recomp_entrypoint.c

#include "recomp.h"
#include "disable_warnings.h"

void recomp_entrypoint(uint8_t* rdram, recomp_context* ctx) {
    uint64_t hi = 0, lo = 0, result = 0;
    unsigned int rounding_mode = DEFAULT_ROUNDING_MODE;
    int c1cs = 0;
    // lui         $t0, 0x8016
    ctx->r8 = S32(0X8016 << 16);
    // lui         $t1, 0x13
    ctx->r9 = S32(0X13 << 16);
    // addiu       $t0, $t0, -0x1E10
    ctx->r8 = ADD32(ctx->r8, -0X1E10);
    // ori         $t1, $t1, 0x6C80
    ctx->r9 = ctx->r9 | 0X6C80;
L_80125910:
    // addi        $t1, $t1, -0x8
    ctx->r9 = ADD32(ctx->r9, -0X8);
    // sw          $zero, 0x0($t0)
    MEM_W(0X0, ctx->r8) = 0;
    // sw          $zero, 0x4($t0)
    MEM_W(0X4, ctx->r8) = 0;
    // bne         $t1, $zero, L_80125910
    if (ctx->r9 != 0) {
        // addi        $t0, $t0, 0x8
        ctx->r8 = ADD32(ctx->r8, 0X8);
        goto L_80125910;
    }
    // addi        $t0, $t0, 0x8
    ctx->r8 = ADD32(ctx->r8, 0X8);
    // lui         $t2, 0x8012
    ctx->r10 = S32(0X8012 << 16);
    // lui         $sp, 0x8016
    ctx->r29 = S32(0X8016 << 16);
    // addiu       $t2, $t2, 0x5950
    ctx->r10 = ADD32(ctx->r10, 0X5950);
    // jr          $t2
    // addiu       $sp, $sp, 0x3F0
    ctx->r29 = ADD32(ctx->r29, 0X3F0);
    LOOKUP_FUNC(18446744071563270480)(rdram, ctx);
    return;
    // addiu       $sp, $sp, 0x3F0
    ctx->r29 = ADD32(ctx->r29, 0X3F0);
    // nop

    // nop

    // nop

    // nop

    // nop

    // nop

;}