| // in script_11, see accompanying asm example to see where loc_9 is | |
| // this contains all the code between loc_9 and loc_A in that | |
| void loc_9() | |
| { | |
| global18 = sys_18(1); | |
| // If this is a new frame, i.e. currentFrame globalvar isn't current | |
| if(global14 != sys_13(1)) | |
| { | |
| if(global26 & 0x4 /*If B is pressed*/ || sys_e(10002, 1) /*Or if B is held*/) |
| // Peach turnip 1 function | |
| float __fastcall app::peachdaikon::PEACH_PEACHDAIKON_DAIKON_1_POWER(app::peachdaikon *this) | |
| { | |
| return *(float *)(*(_QWORD *)(*(_QWORD *)(*off_710456A320[0] + 840) + 344LL) + 32LL); | |
| } | |
| // Peach turnip 1 assembly | |
| EXPORT _ZN3app11peachdaikon32PEACH_PEACHDAIKON_DAIKON_1_POWEREv | |
| .text:00000071010795D0 _ZN3app11peachdaikon32PEACH_PEACHDAIKON_DAIKON_1_POWEREv | |
| .text:00000071010795D0 ADRP X8, #off_710456A320@PAGE |
| __int64 __fastcall sub_7102DA00E0(__int64 a1) | |
| { | |
| __int64 v1; // x23 | |
| int v2; // w24 | |
| _QWORD *v3; // x27 | |
| __int64 v4; // x9 | |
| __int64 v5; // x9 | |
| signed __int64 v6; // x8 | |
| const void *v7; // x20 | |
| __int64 v8; // x28 |
| void FUN_01925b80(longlong lParm1) | |
| { | |
| undefined8 *puVar1; | |
| undefined8 *puVar2; | |
| longlong local_38; | |
| undefined4 local_30; | |
| undefined4 uStack44; | |
| uint local_28; |
| loc_7101956394 ; CODE XREF: sub_7101955F10+6A8↓j | |
| .text:0000007101956394 MOV X8, #0xFFFFFFFF00000000 | |
| .text:0000007101956398 STUR X8, [SP,#0x110+var_84] | |
| .text:000000710195639C STR WZR, [SP,#0x110+var_7C] | |
| .text:00000071019563A0 LDR X0, [X22,#0x140] | |
| .text:00000071019563A4 LDR X8, [X0] | |
| .text:00000071019563A8 LDR X8, [X8,#0x80] | |
| .text:00000071019563AC MOV V0.16B, V8.16B | |
| .text:00000071019563B0 ADD X9, SP, #0x110+var_C0 | |
| .text:00000071019563B4 ADD X3, X9, #0x10 |
| DecompiledFunction_0_1 = function(l_2_0) | |
| -- function num : 0_1 , upvalues : upval_0_1_0, upval_0_1_1, upval_0_1_2, upval_0_1_3, upval_0_1_4, upval_0_1_5, upval_0_1_6, upval_0_1_7 | |
| local l_2_1 = upval_0_1_0.SCENE_EXIT_CODE_NONE | |
| upval_0_1_0.exit_code = l_2_1 | |
| l_2_1 = upval_0_1_0.LayoutRootList | |
| l_2_1 = l_2_1.standard_result | |
| l_2_0.layout_root = l_2_1 | |
| l_2_1 = l_2_0.layout_root | |
| l_2_1 = l_2_1(l_2_1) | |
| l_2_0.layout_view = l_2_1 |
| ; Function: 0_1 | |
| ; Defined at line: 48 | |
| ; #Upvalues: 8 | |
| ; #Parameters: 1 | |
| ; Is_vararg: 0 | |
| ; Max Stack Size: 20 | |
| 0 [-]: GETTABUP R1 U0 K1 ; R1 := U0["SCENE_EXIT_CODE_NONE"] | |
| 1 [-]: SETTABUP U0 K0 R1 ; U0["exit_code"] := R1 | |
| 2 [-]: GETTABUP R1 U0 K3 ; R1 := U0["LayoutRootList"] |
Hopefully this turns into a layer of a build system that occurs when the user types make or some similar bash command that
triggers this build process before ultimately starting the Makefile process.
The idea is that firstly, we take input from the user. This is probably the most flexible part.
Somehow, we read in these ACMD scripts from the user, each associated with metadata including the category, kind, acmd type, and animation.
Example of input:
input_1:
| // From modules 0x38 (PostureModule) to 0x198 (unk) | |
| // Each is the offset of the first function in the module's function list | |
| // To find any module function given these, find any of the XREFs of the function and it will be the first in a list of the module function implementations | |
| 0x4a0d20 | |
| 0x4c1c30 | |
| 0x683350 | |
| 0x6b8580 | |
| 0x691f00 | |
| 0x3d5d80 |
| // From modules 0x38 (PostureModule) to 0x198 (unk) | |
| // Each is the offset of the module's function table | |
| // Generated with p/x **(unsigned long long**)($boma + $module_offset) | |
| 0x4943800 | |
| 0x495a118 | |
| 0x49567f0 | |
| 0x495a6e0 | |
| 0x4957978 | |
| 0x493c968 |