 1; goto LAB_11bd_451e; } if (puVar18 == (undefined4 *)0x3) { LAB_11bd_440e: puVar130[-0x2d] = 0x2824; *(undefined1 *)0x10ee = 9; LAB_11bd_4418: *(undefined1 *)0x10ef = 1; puVar97 = (undefined1 *)((int)puVar133 + -2); *(undefined2 *)((int)puVar133 + -2) = 0x5ff0; FUN_11bd_69e0(); puVar133 = (undefined2 *)(puVar97 + 2); goto LAB_11bd_451e; } if (puVar18 == (undefined4 *)&DAT_0000_0004) goto LAB_11bd_4469; if (puVar18 == (undefined4 *)0x5) { puVar130[-0x2d] = 0x3a7; if (*(char *)0x2f < '\x03') { if (*(char *)0x3e != '\0') { *(undefined2 *)((int)puVar133 + -2) = 0x5e; *(undefined2 *)((int)puVar133 + -4) = 0x1000; puVar98 = (undefined1 *)((int)puVar133 + -6); *(undefined2 *)((int)puVar133 + -6) = 0x601a; FUN_1000_0b12(); *(undefined2 *)(puVar98 + 4) = 0x5e; puVar99 = puVar98 + 2; *(undefined2 *)(puVar98 + 2) = 0x6022; uVar139 = FUN_11bd_243e(); puVar133 = (undefined2 *)(puVar99 + 4); *(undefined2 *)0xf82 = uVar139; } } else { LAB_11bd_442f: *(undefined1 *)0x36 = 0x80; } goto LAB_11bd_43aa; } if (puVar18 == (undefined4 *)0x6) { LAB_11bd_445c: puVar130[-0x2d] = 0x71a; goto LAB_11bd_451e; } if (puVar18 == (undefined4 *)0x7) { LAB_11bd_446c: puVar130[-0x2d] = 0x8b2; if ((*(char *)0x11f0 == '\0') || (*(char *)0x2f != '\x02')) goto LAB_11bd_4418; puVar100 = (undefined1 *)((int)puVar133 + -2); *(undefined2 *)((int)puVar133 + -2) = 0x6052; iVar23 = FUN_11bd_66b9(); puVar133 = (undefined2 *)(puVar100 + 2); if (iVar23 != 0) goto LAB_11bd_4486; uVar139 = 0x13; puVar133 = (undefined2 *)(puVar100 + 2); LAB_11bd_4519: *(undefined2 *)((int)puVar133 + -2) = uVar139; puVar103 = (undefined1 *)((int)puVar133 + -4); *(undefined2 *)((int)puVar133 + -4) = 0x60ed; FUN_11bd_22ad(); puVar133 = (undefined2 *)(puVar103 + 4); } else if (puVar18 == (undefined4 *)&DAT_0000_0008) { LAB_11bd_4486: puVar18 = (undefined4 *)&DAT_0000_0008; *(undefined1 *)0x10ee = 10; puVar130[-0x2d] = 0x749; } else { if (puVar18 == (undefined4 *)0x9) goto LAB_11bd_446c; if (puVar18 == (undefined4 *)0xa) { LAB_11bd_44a3: puVar130[-0x2d] = 0x905; goto LAB_11bd_4418; } if (puVar18 == (undefined4 *)0xb) { puVar130[-0x2d] = 0x29bc; } else if (puVar18 == (undefined4 *)&DAT_0000_000c) { puVar130[-0x2d] = 0x679; } else { if (puVar18 == (undefined4 *)0xd) { puVar130[-0x2d] = 0x8ac; *(undefined1 *)0x10ee = 9; goto LAB_11bd_4403; } if (puVar18 == (undefined4 *)0xe) { puVar130[-0x2d] = 0x3d6; } else { if (puVar18 != (undefined4 *)0xf) { if (puVar18 == (undefined4 *)0x10) { puVar130[-0x2d] = 0x4f7; goto LAB_11bd_451e; } if (puVar18 == (undefined4 *)0x13) { *(undefined1 *)0xed0 = 0; LAB_11bd_4469: puVar18 = (undefined4 *)0x9; goto LAB_11bd_446c; } if (puVar18 == (undefined4 *)0x14) { *(undefined1 *)0xed0 = 0; puVar18 = (undefined4 *)0xa; goto LAB_11bd_44a3; } if (puVar18 == (undefined4 *)0x11e) goto LAB_11bd_4469; if (puVar18 == (undefined4 *)0x182) { puVar18 = (undefined4 *)0x3; goto LAB_11bd_440e; } if (puVar18 == (undefined4 *)0x189c) { puVar18 = (undefined4 *)0x6; goto LAB_11bd_445c; } if (puVar18 == (undefined4 *)0x2649) { puVar18 = (undefined4 *)0x1; goto LAB_11bd_436e; } *(undefined1 *)0x1190 = 0; if (puVar130[-0x2e] != 0) { *(undefined2 *)((int)puVar133 + -2) = 0xec2; *(undefined2 *)((int)puVar133 + -4) = 0x1190; puVar101 = (undefined2 *)((int)puVar133 + -6); *(undefined2 *)((int)puVar133 + -6) = 0x60cd; FUN_11bd_25ee(); puVar101[2] = 0x14; puVar101[1] = puVar130[-0x2e]; *puVar101 = 0x1197; puVar102 = puVar101 + -1; puVar101[-1] = 0x60dd; FUN_11bd_6054(); puVar133 = (undefined2 *)((int)puVar102 + 8); } *(undefined2 *)0x11d4 = 6; uVar139 = 0xffec; goto LAB_11bd_4519; } puVar130[-0x2d] = 0x462; if ('\x02' < *(char *)0x2f) goto LAB_11bd_442f; } LAB_11bd_43aa: *(byte *)0x14 = *(byte *)0x14 | 4; *(undefined2 *)0x11d4 = 5; if ((char)puVar130[-0x2f] == '\0') { puVar94 = (undefined2 *)((int)puVar133 + -2); *(undefined2 *)((int)puVar133 + -2) = 0x5f8e; iVar23 = FUN_11bd_6c74(); puVar133 = puVar94 + 1; if (iVar23 == 0) { *puVar94 = 0x12; puVar95 = puVar94 + -1; puVar94[-1] = 0x5f99; FUN_11bd_22ad(); puVar133 = (undefined2 *)((int)puVar95 + 4); } } uVar16 = *(int *)0xecc + *(int *)0xeca; puVar130[-0x2c] = uVar16; if ((int)uVar16 < *(int *)0xece) { *(uint *)0xece = uVar16; } *(int *)0xa8 = *(int *)0xece + -0x400; *(char *)0x11f0 = *(char *)0x11f0 + '\x01'; } } LAB_11bd_451e: if (*(char *)0x10ee == -1) { *(undefined1 *)0x10ee = (char)puVar18; } *(undefined1 *)0x2e = (char)puVar18; *(uint *)((int)puVar133 + -2) = puVar130[-0x2d]; puVar130[-0x76] = (uint)puVar18; puVar104 = (undefined1 *)((int)puVar133 + -4); *(undefined2 *)((int)puVar133 + -4) = 0x6109; FUN_11bd_6250(); puVar80 = (undefined2 *)(puVar104 + 4); if (*(char *)0x46 == '\0') { *(char *)0x46 = (char)puVar130[-0x76]; puVar80 = (undefined2 *)(puVar104 + 4); } LAB_11bd_4548: *(undefined2 *)0x42 = 0x9fa; *(undefined2 *)0x44 = 0x20; *(byte *)0x47 = *(byte *)0x47 & 0xfe; *(int *)((int)puVar80 + -2) = (int)*(char *)0x46; puVar105 = (undefined1 *)((int)puVar80 + -4); *(undefined2 *)((int)puVar80 + -4) = 0x6131; iVar23 = FUN_11bd_4587(); puVar106 = puVar105 + 4; if (iVar23 == 0) { *(byte *)0x47 = *(byte *)0x47 | 1; } *(undefined1 *)0x2e = (char)puVar18; if (puVar18 == (undefined4 *)0xb) { puVar107 = puVar105 + 2; *(undefined2 *)(puVar105 + 2) = 0x6148; puVar18 = (undefined4 *)FUN_11bd_7c62(); puVar106 = puVar107 + 2; } if ((char)puVar130[-0x2b] == '\0') { *(undefined2 *)(puVar106 + -2) = 0x6151; puVar18 = (undefined4 *)FUN_11bd_30d8(); } return puVar18; } } else { cVar9 = *(char *)0x980; if ((uint)(int)cVar9 < 6) { iVar23 = cVar9 * 2; uVar24 = CONCAT22(uVar139,iVar23); switch(cVar9) { case '\0': do { *(int *)0x11ee = *(int *)0x11ee + -8; } while (*(char *)((*(uint *)0x11ee & 0xfff8) + puVar130[-3] + 5) == '\0'); puVar130[-0xc] = *(uint *)0x11f2; do { puVar130 = (uint *)puVar131; uVar16 = puVar130[-0xc]; puVar130[-0xe] = uVar16; puVar133 = (undefined2 *)((uVar16 & 0xfff8) + puVar130[-3]); uVar16 = puVar130[-2]; *(undefined2 *)((int)puVar26 + -2) = (undefined4 *)in_ESI; *(undefined2 *)((int)puVar26 + -4) = (undefined4 *)puVar134; *(int *)((int)puVar26 + -6) = unaff_DS; *(int *)((int)puVar26 + -8) = unaff_DS; uVar139 = *(undefined2 *)((int)puVar26 + -8); *(undefined2 *)0x11e4 = *puVar133; *(undefined2 *)0x11e6 = puVar133[1]; *(undefined2 *)&LAB_0000_11e8 = puVar133[2]; *(undefined2 *)0x11ea = puVar133[3]; unaff_DS = *(int *)((int)puVar26 + -6); puVar134 = (undefined4 *)(ulong)*(uint *)((int)puVar26 + -4); uVar15 = *(uint *)0x11e4; in_ESI = (undefined4 *)(ulong)uVar15; bVar20 = *(byte *)0x11e9; puVar130[-1] = (uint)bVar20; if (bVar20 != 0) { puVar130[-0x25] = *(uint *)0x11ea & 0x1fff; uVar135 = 0; uVar19 = (ulong)uVar15; if (uVar15 != 0) { *(uint *)((int)puVar26 + -2) = uVar15; puVar25 = (undefined1 *)((int)puVar26 + -4); *(undefined2 *)((int)puVar26 + -4) = 0x5070; uVar135 = FUN_11bd_11dd(); puVar26 = (uint *)(puVar25 + 4); } if ((*(byte *)0x11eb & 0x20) != 0) { uVar19 = 0; } uVar139 = (undefined2)uVar19; puVar130 = (uint *)puVar131; if (uVar135 < puVar130[-0x25]) { uVar135 = puVar130[-0x25]; } *(undefined2 *)0x1204 = 0; *(undefined2 *)0x1202 = 0; uVar136 = (ulong)uVar135; if (uVar135 != 0) { if ((*(byte *)0x11eb & 0x80) == 0) { *(uint *)((int)puVar26 + -2) = uVar135; puVar34 = (undefined1 *)((int)puVar26 + -4); *(undefined2 *)((int)puVar26 + -4) = 0x517f; uVar14 = FUN_11bd_3901(); puVar26 = (uint *)(puVar34 + 4); *(undefined2 *)0x1202 = uVar14; *(uint *)0x1204 = uVar16; if (uVar16 == 0 && *(int *)0x1202 == 0) { puVar35 = (undefined2 *)(puVar34 + 2); *(undefined2 *)(puVar34 + 2) = 0x5192; FUN_11bd_11c1(); *puVar35 = 6; puVar36 = puVar35 + -1; puVar35[-1] = 0x5197; FUN_11bd_22ad(); puVar26 = (uint *)((int)puVar36 + 4); } } else { if ((puVar130[-0xc] == puVar130[-0x17]) || ((puVar130[-1] & 0x18) == 0x18)) { puVar130[-0x10] = 7; } else { puVar130[-0x10] = 0; *(byte *)(puVar130 + -1) = (byte)puVar130[-1] | 0x60; } puVar27 = (uint *)((int)puVar26 + -2); *(undefined2 *)((int)puVar26 + -2) = 0x50c1; FUN_11bd_11c1(); puVar130 = (uint *)puVar131; uVar15 = puVar130[-0x10] + (int)uVar136; puVar130[-0xd] = uVar15; if (uVar15 < 8) { puVar130[-0xd] = 8; } *puVar27 = puVar130[-0xd]; puVar28 = puVar27 + -1; puVar27[-1] = 0x50d9; uVar15 = FUN_11bd_395c(); puVar29 = puVar28 + 2; *(uint *)0x1202 = uVar15; *(uint *)0x1204 = uVar16; ((uint *)puVar131)[-0xd] = uVar15; if (uVar15 == 0) { puVar28[1] = 3; *puVar28 = 0x50ed; FUN_11bd_22ad(); puVar29 = (undefined2 *)((int)puVar28 + 4); } puVar130 = (uint *)puVar131; uVar16 = ~puVar130[-0x10] & *(int *)0x1202 + puVar130[-0x10]; *(uint *)0x1202 = uVar16; *(undefined2 *)0x1204 = 0; puVar130[-0xe] = uVar16; if (uVar16 < *(uint *)0x97c) goto LAB_11bd_3543; while( true ) { *(undefined2 *)((int)puVar29 + -2) = 4; puVar30 = (undefined1 *)((int)puVar29 + -4); *(undefined2 *)((int)puVar29 + -4) = 0x5112; FUN_11bd_22ad(); puVar29 = (undefined2 *)(puVar30 + 4); LAB_11bd_3543: *(uint *)((int)puVar29 + -2) = ((uint *)puVar131)[-0xe]; *(uint *)((int)puVar29 + -4) = ((uint *)puVar131)[-0xc]; puVar31 = (undefined2 *)((int)puVar29 + -6); *(undefined2 *)((int)puVar29 + -6) = 0x511c; iVar23 = FUN_11bd_5fac(); puVar32 = puVar31 + 2; if (iVar23 < 0x1275) { puVar31[1] = 5; *puVar31 = 0x512d; FUN_11bd_601d(); puVar32 = (undefined2 *)((int)puVar31 + 4); } puVar33 = (uint *)((int)puVar32 + -2); *(undefined2 *)((int)puVar32 + -2) = 0x5131; FUN_11bd_198a(); uVar139 = (undefined2)uVar19; uVar135 = (uint)uVar136; puVar26 = puVar33 + 1; puVar130 = (uint *)puVar131; if (*(char *)((puVar130[-0xe] & 0xfff8) + puVar130[-3] + 5) == '\0') break; *puVar33 = 0x5147; FUN_11bd_11c1(); puVar29 = (undefined2 *)((int)puVar33 + 2); } if (puVar130[-0x10] != 0) { if (puVar130[-0xc] == puVar130[-0x17]) { puVar130[-0x17] = puVar130[-0xe]; } if (puVar130[-0xc] == puVar130[-0x13]) { puVar130[-0x13] = puVar130[-0xe]; } *puVar33 = puVar130[-0xd]; puVar33[-1] = puVar130[-0xe]; // WARNING: Subroutine does not return puVar33[-2] = 0x5174; thunk_FUN_11bd_1e86(); } puVar130[-0xf] = puVar130[-0xf] + 1; } } *(undefined1 *)0x11e9 = 0xf2; *(undefined2 *)0x11e4 = 0; puVar130 = (uint *)puVar131; if (uVar135 != 0) { *(int *)0x11e4 = uVar135 * 0x10 + -1; *(undefined1 *)((puVar130[-0xe] >> 3) + puVar130[-0x21]) = 1; } if ((*(byte *)0x11eb & 0x40) != 0) { pbVar2 = (byte *)((puVar130[-0xe] >> 3) + puVar130[-0x21]); *pbVar2 = *pbVar2 | 2; } *(int *)0x11e6 = *(int *)0x1202 << 4; puVar37 = (uint *)((int)puVar26 + -2); *(undefined2 *)((int)puVar26 + -2) = 0x51ec; uVar10 = FUN_11bd_27b0(); puVar26 = puVar37 + 1; *(undefined1 *)&LAB_0000_11e8 = uVar10; *(int *)0x11ea = (*(int *)0x1204 >> 4) << 8; puVar130 = (uint *)puVar131; puVar133 = (undefined2 *)((puVar130[-0xe] & 0xfff8) + puVar130[-3]); uVar16 = puVar130[-2]; *puVar37 = uVar139; puVar37[-1] = uVar135; *puVar133 = *(undefined2 *)0x11e4; puVar133[1] = *(undefined2 *)0x11e6; puVar133[2] = *(undefined2 *)&LAB_0000_11e8; puVar133[3] = *(undefined2 *)0x11ea; puVar134 = (undefined4 *)(ulong)puVar37[-1]; uVar16 = *puVar37; in_ESI = (undefined4 *)(ulong)uVar16; if (uVar16 != 0) { if ((uVar16 & 0xf) != 0) { in_ESI = (undefined4 *)(ulong)(uVar16 + 1); } *puVar37 = (uint)(undefined4 *)in_ESI; puVar37[-1] = 0; puVar37[-2] = puVar130[-0xe]; puVar38 = puVar37 + -3; puVar37[-3] = 0x522a; FUN_11bd_3a89(); puVar26 = (uint *)((int)puVar38 + 8); } puVar130 = (uint *)puVar131; puVar18 = (undefined4 *)in_ESI; if (puVar130[-0x25] != 0) { uVar16 = puVar130[-0x25] * 0x10 - (int)puVar18; puVar134 = (undefined4 *)(ulong)uVar16; if (uVar16 != 0) { *(undefined2 *)((int)puVar26 + -2) = 0; *(uint *)((int)puVar26 + -4) = uVar16; *(undefined2 *)((int)puVar26 + -6) = puVar18; *(uint *)((int)puVar26 + -8) = puVar130[-0xe]; // WARNING: Subroutine does not return *(undefined2 *)((int)puVar26 + -10) = 0x5247; thunk_FUN_11bd_1e86(); } } uVar16 = puVar130[-1]; *(char *)0x11e9 = (char)uVar16; *(char *)((puVar130[-0xe] & 0xfff8) + puVar130[-3] + 5) = (char)uVar16; if (puVar130[-0xe] != puVar130[-0xc]) { puVar133 = (undefined2 *)((puVar130[-0xc] & 0xfff8) + puVar130[-3]); uVar16 = puVar130[-2]; *(undefined2 *)((int)puVar26 + -2) = puVar18; *(undefined2 *)((int)puVar26 + -4) = (undefined4 *)puVar134; *puVar133 = *(undefined2 *)0x11e4; puVar133[1] = *(undefined2 *)0x11e6; puVar133[2] = *(undefined2 *)&LAB_0000_11e8; puVar133[3] = *(undefined2 *)0x11ea; puVar134 = (undefined4 *)(ulong)*(uint *)((int)puVar26 + -4); in_ESI = (undefined4 *)(ulong)*(uint *)((int)puVar26 + -2); } } uVar16 = *(uint *)0x11ee; puVar130 = (uint *)puVar131; puVar130[-0xc] = puVar130[-0xc] + 8; if (uVar16 < puVar130[-0xc]) { if ((int)puVar130[2] < 1) { *(uint *)((int)*(undefined4 *)(puVar130 + -3) + 2) = uVar16 >> 3; } uVar16 = puVar130[3]; *(uint *)(uVar16 + 0xe) = puVar130[-0x16] - 0xc & 0xfffe; *(uint *)(uVar16 + 2) = puVar130[-0x17]; *(uint *)(uVar16 + 0x22) = puVar130[-0x13]; *(uint *)(uVar16 + 0x1e) = puVar130[-0x14]; *(undefined2 *)(uVar16 + 10) = *(undefined2 *)0x11f2; *(int *)(uVar16 + 8) = puVar130[-0xc] - 0x18; puVar39 = (uint *)((int)puVar26 + -2); *(undefined2 *)((int)puVar26 + -2) = 0x52d0; FUN_11bd_11c1(); *puVar39 = ((uint *)puVar131)[3]; puVar39[-1] = ((uint *)puVar131)[2]; puVar40 = puVar39 + -2; puVar39[-2] = 0x52d9; FUN_11bd_2fa4(); puVar41 = (undefined2 *)((int)puVar40 + 6); if ((int)((uint *)puVar131)[2] < 0) { uVar139 = *(undefined2 *)0x11f6; *(undefined2 *)0x11da = *(undefined2 *)0x11f4; *(undefined2 *)0x11dc = uVar139; } else { puVar42 = (undefined1 *)((int)puVar40 + 4); *(undefined2 *)((int)puVar40 + 4) = 0x52e4; FUN_11bd_5ff7(); puVar41 = (undefined2 *)(puVar42 + 2); *(undefined2 *)0x11dc = 0; *(undefined2 *)0x11da = 0; } puVar130 = (uint *)puVar131; puVar130[-0xc] = puVar130[-0xc] - 8; if (puVar130[-0x15] == 0) { if (puVar130[-0x22] != 0) { *(uint *)((int)puVar41 + -2) = puVar130[-0x22]; *(uint *)((int)puVar41 + -4) = puVar130[-0xc]; puVar50 = (undefined1 *)((int)puVar41 + -6); *(undefined2 *)((int)puVar41 + -6) = 0x5366; FUN_11bd_3b21(); puVar41 = (undefined2 *)(puVar50 + 6); } puVar130 = (uint *)puVar131; if (0 < (int)puVar130[-0xf]) { *(uint *)((int)puVar41 + -2) = puVar130[-0xc]; puVar51 = (undefined2 *)((int)puVar41 + -4); *(undefined2 *)((int)puVar41 + -4) = 0x5374; FUN_11bd_1c3f(); puVar41 = puVar51 + 2; if ((*(byte *)0x11e9 & 0x18) != 0x10) { puVar51[1] = 7; *puVar51 = 0x5383; FUN_11bd_22ad(); puVar41 = (undefined2 *)((int)puVar51 + 4); } puVar130 = (uint *)puVar131; puVar132 = (undefined1 *)ZEXT24(puVar41); if (*(int *)0x11e4 != 0) { while( true ) { puVar41 = (undefined2 *)puVar132; puVar130 = (uint *)puVar131; puVar1 = puVar130 + -0xf; *puVar1 = *puVar1 - 1; if ((int)*puVar1 < 0) break; *(uint *)((int)puVar41 + -2) = puVar130[-0xc]; puVar52 = (undefined1 *)((int)puVar41 + -4); *(undefined2 *)((int)puVar41 + -4) = 0x5393; FUN_11bd_3c9d(); puVar132 = (undefined1 *)ZEXT24(puVar52 + 2); *(undefined2 *)(puVar52 + 2) = 0x5397; FUN_11bd_5fb3(); } } } } else { puVar43 = (undefined2 *)((int)puVar41 + -2); *(undefined2 *)((int)puVar41 + -2) = 0x5309; FUN_11bd_198a(); *puVar43 = 1; puVar44 = puVar43 + -1; puVar43[-1] = 0x530e; FUN_11bd_1266(); uVar19 = ZEXT24(puVar44 + 2); puVar130 = (uint *)puVar131; if (puVar130[-0x22] != 0) { puVar44[1] = puVar130[-0x22]; *puVar44 = puVar130[-0xc]; puVar130[-0x15] = puVar130[-0x15] + puVar130[-0x22]; puVar44[-1] = puVar130[-0x15]; puVar45 = puVar44 + -2; puVar44[-2] = 0x5327; FUN_11bd_3d80(); uVar19 = ZEXT24((undefined1 *)((int)puVar45 + 8)); } while( true ) { puVar130 = (uint *)puVar131; puVar1 = puVar130 + -0xf; *puVar1 = *puVar1 - 1; iVar47 = (int)uVar19; if ((int)*puVar1 < 0) break; *(uint *)(iVar47 + -2) = puVar130[-0xc]; *(uint *)(iVar47 + -4) = puVar130[-0x15]; puVar46 = (undefined1 *)(iVar47 + -6); *(undefined2 *)(iVar47 + -6) = 0x5335; FUN_11bd_3e19(); uVar19 = (ulong)((int)puVar46 + 4); *(undefined2 *)(puVar46 + 4) = 0x533a; FUN_11bd_5fb3(); } *(uint *)(iVar47 + -2) = puVar130[-0x15]; puVar48 = (undefined1 *)(iVar47 + -4); *(undefined2 *)(iVar47 + -4) = 0x5345; FUN_11bd_1a86(); *(int *)(puVar130[3] + 8) = puVar130[-0x15] - 8; puVar49 = puVar48 + 2; *(undefined2 *)(puVar48 + 2) = 0x5355; FUN_11bd_11c1(); puVar41 = (undefined2 *)(puVar49 + 2); } if ((((int)puVar130[-0xf] < 0) || ((puVar130[-9] & 1) != 0)) && (puVar130[-0x15] == 0)) { *(uint *)((int)puVar41 + -2) = puVar130[-0xc]; puVar53 = (undefined1 *)((int)puVar41 + -4); *(undefined2 *)((int)puVar41 + -4) = 0x53b4; FUN_11bd_3d62(); puVar41 = (undefined2 *)(puVar53 + 4); } puVar18 = (undefined4 *)0x28; uVar16 = puVar130[3]; *(undefined2 *)(uVar16 + 4) = 0x28; *(undefined2 *)(uVar16 + 6) = 0x28; *(undefined2 *)(uVar16 + 0x26) = 0x200; if ((int)puVar130[2] < 1) { *(undefined2 *)((int)puVar41 + -2) = 0x53cf; FUN_11bd_2fc7(); puVar18 = (undefined4 *)*(uint *)0xcec; *(uint *)0x97e = (uint)puVar18; puVar130[-0x24] = 0x2c; puVar130[-0x23] = (uint)puVar18; *(undefined2 *)0x2c = 0x30; } return puVar18; } } while( true ); case '\x02': goto switchD_1000_ccb5_caseD_2; case '\x03': while( true ) { puVar56 = (undefined1 *)((int)piVar54 + -2); *(undefined2 *)((int)piVar54 + -2) = 0x55c9; func_0x0001ac24(); puVar55 = (undefined2 *)(puVar56 + -2); *(undefined2 *)(puVar56 + -2) = 0x55cc; iVar23 = FUN_11bd_243e(); uVar16 = iVar23 + 0xfU & 0xfff0; *(uint *)0xa = uVar16; if (uVar16 != 0) break; puVar55[1] = 0xd; *puVar55 = 0x55c7; FUN_11bd_22ad(); piVar54 = (int *)((int)puVar55 + 2); *(undefined2 *)((int)puVar55 + 2) = (undefined4 *)in_ESI; } puVar18 = (undefined4 *)((uint)(undefined4 *)in_ESI & 0xfff0); *(uint *)0xe = (uint)puVar18; return puVar18; case '\x04': uVar19 = puVar18[3]; uVar6 = *(undefined4 *)(puVar131 + 8); if (bVar20 == 8) { if (uVar19 != 0) { LAB_1991_538e: return (undefined4 *)*(undefined4 **)(piVar113 + 3); } } else { *(undefined4 **)(piVar113 + 1) = in_ESI; if ((1 < uVar19) && (((byte)((ulong)uVar6 >> 8) & 0x8a) == 0x8a)) { *piVar113 = iVar23; uVar24 = CONCAT22(uVar139,*piVar113); uVar7 = SegmentLimit(uVar6); if (uVar19 <= (uint)uVar7) { *piVar113 = unaff_DS; unaff_DS = *piVar113; in_ESI = *(undefined4 **)(piVar113 + 1); if ((int)CONCAT31((uint3)(bVar20 & 0x1f),0xcd) == *(int *)(uVar19 - 2)) goto LAB_1991_538e; goto LAB_1991_53ea; } } in_ESI = *(undefined4 **)(piVar113 + 1); } LAB_1991_53ea: uVar6 = *(undefined4 *)(piVar113 + 3); uVar8 = *(undefined4 *)(piVar113 + 5); piVar129 = piVar113 + 7; if ((in_ECX & 0x20) != 0) { piVar129 = piVar113 + 5; *(undefined4 *)(piVar113 + 5) = uVar6; } *(undefined4 *)((int)piVar129 + -4) = uVar6; *(ulong *)((int)piVar129 + -8) = in_ECX; *(ulong *)((int)piVar129 + -0xc) = in_EDX; *(undefined4 *)((int)piVar129 + -0x10) = uVar24; *(undefined4 *)((int)piVar129 + -0x14) = (undefined1 *)CONCAT22(uVar14,piVar129); *(undefined4 *)((int)piVar129 + -0x18) = uVar8; *(undefined4 *)((int)piVar129 + -0x1c) = in_ESI; *(undefined4 *)((int)piVar129 + -0x20) = puVar134; *(int *)((int)piVar129 + -0x22) = unaff_DS; puVar132 = (undefined1 *)CONCAT22(uVar14,(undefined1 *)((int)piVar129 + -0x24)); *(undefined2 *)((int)piVar129 + -0x24) = uVar138; uVar19 = CONCAT22((int)((ulong)uVar24 >> 0x10),unaff_SS) & 0xffff00; if ((uVar19 >> 0x16 & 1) == 0) { puVar132 = (undefined1 *)ZEXT24((undefined1 *)((int)piVar129 + -0x24)); } uVar139 = *(undefined2 *)(puVar132 + 0x26); if ((in_ECX & 0x20) != 0) { LOCK(); uVar136 = *(ulong *)(puVar132 + 0x24); *(ulong *)(puVar132 + 0x24) = uVar19; UNLOCK(); LOCK(); uVar19 = *(ulong *)(puVar132 + 0x28); *(ulong *)(puVar132 + 0x28) = uVar136; UNLOCK(); LOCK(); *(ulong *)(puVar132 + 0x24) = uVar19; UNLOCK(); uVar139 = *(undefined2 *)(puVar132 + 0x26); } *(undefined2 *)(puVar132 + 0x1c) = uVar139; iVar23 = *(int *)(puVar132 + 0x24); *(undefined2 *)((int)piVar129 + -0x26) = 0x20; uVar139 = *(undefined2 *)((int)piVar129 + -0x26); *(int *)0xc16 = *(int *)0xc16 + 0x400; uVar16 = *(uint *)0xc16; if (0x4000 < uVar16) { *(int *)0xc16 = *(int *)0xc16 + -0x400; *(int *)(puVar132 + 0x24) = *(int *)(puVar132 + 0x24) + -0xd; if ((*(byte *)(iVar23 + -5) & 0x20) != 0) { return (undefined4 *)(undefined4 *)*(undefined4 *)((int)piVar129 + -4); } return (undefined4 *)(undefined4 *)*(undefined4 *)((int)piVar129 + -4); } *(int *)(uVar16 - 4) = iVar23 + -0xd; *(int *)(uVar16 - 6) = iVar23 + -0xd; LOCK(); uVar139 = *(undefined2 *)(puVar132 + 4); *(undefined2 **)(puVar132 + 4) = (undefined2 *)(uVar16 - 0x2e); UNLOCK(); puVar18 = (undefined4 *)(uVar16 - 0x2c); *(undefined2 *)(uVar16 - 0x2e) = uVar139; *(int *)(puVar132 + 0x24) = iVar23 + 1; puVar133 = (undefined2 *)(iVar23 + -0x13); for (uVar19 = 4; (int)uVar19 != 0; uVar19 = (ulong)((int)uVar19 - 1)) { puVar134 = puVar18; puVar18 = (undefined4 *)((int)puVar18 + 2); puVar3 = puVar133; puVar133 = puVar133 + 1; *(undefined2 *)puVar134 = *puVar3; } *puVar18 = 0x54a3; puVar18[1] = 0x1000; puVar134 = (undefined4 *)(puVar132 + 0x28); puVar137 = (undefined4 *)ZEXT24(puVar18 + 2); for (lVar21 = CONCAT31((int3)(uVar19 >> 8),4); lVar21 != 0; lVar21 = lVar21 + -1) { *puVar137 = *puVar134; puVar134 = puVar134 + 1; puVar137 = puVar137 + 1; } *(undefined4 *)puVar137 = puVar134; *(undefined2 *)((undefined4 *)puVar137 + 1) = unaff_SS; return (undefined4 *)(undefined4 *)*(undefined4 *)((int)piVar129 + -4); case '\x05': puVar18 = (undefined4 *)0x0; if (((uVar19 & 0x4000) != 0) != ((*(byte *)0x47 & 0x80) != 0)) { uVar16 = -(uint)(*(char *)0x9f8 == '\0') & 0x7ff; piVar113[2] = CONCAT11((char)(uVar16 >> 8) + -0x10,(char)uVar16); iVar23 = puVar130[-6] + puVar130[2]; piVar113[1] = (puVar130[-5] + puVar130[3] + (uint)CARRY2(puVar130[-6],puVar130[2])) - (uint)(iVar23 == 0); *piVar113 = iVar23 + -1; uVar16 = puVar130[2]; piVar113[-1] = puVar130[3] + (uint)(0xfffe < uVar16); piVar113[-2] = uVar16 + 1; piVar110 = piVar113 + -3; piVar113[-3] = 0xc078; puVar18 = (undefined4 *)FUN_1991_5874(); piVar111 = (int *)((int)piVar110 + 10); } if ((*(byte *)0x47 & 0x80) != 0) { *(undefined2 *)((int)piVar111 + -2) = 0x111b; *(undefined2 *)((int)piVar111 + -4) = 0xc088; puVar18 = (undefined4 *)FUN_1991_24e4(); } return puVar18; } if ((uVar19 & 0x20) != 0) { iVar23 = 0; goto LAB_1991_1f62; } if (0xbfff < puVar130[0xe]) { cVar9 = *puVar130 == 0; if ((bool)cVar9) { *puVar130 = 0x38; } if (puVar130[1] == 0) { puVar130[1] = 0x38; cVar9 = cVar9 + '\x01'; } piVar13 = piVar113 + 3; if (cVar9 != '\0') goto LAB_1991_20fe; } uVar7 = SegmentLimit(puVar130[0xe]); uVar15 = (uint)uVar7; uVar16 = puVar130[0xc]; piVar13 = piVar113 + 3; if (puVar130[0xc] <= uVar15 && uVar15 != uVar16) { if (puVar130[10] == 0) { piVar13 = piVar113 + 3; if (4 < uVar15 - uVar16) { piVar109 = piVar113 + 2; piVar113[2] = 0xb912; uVar139 = FUN_1991_21a3(); *piVar109 = uVar139; if ((char)uVar139 == -0x65) { puVar130 = (uint *)puVar131; uVar16 = puVar130[0xe]; pbVar4 = (byte *)((int *)puVar130[0xc] + 1); iVar23 = *(int *)puVar130[0xc]; if (*puVar130 == 0) { if (iVar23 != 0x1e8e) goto LAB_1991_2030; if (puVar130[0xc] == 0x2b) { uVar15 = 0; do { puVar133 = (undefined2 *)*(undefined2 *)(uVar15 + 0x1ea6); *puVar133 = 0xfecd; *(char *)(puVar133 + 1) = (char)uVar15; uVar15 = uVar15 + 2; } while (uVar15 < 0x14); } piVar109[-1] = 0x10; uVar139 = piVar109[-1]; *(undefined2 *)0x7f0 = 0x2115; *(undefined2 *)0x7f2 = 0x1000; *puVar130 = *(uint *)0x1f2; puVar130[0xc] = puVar130[0xc] + 4; } else { if (iVar23 == 0x4c7) { if (*(int *)pbVar4 != -0x3f77) goto LAB_1991_2030; iVar23 = 4; uVar16 = 0xc089; } else if (iVar23 == 0x429) { uVar16 = *(int *)puVar130[3] - puVar130[9]; iVar23 = 2; } else if (iVar23 == 0x4c6) { uVar16 = CONCAT11((char)((uint)*(undefined2 *)puVar130[3] >> 8),*pbVar4); iVar23 = 3; } else if (iVar23 == 0xc80) { uVar16 = CONCAT11((char)((uint)*(undefined2 *)puVar130[3] >> 8), (byte)*(undefined2 *)puVar130[3] | *pbVar4); iVar23 = 3; } else { if (iVar23 != 0x489) goto LAB_1991_2030; uVar16 = puVar130[9]; iVar23 = 2; } piVar109[-1] = 8; uVar139 = piVar109[-1]; uVar15 = *puVar130 & 0xfff8; LOCK(); uVar10 = *(undefined1 *)(uVar15 + 5); *(undefined1 *)(uVar15 + 5) = 0x93; UNLOCK(); *(uint *)puVar130[3] = uVar16; *(undefined1 *)(uVar15 + 5) = uVar10; puVar130[0xc] = puVar130[0xc] + iVar23; } *piVar109 = 0xba0e; FUN_1991_21a3(); piVar13 = (int *)((int)piVar109 + 2); LAB_1991_20fe: return (undefined4 *)*(undefined2 *)((int)piVar13 + 0x12); } LAB_1991_2030: *piVar109 = 0xb944; FUN_1991_21a3(); piVar13 = (int *)((int)piVar109 + 2); } } else { iVar23 = *(int *)puVar130[0xc]; cVar9 = (char)iVar23; if ((cVar9 == '\a') || (cVar9 == '\x1f')) { piVar113[2] = 0x20; if ((puVar130[0xe] < 0x80) || (piVar13 = piVar113 + 3, ((*(uint *)0x38 ^ puVar130[10]) & 0xfff8) == 0)) { puVar130[0x12] = 0; piVar13 = piVar113 + 3; goto LAB_1991_20fe; } } else { piVar13 = piVar113 + 3; if (iVar23 == 0x5eff) { iVar23 = ((int *)puVar130[0xc])[1]; uVar16 = puVar130[4]; piVar113[2] = unaff_SS; piVar113[1] = (int)(char)iVar23 + uVar16; *piVar113 = 0x1000; piVar108 = piVar113 + -1; piVar113[-1] = 0xb86b; FUN_1991_1f26(); piVar13 = (int *)((int)piVar108 + 8); goto LAB_1991_20fe; } } } } iVar23 = 4; LAB_1991_1f62: *(undefined2 *)((int)piVar13 + -2) = 0x20; if (*(char *)0x1181 != '\0') { iVar23 = iVar23 + 1; } *(undefined2 *)((int)piVar13 + -2) = 0x18; if (*(int *)0x1062 != 0) { iVar23 = iVar23 + 2; } // WARNING: Could not recover jumptable at 0x0001b88d. Too many branches // WARNING: Treating indirect jump as call puVar18 = (undefined4 *)(*(code *)*(undefined2 *)(iVar23 * 2 + 0x1ece))(); return puVar18; } } piVar113[2] = puVar130[-0xb]; puVar114 = (uint *)(piVar113 + 1); piVar113[1] = 0xcd08; uVar139 = FUN_1991_3fd7(); puVar18 = (undefined4 *)puVar134; uVar14 = (undefined2)in_EDX; puVar130 = (uint *)puVar131; *(undefined2 *)((int)*(undefined4 *)(puVar130 + 2) + 0x10) = uVar139; *(undefined2 *)(*(int *)0x996 + 0x10) = uVar139; *(undefined2 *)((int)*(undefined4 *)(puVar130 + 2) + 0x16) = 0x4800; *(undefined2 *)(*(int *)0x996 + 0x16) = 0x4800; puVar114[1] = 0; *puVar114 = puVar130[3]; puVar114[-1] = puVar130[2]; puVar115 = puVar114 + -2; puVar114[-2] = 0xcd33; puVar17 = (undefined4 *)FUN_1991_2d3e(); puVar116 = (undefined2 *)((int)puVar115 + 8); puVar130 = (uint *)puVar131; uVar139 = (undefined2)((ulong)*(undefined4 *)(puVar130 + 2) >> 0x10); iVar23 = (int)*(undefined4 *)(puVar130 + 2); if ((*(byte *)(iVar23 + 0x26) & 1) != 0) { LAB_1991_336a: if ((char)((uint *)puVar131)[-2] == '\0') { uVar24 = *(undefined4 *)((uint *)puVar131 + 2); uVar139 = (undefined2)((ulong)uVar24 >> 0x10); iVar23 = (int)uVar24; *(undefined2 *)(iVar23 + 6) = 0; pbVar2 = (byte *)(iVar23 + 0x26); *pbVar2 = *pbVar2 | 1; } return puVar17; } puVar17 = (undefined4 *)*(undefined2 *)(iVar23 + 0x16); if ((puVar130[-3] & 0xc0) != 0) { *(uint *)((int)puVar115 + 6) = puVar130[-3]; *(undefined2 *)((int)puVar115 + 4) = puVar17; puVar117 = (undefined2 *)((int)puVar115 + 2); *(undefined2 *)((int)puVar115 + 2) = 0xcd54; iVar23 = FUN_1991_0c66(); puVar130 = (uint *)puVar131; puVar116 = puVar117 + 3; if (iVar23 == 0) { uVar139 = (undefined2)((ulong)*(undefined4 *)(puVar130 + 2) >> 0x10); iVar23 = (int)*(undefined4 *)(puVar130 + 2); *(undefined2 *)(iVar23 + 6) = puVar17; puVar117[2] = uVar139; puVar117[1] = iVar23; *puVar117 = 0xcd66; puVar17 = (undefined4 *)FUN_1991_31d7(); goto LAB_1991_336a; } } *(undefined2 *)((int)puVar116 + -2) = 0; puVar118 = (undefined2 *)((int)puVar116 + -4); *(undefined2 *)((int)puVar116 + -4) = 0xcd70; FUN_1991_0a89(); puVar118[1] = puVar130 + -8; *puVar118 = puVar17; puVar119 = puVar118 + -1; puVar118[-1] = 0xcd79; FUN_1991_416e(); if (*(char *)0x980 == '\x04') { *(byte *)(puVar130 + -1) = (byte)puVar130[-1] | 0x60; } *(undefined2 *)((int)puVar119 + 4) = puVar18; puVar120 = (uint *)((int)puVar119 + 2); *(undefined2 *)((int)puVar119 + 2) = 0xcd8a; uVar139 = FUN_1991_35da(); *(undefined2 *)((int)*(undefined4 *)(puVar130 + 2) + 6) = uVar139; *(char *)(((uint)puVar18 >> 3) + *(int *)0xaa0) = (char)puVar130[-3]; puVar120[1] = (uint)puVar18; *puVar120 = puVar130[-7]; puVar120[-1] = puVar130[-8]; puVar121 = puVar120 + -2; puVar120[-2] = 0xcdaf; uVar139 = FUN_1991_409c(); puVar121[2] = uVar14; puVar121[1] = uVar139; *puVar121 = 0xcdb6; FUN_1991_3eaa(); if (*(char *)0x980 < '\x04') { *(undefined2 *)((int)puVar121 + 6) = puVar17; puVar124 = (undefined1 *)((int)puVar121 + 4); *(undefined2 *)((int)puVar121 + 4) = 0xcde2; puVar17 = puVar18; FUN_1991_41e1(); puVar123 = puVar124 + 4; } else { pbVar2 = (byte *)(((uint)puVar17 >> 3) + *(int *)0xaa0); *pbVar2 = *pbVar2 | (byte)puVar130[-3] & 0x10; *(undefined2 *)((int)puVar121 + 6) = puVar18; puVar122 = (undefined1 *)((int)puVar121 + 4); *(undefined2 *)((int)puVar121 + 4) = 0xcdd9; FUN_1991_41e1(); puVar123 = puVar122 + 4; } *(char *)(puVar130 + -4) = (char)puVar130[-1]; *(uint **)(puVar123 + -2) = puVar130 + -8; *(undefined4 **)(puVar123 + -4) = puVar17; puVar125 = (undefined2 *)(puVar123 + -6); *(undefined2 *)(puVar123 + -6) = 0xcdf1; iVar23 = FUN_1991_4108(); puVar126 = puVar125 + 2; if (iVar23 == 0) { puVar125[1] = 0x102; *puVar125 = 0xcdfd; thunk_EXT_FUN_0000_242d(); puVar126 = (undefined2 *)((int)puVar125 + 2); } *(undefined1 *)((*(uint *)((int)*(undefined4 *)(puVar130 + 2) + 6) >> 3) + *(int *)0xaa0) = 1; *(uint *)((int)puVar126 + -2) = puVar130[3]; *(uint *)((int)puVar126 + -4) = puVar130[2]; puVar127 = (uint *)((int)puVar126 + -6); *(undefined2 *)((int)puVar126 + -6) = 0xce1d; FUN_1991_31d7(); puVar127[2] = puVar130[-7]; puVar127[1] = puVar130[-8]; *puVar127 = puVar130[-0xb]; puVar127[-1] = puVar130[-0xc]; puVar127[-2] = puVar130[-0xd]; puVar127[-3] = (uint)puVar17; puVar128 = puVar127 + -4; puVar127[-4] = 0xce32; FUN_1991_3a65(); *(undefined2 *)((int)puVar128 + 0xc) = 1; *(undefined2 *)((int)puVar128 + 10) = 0xce3a; puVar18 = (undefined4 *)FUN_1991_0a89(); *(undefined2 *)((int)*(undefined4 *)(puVar130 + 2) + 6) = puVar17; return puVar18; } void __cdecl16near FUN_1991_3536(undefined4 param_1) { uint uVar1; int iVar2; int iVar3; undefined2 uVar4; int local_c; uint local_a; int local_8; undefined2 local_6; undefined1 local_4; undefined1 local_3; uVar4 = (undefined2)((ulong)param_1 >> 0x10); iVar3 = (int)param_1; uVar1 = *(uint *)(iVar3 + 0x10); iVar2 = FUN_1991_2d12(uVar1); if (iVar2 != 0) { local_8 = *(int *)(iVar3 + 0x14) + -1; local_c = uVar1 << 4; local_a = uVar1 >> 0xc; local_4 = 0xf2; local_3 = 0; local_6 = 0; FUN_1991_4108(uVar1,&local_c); *(byte *)(iVar3 + 0x26) = *(byte *)(iVar3 + 0x26) & 0xfe; *(uint *)(iVar3 + 6) = uVar1; } return; } int __cdecl16near FUN_1991_358c(uint param_1,undefined1 param_2) { byte *pbVar1; int iVar2; int iVar3; undefined2 unaff_DS; undefined1 local_c [8]; byte local_4; iVar3 = 0; iVar2 = FUN_1991_416e(param_1,local_c); if ((iVar2 != 0) && ((local_4 & 0x7f) != 0)) { iVar3 = FUN_1991_41cf(1); if (iVar3 != 0) { local_4 = param_2; FUN_1991_4108(iVar3,local_c); pbVar1 = (byte *)((param_1 >> 3) + (int)*(undefined4 *)0xaa0); *pbVar1 = *pbVar1 | 0x10; } } return iVar3; } void __cdecl16near FUN_1991_35da(undefined2 param_1) { FUN_1991_358c(param_1,0x92); return; } void __cdecl16near FUN_1991_35ea(undefined2 param_1) { FUN_1991_358c(param_1,0x9a); return; } undefined2 __cdecl16near FUN_1991_35fa(uint param_1) { byte *pbVar1; int iVar2; uint uVar3; undefined2 unaff_DS; int local_18; uint local_16; byte local_10; int local_e; uint local_c; undefined2 local_a; undefined2 local_8; uint local_6; if (((0x7f < param_1) && (iVar2 = FUN_1991_416e(param_1,&local_18), iVar2 != 0)) && ((local_10 & 0x10) != 0)) { *(uint *)0x38 = param_1; if (((*(byte *)((param_1 >> 3) + (int)*(undefined4 *)0xaa0) & 1) != 0) && (*(char *)0x2e != '\0')) { local_e = local_18; local_c = local_16; local_a = 0; local_8 = 8; local_6 = *(uint *)0x97c >> 3; for (uVar3 = 0x10; uVar3 < local_6; uVar3 = uVar3 + 1) { iVar2 = uVar3 * 8; if (((*(int *)(iVar2 + 2) == local_18) && (*(byte *)(iVar2 + 4) == local_16)) && (*(char *)(iVar2 + 5) != '\0')) { pbVar1 = (byte *)((int)*(undefined4 *)0xaa0 + uVar3); *pbVar1 = *pbVar1 | 1; } } } FUN_1991_41e1(param_1); FUN_1991_0a89(1); return 1; } return 0; } int __cdecl16near FUN_1991_36ab(uint param_1,undefined2 param_2,int param_3) { int iVar1; bool bVar2; uint local_c; int local_a; uint local_8; byte local_4; FUN_1991_416e(param_2,&local_c); if (((local_4 & 0x18) == 0x10) && (param_1 <= local_8)) { iVar1 = FUN_1991_358c(param_2,0x92); if (iVar1 != 0) { FUN_1991_416e(iVar1,&local_c); local_8 = local_8 - param_1; if (param_3 - 1U < local_8) { local_8 = param_3 - 1U; } bVar2 = CARRY2(local_c,param_1); local_c = local_c + param_1; local_a = local_a + (uint)bVar2; FUN_1991_4108(iVar1,&local_c); return iVar1; } } return 0; } int __cdecl16near FUN_1991_371d(undefined2 param_1,undefined2 param_2,int param_3) { int iVar1; undefined2 local_c; undefined2 local_a; int local_8; undefined2 local_6; undefined1 local_4; undefined1 local_3; iVar1 = FUN_1991_41cf(1); if (iVar1 != 0) { local_8 = param_3 + -1; local_c = param_1; local_a = param_2; local_4 = 0x92; local_6 = 0; local_3 = 0; FUN_1991_4108(iVar1,&local_c); } return iVar1; } void __cdecl16near FUN_1991_39be(int param_1,int param_2) { int *piVar1; uint uVar2; undefined2 *puVar3; undefined2 *puVar4; int iVar5; undefined2 *puVar6; int iVar7; undefined2 *puVar8; undefined2 *puVar9; undefined2 unaff_DS; int local_14; uint local_12; undefined2 local_4; uVar2 = param_2 - 1; if (param_2 != param_1) { local_4 = *(undefined2 *)0xc38; FUN_1991_416e(local_4,&local_14); local_12 = uVar2 >> 0xc; local_14 = uVar2 * 0x10; FUN_1991_4108(local_4,&local_14); if ((*(char *)0x0 == 'M') || (*(char *)0x0 == 'Z')) { iVar5 = (param_1 - uVar2) + -1; puVar6 = (undefined2 *)(iVar5 * 0x10); puVar8 = (undefined2 *)0x0; puVar9 = puVar6; for (iVar7 = 8; iVar7 != 0; iVar7 = iVar7 + -1) { puVar4 = puVar9; puVar9 = puVar9 + 1; puVar3 = puVar8; puVar8 = puVar8 + 1; *puVar4 = *puVar3; } *(undefined1 *)0x0 = 0x4d; *(int *)0x3 = (param_1 - uVar2) + -2; *(undefined2 *)0x1 = 0; piVar1 = (int *)((int)puVar6 + 3); *piVar1 = *piVar1 - iVar5; } } return; } void __cdecl16near FUN_1991_3a65(uint param_1,uint param_2,int param_3,uint param_4,uint param_5,int param_6) { byte *pbVar1; int iVar2; uint uVar3; uint uVar4; undefined2 unaff_DS; uint local_e; int local_c; byte local_6; char local_4; if ((*(byte *)((param_1 >> 3) + (int)*(undefined4 *)0xaa0) & 0x10) != 0) { uVar4 = *(uint *)0x97c ^ (byte)((byte)*(uint *)0x97c ^ (byte)param_1) & 7; local_4 = '\0'; while (uVar4 = uVar4 - 8, *(uint *)0xc34 <= uVar4) { iVar2 = FUN_1991_416e(uVar4,&local_e); if ((((iVar2 != 0) && ((local_6 & 0x10) != 0)) && (uVar3 = local_e - param_2, local_c - param_3 == (uint)(local_e < param_2))) && (uVar3 <= param_4)) { local_e = uVar3 + param_5; local_c = param_6 + (uint)CARRY2(uVar3,param_5); FUN_1991_4108(uVar4,&local_e); local_4 = '\x01'; } } if (local_4 == '\0') { pbVar1 = (byte *)((param_1 >> 3) + (int)*(undefined4 *)0xaa0); *pbVar1 = *pbVar1 & 0xef; } } return; } void __cdecl16near FUN_1991_3af9(uint param_1,uint param_2,int param_3,uint param_4) { int iVar1; uint uVar2; undefined2 unaff_DS; uint local_c; int local_a; byte local_4; uVar2 = (param_1 ^ *(uint *)0x97c) & 7 ^ *(uint *)0x97c; while (uVar2 = uVar2 - 8, *(uint *)0xc34 <= uVar2) { iVar1 = FUN_1991_416e(uVar2,&local_c); if ((((iVar1 != 0) && ((local_4 & 0x10) != 0)) && (local_a - param_3 == (uint)(local_c < param_2))) && (local_c - param_2 <= param_4)) { FUN_1991_41e1(uVar2); } } return; } // WARNING: Removing unreachable block (ram,0x0001d4e0) // WARNING: Removing unreachable block (ram,0x0001d4f9) undefined4 __cdecl16near FUN_1991_3b52(uint param_1,int param_2,int param_3) { uint *puVar1; undefined2 uVar2; undefined2 uVar3; ulong uVar4; uint uVar5; uint uVar6; undefined2 unaff_DS; undefined4 uVar7; ulong uVar8; long lVar9; long lVar10; int iVar11; int local_10; uint local_e; int local_c; if ((*(char *)0x2e == '\0') || (*(char *)0xa16 != '\0')) { iVar11 = 3; do { uVar5 = param_1 - *(uint *)0xaa8; local_c = ((param_2 - *(int *)0xaaa) - (uint)(param_1 < *(uint *)0xaa8)) + (uint)(0xf000 < uVar5); local_e = uVar5 + 0xfff & 0xf000; local_10 = 3; while( true ) { uVar8 = (*(code *)*(undefined2 *)0xaa4)(iVar11); uVar4 = CONCAT22(local_c,local_e); if (((long)uVar8 < CONCAT22(local_c,local_e)) && (uVar4 = uVar8, param_3 != 0)) goto LAB_1991_3b78; local_c = (int)(uVar4 >> 0x10); local_e = (uint)uVar4; if ((long)uVar4 < 1) goto LAB_1991_3b78; iVar11 = local_c; lVar9 = (*(code *)*(undefined2 *)0xaa6)(local_e); if (lVar9 != 0) break; if ((param_3 != 0) && (local_10 = local_10 + -1, local_10 < 0)) goto LAB_1991_3b78; local_c = local_c >> 1; local_e = local_e >> 1 | (uint)((uVar4 & 0x10000) != 0) << 0xf; } lVar9 = FUN_1991_409c(lVar9); uVar5 = (uint)((ulong)lVar9 >> 0x10); if ((uVar5 < *(uint *)0x9a) || (((uVar5 <= *(uint *)0x9a && ((uint)lVar9 < *(uint *)0x98)) || (*(int *)0x9a == 0 && *(int *)0x98 == 0)))) { uVar2 = *(undefined2 *)0x98; uVar3 = *(undefined2 *)0x9a; *(uint *)0x98 = (uint)lVar9; *(uint *)0x9a = uVar5; FUN_1991_4047(lVar9,0,uVar2,uVar3); FUN_1991_4047(lVar9,4,0,0); lVar9 = lVar9 + 1; uVar4 = CONCAT22(local_c - (uint)(local_e < 0x10),local_e - 0x10); } local_c = (int)(uVar4 >> 0x10); local_e = (uint)uVar4; lVar10 = FUN_1991_409c(uVar4); uVar5 = (uint)(lVar9 + lVar10); uVar6 = (uint)((ulong)(lVar9 + lVar10) >> 0x10); if ((*(uint *)0x9e <= uVar6) && ((*(uint *)0x9e < uVar6 || (*(uint *)0x9c < uVar5)))) { *(uint *)0x9c = uVar5; *(uint *)0x9e = uVar6; } uVar7 = FUN_1991_409c(uVar4); FUN_1991_24f0(lVar9,uVar7); if (*(char *)0x2e == '\0') { FUN_1991_2916(lVar9,*(undefined2 *)0x1202,*(undefined2 *)0x1204); } if (*(char *)0x2e != '\v') { puVar1 = (uint *)0xaa8; uVar5 = *puVar1; *puVar1 = *puVar1 + local_e; *(int *)0xaaa = *(int *)0xaaa + local_c + (uint)CARRY2(uVar5,local_e); } iVar11 = iVar11 + -1; } while (0 < iVar11); } else if (*(char *)0x2e != '\v') { uVar7 = FUN_1991_40b7(*(uint *)0x9c - *(uint *)0x98, (*(int *)0x9e - *(int *)0x9a) - (uint)(*(uint *)0x9c < *(uint *)0x98)); return uVar7; } LAB_1991_3b78: return CONCAT22(*(undefined2 *)0xaaa,*(undefined2 *)0xaa8); } void __cdecl16near FUN_1991_3d68(uint param_1,int param_2) { uint uVar1; uint uVar2; ulong uVar3; uint uVar4; int iVar5; undefined2 unaff_DS; long lVar6; uVar1 = *(uint *)0xac; uVar2 = *(uint *)0xae; if (((*(byte *)0x47 & 0x80) == 0) && ((*(byte *)0x15 & 0x40) == 0)) { if (*(int *)0xadc != 0) { lVar6 = FUN_1991_3e5a(param_1,param_2); if (lVar6 != 0) { FUN_1991_5883(lVar6,param_1,param_2); return; } } lVar6 = FUN_1991_409c(param_1 + 0x3fff,param_2 + (uint)(0xc000 < param_1)); uVar3 = lVar6 + CONCAT22(uVar2,uVar1); iVar5 = (int)(uVar3 >> 0x10); uVar4 = (uint)uVar3 & 0xfc00; *(uint *)0x9c = uVar4; *(int *)0x9e = iVar5; FUN_1991_57b8(uVar2,uVar4 - 1,iVar5 - (uint)((uVar3 & 0xfc00) == 0)); uVar4 = *(uint *)0xae; if ((uVar2 <= uVar4) && ((uVar2 < uVar4 || (uVar1 < *(uint *)0xac)))) { *(uint *)0x9c = *(uint *)0xac; *(uint *)0x9e = uVar4; FUN_1991_40b7(uVar1,uVar2); return; } *(uint *)0x9c = uVar1; *(uint *)0x9e = uVar2; } return; } // WARNING: Control flow encountered bad instruction data // WARNING: Unable to track spacebase fully for stack void __cdecl16near FUN_1991_3e5a(undefined2 param_1,undefined2 param_2) { int iVar1; int *piVar2; undefined2 unaff_SS; undefined2 unaff_DS; piVar2 = (int *)0xada; do { piVar2 = piVar2 + 1; if ((int *)0xaeb < piVar2) { return; } } while (*piVar2 != 0); *(int *)0x996 = *(int *)0x996 + -0x180; iVar1 = *(int *)0x996; *(undefined2 *)(iVar1 + -0x12) = unaff_SS; *(undefined1 **)(iVar1 + -0x14) = &stack0xfffe; *(undefined2 *)(iVar1 + -0x16) = (int)(CONCAT22(param_2,param_1) / 0x400); // WARNING: Bad instruction - Truncating control flow here halt_baddata(); } // WARNING: Control flow encountered bad instruction data void thunk_EXT_FUN_0000_242d(void) { // WARNING: Bad instruction - Truncating control flow here halt_baddata(); } void __cdecl16near FUN_1991_3eaa(undefined2 param_1,undefined2 param_2,int param_3) { undefined2 *puVar1; undefined2 *puVar2; uint uVar3; uint uVar5; undefined2 in_BX; undefined2 *puVar6; undefined2 *puVar7; int unaff_SS; undefined2 unaff_DS; undefined3 uVar4; FUN_1991_4062(); puVar6 = (undefined2 *)0x0; puVar7 = (undefined2 *)0x0; uVar4 = SegmentLimit(in_BX); uVar3 = (uint)uVar4; if (uVar3 != 0) { for (uVar5 = uVar3 + 1 >> 1 | (uint)(0xfffe < uVar3) << 0xf; uVar5 != 0; uVar5 = uVar5 - 1) { puVar2 = puVar7; puVar7 = puVar7 + 1; puVar1 = puVar6; puVar6 = puVar6 + 1; *puVar2 = *puVar1; } if ((uVar3 + 1 & 1) != 0) { *(undefined1 *)puVar7 = *(undefined1 *)puVar6; } if (unaff_SS == param_3) { FUN_1991_0899(); } } return; } uint __cdecl16near FUN_1991_3ee6(void) { code *pcVar1; uint uVar2; int iVar3; undefined1 in_CF; undefined2 in_stack_00000008; undefined2 in_stack_0000000a; iVar3 = 6; do { iVar3 = iVar3 + -1; } while (iVar3 != 0); pcVar1 = (code *)swi(0x21); iVar3 = (*pcVar1)(in_stack_00000008,in_stack_0000000a); if ((bool)in_CF) { return -iVar3; } pcVar1 = (code *)swi(0x21); uVar2 = (*pcVar1)(); return uVar2 & 0xff; } void __cdecl16near FUN_1991_3f16(undefined2 param_1,code *param_2,int param_3,uint param_4,undefined2 param_5, undefined1 param_6) { code cVar1; code *pcVar2; uint uVar3; int iVar4; undefined2 *puVar5; uint uVar6; undefined1 in_CF; bool bVar7; undefined2 in_stack_00000000; uVar6 = (uint)((ulong)param_2 >> 0x10); FUN_1991_3fd7(*(int *)param_2); pcVar2 = (code *)swi(0x21); uVar3 = (*pcVar2)(); if (!(bool)in_CF) { iVar4 = *(int *)(uVar3 + 2); cVar1 = *(code *)(uVar3 + 4); *(undefined1 *)(uVar3 + 5) = 0; *(undefined1 *)(uVar3 >> 3) = 0; *(int *)((code *)param_2 + 2) = iVar4; ((code *)param_2)[4] = cVar1; bVar7 = false; if ((*(int *)param_2 == -1) || (*(int *)param_2 + 1 < 0)) { pcVar2 = (code *)swi(0x21); (*pcVar2)(); if (bVar7) goto LAB_1991_3f6f; bVar7 = (byte)((uint)in_stack_00000000 >> 8) < 0x80; } pcVar2 = (code *)swi(0x21); (*pcVar2)(); if (!bVar7) { return; } } LAB_1991_3f6f: pcVar2 = (code *)swi(0x21); (*pcVar2)(); puVar5 = (undefined2 *)(uVar6 & 0xfff8); *puVar5 = param_5; *(undefined1 *)((int)puVar5 + 5) = param_6; iVar4 = 4; do { bVar7 = param_3 < 0; param_3 = param_3 << 1; uVar3 = param_4 << 1; param_4 = uVar3 | bVar7; iVar4 = iVar4 + -1; } while (iVar4 != 0); puVar5[1] = param_3; *(char *)(puVar5 + 2) = (char)param_4; *(undefined1 *)((int)puVar5 + 7) = (char)(uVar3 >> 8); // WARNING: Could not recover jumptable at 0x0001d8c1. Too many branches // WARNING: Treating indirect jump as call (*(code *)param_2)(); return; } void FUN_1991_3f74(uint param_1,int param_2,uint param_3,undefined2 param_4,undefined1 param_5) { uint uVar1; int iVar2; undefined2 *puVar3; bool bVar4; code *in_stack_00000000; puVar3 = (undefined2 *)(param_1 & 0xfff8); *puVar3 = param_4; *(undefined1 *)((int)puVar3 + 5) = param_5; iVar2 = 4; do { bVar4 = param_2 < 0; param_2 = param_2 << 1; uVar1 = param_3 << 1; param_3 = uVar1 | bVar4; iVar2 = iVar2 + -1; } while (iVar2 != 0); puVar3[1] = param_2; *(char *)(puVar3 + 2) = (char)param_3; *(undefined1 *)((int)puVar3 + 7) = (char)(uVar1 >> 8); // WARNING: Could not recover jumptable at 0x0001d8c1. Too many branches // WARNING: Treating indirect jump as call (*in_stack_00000000)(); return; } void __cdecl16near FUN_1991_3fb3(undefined2 param_1,undefined2 *param_2,uint param_3,undefined1 param_4) { undefined2 *puVar1; uint uVar2; for (uVar2 = param_3 >> 1 | (uint)(param_3 == 0) << 0xf; uVar2 != 0; uVar2 = uVar2 - 1) { puVar1 = param_2; param_2 = param_2 + 1; *puVar1 = CONCAT11(param_4,param_4); } for (uVar2 = (uint)((param_3 & 1) != 0); uVar2 != 0; uVar2 = uVar2 - 1) { puVar1 = param_2; param_2 = (undefined2 *)((int)param_2 + 1); *(undefined1 *)puVar1 = param_4; } return; } uint __cdecl16near FUN_1991_3fd7(uint param_1) { return (param_1 + 0x10 >> 1 | (uint)(0xffef < param_1) << 0xf) >> 3; } undefined4 __cdecl16near FUN_1991_4031(long param_1,uint param_2) { undefined2 *in_BX; undefined2 unaff_DS; if (*(byte *)0x2f < 3) { FUN_1991_4062(); return CONCAT22(in_BX[1],*in_BX); } return CONCAT22(*(undefined2 *)(param_1 * 0x10 + 2 + (ulong)param_2), *(undefined2 *)(param_1 * 0x10 + (ulong)param_2)); } void __cdecl16near FUN_1991_4047(long param_1,int param_2,undefined2 param_3,undefined2 param_4) { undefined2 *in_BX; undefined2 unaff_DS; if (*(byte *)0x2f < 3) { FUN_1991_4062(); *in_BX = param_3; in_BX[1] = param_4; return; } *(undefined4 *) CONCAT22((int)((ulong)(param_1 << 4) >> 0x10),(undefined4 *)((int)(param_1 << 4) + param_2)) = *(undefined4 *)ZEXT24(¶m_3); return; } void __cdecl16near FUN_1991_4062(void) { int iVar1; uint uVar2; int iVar3; int unaff_BP; undefined2 unaff_SS; undefined2 unaff_DS; iVar1 = *(int *)(unaff_BP + 4); iVar3 = (((*(int *)(unaff_BP + 6) << 1 | (uint)(iVar1 < 0)) << 1 | (uint)(iVar1 << 1 < 0)) << 1 | (uint)(iVar1 << 2 < 0)) << 1; uVar2 = *(uint *)0xc38; if ((uVar2 & 3) == 0) { *(int *)(uVar2 + 2) = iVar1 << 4; *(byte *)(uVar2 + 4) = (byte)iVar3 | iVar1 << 3 < 0; *(undefined1 *)(uVar2 + 7) = (char)((uint)iVar3 >> 8); } else { FUN_1991_0899(); } return; } undefined4 __cdecl16near FUN_1991_409c(uint param_1,uint param_2) { return CONCAT22(param_2 >> 4, (((param_1 >> 1 | (uint)((param_2 & 1) != 0) << 0xf) >> 1 | (uint)((param_2 >> 1 & 1) != 0) << 0xf) >> 1 | (uint)((param_2 >> 2 & 1) != 0) << 0xf) >> 1 | (uint)((param_2 >> 3 & 1) != 0) << 0xf); } undefined4 __cdecl16near FUN_1991_40b7(int param_1,int param_2) { return CONCAT22((((param_2 << 1 | (uint)(param_1 < 0)) << 1 | (uint)(param_1 << 1 < 0)) << 1 | (uint)(param_1 << 2 < 0)) << 1 | (uint)(param_1 << 3 < 0),param_1 << 4); } undefined2 __cdecl16near FUN_1991_40d2(undefined2 param_1,undefined2 param_2,uint param_3,undefined2 *param_4) { undefined2 unaff_SS; *param_4 = (int)(CONCAT22(param_2,param_1) % (ulong)param_3); return (int)(CONCAT22(param_2,param_1) / (ulong)param_3); } void __cdecl16near FUN_1991_40e6(void) { uint uVar1; undefined2 *unaff_BP; undefined2 *unaff_DI; undefined2 unaff_ES; undefined2 unaff_SS; *unaff_DI = unaff_BP[2]; unaff_DI[1] = *unaff_BP; unaff_DI[2] = CONCAT11(*(undefined1 *)(unaff_BP + 4),*(undefined1 *)(unaff_BP + 1)); uVar1 = CONCAT11(*(undefined1 *)(unaff_BP + 3),*(undefined1 *)((int)unaff_BP + 9)) & 0xff0; unaff_DI[3] = CONCAT11(*(undefined1 *)((int)unaff_BP + 3),(byte)uVar1 | (byte)(uVar1 >> 8)); return; } void FUN_1991_4108(undefined2 param_1,int param_2) { undefined2 uVar1; undefined2 unaff_SS; undefined2 unaff_DS; code *in_stack_00000000; if (*(char *)0x2e != '\0') { FUN_1991_40e6(); // WARNING: Could not recover jumptable at 0x0001da3e. Too many branches // WARNING: Treating indirect jump as call (*in_stack_00000000)(); return; } FUN_1991_40e6(); uVar1 = unaff_DS; if ((*(byte *)(param_2 + 8) & 8) != 0) { uVar1 = 0x1991; } *(byte *)0x8c5 = (byte)((uint)uVar1 >> 8) & 0xfe; FUN_1991_0899(); // WARNING: Could not recover jumptable at 0x0001da78. Too many branches // WARNING: Treating indirect jump as call (*in_stack_00000000)(); return; } int __cdecl16near FUN_1991_416e(uint param_1,undefined2 *param_2) { undefined2 uVar1; uint uVar2; undefined2 *puVar3; undefined2 unaff_SS; undefined2 unaff_DS; bool bVar4; if (*(uint *)0x97c <= param_1) { return 0; } if (*(char *)0x2e == '\0') { bVar4 = false; puVar3 = (undefined2 *)0x8c0; FUN_1991_0899(); if (bVar4) { return 0; } } else { unaff_DS = 8; puVar3 = (undefined2 *)(param_1 & 0xfff8); } param_2[2] = *puVar3; *param_2 = puVar3[1]; uVar1 = puVar3[2]; *(char *)(param_2 + 1) = (char)uVar1; *(char *)(param_2 + 4) = (char)((uint)uVar1 >> 8); uVar2 = puVar3[3] & 0xfff0; *(undefined1 *)((int)param_2 + 9) = (char)uVar2; *(undefined1 *)((int)param_2 + 3) = (char)(uVar2 >> 8); param_2[3] = 0; return uVar2 + 1; } uint __cdecl16near FUN_1991_41cf(void) { uint uVar1; char cVar2; cVar2 = '\0'; uVar1 = FUN_1991_0899(); return uVar1 & -(uint)(cVar2 == '\0'); } uint __cdecl16near FUN_1991_41e1(void) { uint uVar1; char in_CF; uVar1 = FUN_1991_0899(); return uVar1 & -(uint)(in_CF == '\0'); } // WARNING (jumptable): Stack frame is not setup normally: Input value of stackpointer is not used // WARNING: Stack frame is not setup normally: Input value of stackpointer is not used void FUN_1991_41f0(void) { code *pcVar1; undefined2 *puVar2; undefined2 *in_ESP; undefined4 in_EDI; undefined2 unaff_SS; undefined2 unaff_DS; puVar2 = (undefined2 *)in_ESP; pcVar1 = (code *)*puVar2; *(undefined4 *)(puVar2 + -1) = *(undefined4 *)0xc18; puVar2[-2] = *(undefined2 *)0xc1c; *(undefined4 *)0xc18 = (undefined2 *)CONCAT22((int)((ulong)in_ESP >> 0x10),puVar2 + -2); if (((CONCAT22((int)((ulong)in_EDI >> 0x10),unaff_SS) & 0xffff00) >> 0x16 & 1) == 0) { *(undefined2 *)0xc1a = 0; } *(undefined2 *)0xc1c = unaff_SS; *(int *)0x996 = *(int *)0x996 + -0x180; puVar2[-3] = unaff_DS; // WARNING: Could not recover jumptable at 0x0001db37. Too many branches // WARNING: Treating indirect jump as call (*pcVar1)(); return; } // WARNING (jumptable): Stack frame is not setup normally: Input value of stackpointer is not used // WARNING: Control flow encountered bad instruction data // WARNING: Stack frame is not setup normally: Input value of stackpointer is not used undefined2 FUN_1991_44d6(void) { int iVar1; byte bVar3; undefined2 uVar2; undefined4 in_EAX; undefined4 in_ECX; undefined4 in_EDX; undefined4 in_EBX; uint uVar5; ulong uVar4; int iVar6; undefined4 in_ESP; undefined4 in_EBP; ulong uVar7; undefined4 in_ESI; undefined4 in_EDI; undefined2 unaff_ES; undefined2 unaff_SS; undefined2 unaff_DS; iVar6 = (int)in_ESP; *(undefined4 *)(iVar6 + -4) = in_EAX; *(undefined4 *)(iVar6 + -8) = in_ECX; *(undefined4 *)(iVar6 + -0xc) = in_EDX; *(undefined4 *)(iVar6 + -0x10) = in_EBX; *(undefined4 *)(iVar6 + -0x14) = in_ESP; *(undefined4 *)(iVar6 + -0x18) = in_EBP; *(undefined4 *)(iVar6 + -0x1c) = in_ESI; *(undefined4 *)(iVar6 + -0x20) = in_EDI; *(undefined2 *)(iVar6 + -0x22) = unaff_ES; uVar7 = CONCAT22((int)((ulong)in_ESP >> 0x10),iVar6 + -0x24); *(undefined2 *)(iVar6 + -0x24) = unaff_DS; uVar5 = (uint)((ulong)in_EBX >> 0x10); uVar4 = CONCAT22(uVar5,unaff_SS) & 0xffff00; if ((uVar4 >> 0x16 & 1) == 0) { uVar7 = (ulong)(iVar6 - 0x24); uVar4 = ((ulong)uVar5 & 0xff) << 0x10; } *(int *)(iVar6 + -0x26) = -(uint)(*(uint *)(uVar7 + 0x28) < 0x71 || (uVar4 >> 0x10 & 0x40) != 0); *(undefined2 *)(iVar6 + -0x28) = 0xffff; bVar3 = (byte)((ulong)in_EAX >> 8); if (bVar3 < 0xf) { *(byte *)(uVar7 + 0x2c) = *(byte *)(uVar7 + 0x2c) & 0xfe; iVar1 = *(int *)((uint)bVar3 * 2 + 0x44b8); uVar2 = *(undefined2 *)(iVar1 + -2); if ((char)uVar2 < '\0') { // WARNING (jumptable): Sanity check requires truncation of jumptable // WARNING: Could not find normalized switch variable to match jumptable switch(bVar3) { case 0: // WARNING: Bad instruction - Truncating control flow here halt_baddata(); case 1: // WARNING: Bad instruction - Truncating control flow here halt_baddata(); } } if ((byte)in_EAX < (byte)((uint)uVar2 >> 8)) { // WARNING: Could not recover jumptable at 0x0001de4b. Too many branches // WARNING: Treating indirect jump as call uVar2 = (*(code *)*(undefined2 *)(((uint)in_EAX & 0xff) * 2 + iVar1))(); return uVar2; } } *(byte *)(uVar7 + 0x2c) = *(byte *)(uVar7 + 0x2c) | 1; return (int)*(undefined4 *)((int)uVar7 + 0x20); } // WARNING: Globals starting with '_' overlap smaller symbols at the same address void __cdecl16near FUN_1991_4d48(void) { int iVar1; undefined1 uVar2; undefined1 uVar3; undefined2 *puVar4; uVar3 = DAT_0000_1a18; uVar2 = DAT_0000_1a15; iVar1 = _DAT_0000_0e14; puVar4 = (undefined2 *)(_DAT_0000_0e14 + 8); *(undefined2 *)(_DAT_0000_0e14 + 10) = _DAT_0000_1a13; *(undefined1 *)(iVar1 + 0xc) = uVar2; *(undefined1 *)(iVar1 + 0xf) = uVar3; *puVar4 = 0xffff; *(undefined1 *)(iVar1 + 0xd) = 0x92; return; } // WARNING (jumptable): Unable to track spacebase fully for stack // WARNING: Unable to track spacebase fully for stack // WARNING: Globals starting with '_' overlap smaller symbols at the same address void switchD_1000:ccf1::caseD_0(void) { uint uVar1; byte bVar2; uint uVar3; undefined2 in_AX; long lVar4; int in_DX; undefined1 in_BL; ulong *puVar5; int unaff_BP; int iVar6; undefined4 *in_ESI; undefined4 *in_EDI; undefined2 unaff_SS; int unaff_DS; bool bVar7; byte in_AF; byte in_TF; byte in_IF; bool bVar8; byte in_NT; byte in_AC; byte in_VIF; byte in_VIP; byte in_ID; bVar2 = *(byte *)(unaff_BP + 0xf); for (lVar4 = 8; lVar4 != 0; lVar4 = lVar4 + -1) { *in_EDI = *in_ESI; in_ESI = in_ESI + 1; in_EDI = in_EDI + 1; } iVar6 = unaff_DS + in_DX; lVar4 = (ulong)CONCAT11((byte)((uint)in_AX >> 8) & bVar2,(char)in_AX) * 0x10; *(undefined2 *)(iVar6 + 0x1a) = (int)lVar4; *(undefined1 *)(iVar6 + 0x1c) = (char)((ulong)lVar4 >> 0x10); *(undefined1 *)(iVar6 + 0x1f) = 0; uVar3 = _DAT_0000_0e16; bVar7 = 0xfbff < _DAT_0000_0e16; bVar8 = SCARRY2(_DAT_0000_0e16,0x400); uVar1 = _DAT_0000_0e16 + 0x400; puVar5 = (ulong *)(_DAT_0000_0e16 + 0x3fc); _DAT_0000_0e16 = uVar1; *puVar5 = (ulong)(in_NT & 1) * 0x4000 | (ulong)bVar8 * 0x800 | (ulong)(in_IF & 1) * 0x200 | (ulong)(in_TF & 1) * 0x100 | (ulong)((int)uVar1 < 0) * 0x80 | (ulong)(uVar1 == 0) * 0x40 | (ulong)(in_AF & 1) * 0x10 | (ulong)((POPCOUNT(uVar1 & 0xff) & 1U) == 0) * 4 | (ulong)bVar7 | (ulong)(in_ID & 1) * 0x200000 | (ulong)(in_VIP & 1) * 0x100000 | (ulong)(in_VIF & 1) * 0x80000 | (ulong)(in_AC & 1) * 0x40000; *(undefined2 *)(uVar3 + 0x3fa) = 0; *(undefined2 *)(uVar3 + 0x3f8) = 0x1000; *(undefined2 *)(uVar3 + 0x3f6) = 0; *(undefined2 *)(uVar3 + 0x3f4) = 0x4f97; // WARNING: Could not recover jumptable at 0x0001e8a1. Too many branches // WARNING: Treating indirect jump as call (*(code *)*(undefined4 *)(CONCAT11(0xf4,in_BL) + 0x4d78))(); return; } undefined2 __cdecl16far FUN_1991_5750(void) { char extraout_AH; ulong uVar1; int iVar2; ulong in_EDX; ulong *in_EBX; ulong *in_EDI; undefined2 unaff_DS; iVar2 = *(int *)0xdee + -1; (*(code *)0xd5a)(); uVar1 = 0; if (extraout_AH == '\0') { for (; in_EDI < in_EBX; in_EDI = in_EDI + 1) { if ((*in_EDI & 0x800) == 0) { uVar1 = in_EDX | 0x807; do { *in_EDI = uVar1; uVar1 = uVar1 + 0x1000; *(int *)0xdf6 = *(int *)0xdf6 + 1; *(long *)0xaa8 = *(long *)0xaa8 + 0x1000; iVar2 = iVar2 + -1; in_EDI = in_EDI + 1; } while (-1 < iVar2); break; } } } return (int)uVar1; } // WARNING: Stack frame is not setup normally: Input value of stackpointer is not used undefined2 __cdecl16far FUN_1991_57b8(void) { undefined2 uVar1; int iVar2; undefined4 in_EAX; undefined4 in_ECX; ulong uVar3; uint *puVar4; undefined4 in_EDX; undefined4 in_EBX; undefined1 *puVar5; undefined2 *puVar6; undefined1 *puVar7; undefined2 *puVar8; undefined1 *puVar10; undefined2 *in_ESP; undefined2 *puVar11; undefined4 in_EBP; undefined2 *puVar12; long in_ESI; undefined4 in_EDI; uint *puVar13; undefined2 unaff_SS; undefined2 unaff_DS; undefined2 in_FS; undefined2 in_GS; undefined1 *puVar9; puVar6 = (undefined2 *)in_ESP; uVar1 = *puVar6; *puVar6 = 0x1991; puVar6[-1] = uVar1; puVar6[-2] = (int)in_EBP; puVar12 = (undefined2 *)CONCAT22((int)((ulong)in_EBP >> 0x10),puVar6 + -2); *(ulong *)(puVar6 + -4) = CONCAT22((int)((ulong)in_EAX >> 0x10),uVar1); *(undefined4 *)(puVar6 + -6) = in_ECX; *(undefined4 *)(puVar6 + -8) = in_EDX; *(undefined4 *)(puVar6 + -10) = in_EBX; *(undefined2 **)(puVar6 + -0xc) = (undefined2 *)CONCAT22((int)((ulong)in_ESP >> 0x10),puVar6 + -2) ; *(undefined2 **)(puVar6 + -0xe) = puVar12; *(long *)(puVar6 + -0x10) = in_ESI; *(undefined4 *)(puVar6 + -0x12) = in_EDI; puVar6[-0x13] = in_FS; puVar6[-0x14] = in_GS; puVar6[-0x15] = 0; puVar6[-0x16] = 0x1991; puVar10 = (undefined1 *)ZEXT24(puVar6 + -0x17); puVar6[-0x17] = 0xf0db; func_0x00002c6b(); puVar8 = (undefined2 *)puVar10; puVar11 = (undefined2 *)puVar12; uVar3 = (*(ulong *)(puVar11 + 5) >> 6) + in_ESI; if (uVar3 < (CONCAT22((int)((ulong)(*(long *)0x9c + ~(long)*(int *)0xdf0) >> 0x10), (uint)(*(long *)0x9c + ~(long)*(int *)0xdf0) & *(uint *)0xdf0) >> 6) + in_ESI) { puVar13 = (uint *)((*(ulong *)(puVar11 + 3) >> 6) + in_ESI & 0xfffffffc); puVar4 = (uint *)(uVar3 & 0xfffffffc); do { puVar11 = (undefined2 *)puVar12; puVar8 = (undefined2 *)puVar10; if ((*puVar13 & *(uint *)0xdf2) == *(uint *)0xdf2) { puVar13 = puVar13 + 2; } else { if ((*(byte *)0x1582 & 1) != 0) goto LAB_1991_5831; *(undefined2 *)((int)puVar8 + -2) = 0x18; puVar5 = (undefined1 *)((int)puVar8 + -4); *(undefined2 *)((int)puVar8 + -4) = 0xf0bd; iVar2 = FUN_1991_5750(); puVar11 = (undefined2 *)puVar12; if (iVar2 == 0) { puVar9 = puVar5 + 2; *(undefined2 *)(puVar5 + 2) = 0xf141; FUN_1991_5836(); puVar8 = (undefined2 *)(puVar9 + 2); goto LAB_1991_5831; } puVar10 = (undefined1 *)ZEXT24(puVar5 + 4); *(int *)(puVar5 + 4) = *(int *)(puVar5 + 4) + 1; } puVar11 = (undefined2 *)puVar12; } while (puVar13 <= puVar4); puVar7 = (undefined1 *)puVar10 + -2; *(undefined2 *)((undefined1 *)puVar10 + -2) = 0xf133; FUN_1991_5836(); puVar8 = (undefined2 *)(puVar7 + 2); } else { LAB_1991_5831: *puVar8 = 0xffff; } puVar11[-2] = *puVar8; return (int)*(undefined4 *)(puVar8 + 0x11); } void __cdecl16near FUN_1991_5836(void) { ulong *puVar1; ulong uVar2; ulong uVar3; long in_ESI; long in_EDI; ulong uVar4; undefined2 unaff_DS; uVar4 = (in_EDI - in_ESI) * 0x40; puVar1 = (ulong *)((ulong)*(uint *)0xa2 * 0x10 + 0x14 + (ulong)*(uint *)0xa0); uVar2 = *puVar1; uVar3 = *(ulong *)0xac; if (*(ulong *)0xac <= uVar2) { uVar3 = uVar2; } if (uVar3 <= uVar4) { uVar3 = uVar4; } *puVar1 = uVar3; *(ulong *)0xac = uVar3; return; } // WARNING: Control flow encountered bad instruction data void FUN_1991_5874(void) { // WARNING: Bad instruction - Truncating control flow here halt_baddata(); } byte __cdecl16near FUN_1991_587c(void) { undefined2 unaff_DS; return *(byte *)0x1582 & 1; } // WARNING: Stack frame is not setup normally: Input value of stackpointer is not used undefined2 __cdecl16near FUN_1991_5883(void) { undefined4 in_EAX; ulong uVar1; uint uVar2; undefined4 in_ECX; undefined4 in_EDX; ulong uVar3; undefined4 in_EBX; long lVar4; int iVar5; undefined4 in_ESP; undefined4 in_EBP; undefined4 in_ESI; long lVar6; undefined4 in_EDI; ulong uVar7; undefined2 unaff_SS; undefined2 unaff_DS; iVar5 = (int)in_ESP; *(undefined4 *)(iVar5 + -4) = in_EAX; *(undefined4 *)(iVar5 + -8) = in_ECX; *(undefined4 *)(iVar5 + -0xc) = in_EDX; *(undefined4 *)(iVar5 + -0x10) = in_EBX; *(undefined4 *)(iVar5 + -0x14) = in_ESP; *(undefined4 *)(iVar5 + -0x18) = in_EBP; *(undefined4 *)(iVar5 + -0x1c) = in_ESI; *(undefined4 *)(iVar5 + -0x20) = in_EDI; *(undefined2 *)(iVar5 + -0x22) = 0x38; lVar4 = (ulong)*(uint *)0xaa * 0x10; lVar6 = 0x3ff000; if (*(char *)0xdff == '\0') { lVar6 = lVar4 + 0x1000; } uVar7 = *(long *)0xac + 1U >> 6; uVar2 = (int)(*(ulong *)(iVar5 + 6) >> 10) + (int)uVar7; uVar1 = *(long *)(iVar5 + 2) + 0xfffU & 0xfffff000 | 0xc07; while ((uint)uVar7 < uVar2) { uVar3 = uVar7 >> 0xc; if ((*(byte *)(lVar4 + uVar3 * 4) & 1) == 0) { uVar2 = uVar2 - 4; *(ulong *)(lVar4 + uVar3 * 4) = uVar1; if (*(char *)0xdff != '\0') { *(ulong *)(lVar6 + 0xffc + uVar3 * 4) = uVar1; } } else { *(ulong *)(lVar6 + uVar7) = uVar1; uVar7 = CONCAT22((int)(uVar7 >> 0x10),(uint)uVar7 + 4); *(long *)0xaa8 = *(long *)0xaa8 + 0x1000; } uVar1 = uVar1 + 0x1000; } LOCK(); lVar4 = *(long *)0xac; *(long *)0xac = uVar7 << 6; UNLOCK(); lVar4 = lVar4 << 4; *(undefined2 *)(iVar5 + -4) = (int)lVar4; *(undefined2 *)(iVar5 + -0xc) = (int)((ulong)lVar4 >> 0x10); return (int)*(undefined4 *)(iVar5 + -4); }