void hexdump(const void *data, int size)
{
unsigned char *buf = (void *) data;
char alpha[17];
int i;
for (i = 0; i < size; i++) {
/* if (!(i % 16))
wrap_log("\t\t%08X", (unsigned int) buf + i); */
if (((void *) (buf + i)) < ((void *) data)) {
wrap_log(" ");
alpha[i % 16] = '.';
} else {
wrap_log(" %02X", buf[i]);
if (isprint(buf[i]) && (buf[i] < 0xA0))
alpha[i % 16] = buf[i];
else
alpha[i % 16] = '.';
}
if ((i % 16) == 15) {
alpha[16] = 0;
wrap_log("\t|%s|\n", alpha);
}
}
if (i % 16) {
for (i %= 16; i < 16; i++) {
wrap_log(" ");
alpha[i] = '.';
if (i == 15) {
alpha[16] = 0;
wrap_log("\t|%s|\n", alpha);
}
}
}
}
Handle wrap_fbm_init_ex(u32 max_frame_num,u32 min_frame_num,u32 size_y[],u32 size_u[],u32 size_v[],u32 size_alpha[],_3d_mode_e out_3d_mode,pixel_format_e format,void* parent)
{
Handle result;
wrap_log("func\tfbm_init_ex\t0\t0x%08x\t0x%08x\t0x%08x\t0x%08x\n",size_y[0],size_u[0],size_v[0],size_alpha[0]);
wrap_log("func\tfbm_init_ex\t1\t0x%08x\t0x%08x\t0x%08x\t0x%08x\n",size_y[1],size_u[1],size_v[1],size_alpha[1]);
result = ORIG_IFBM.fbm_init_ex(max_frame_num,min_frame_num,size_y,size_u,size_v,size_alpha,out_3d_mode,format,parent);
return result;
}
s32 wrap_ve_wait_intr(void )
{
wrap_log("func\tve_wait_intr\tenter\n");
s32 result;
result = ORIG_IVE.ve_wait_intr();
wrap_log("func\tve_wait_intr\texit\n");
return result;
}
void* wrap_mem_palloc(u32 size,u32 align)
{
wrap_log("func\tmem_palloc\tenter\n");
void* result;
result = ORIG_IOS.mem_palloc(size,align);
wrap_log("func\tmem_palloc\texit\n");
return result;
}
void *malloc(size_t size)
{
void *ret;
wrap_log("malloc(0x%x)", size);
ret = __libc_malloc(size);
wrap_log(" = %p\n", ret);
return ret;
}
void *realloc(void *ptr, size_t size)
{
void *ret;
wrap_log("realloc(%p, 0x%x)", ptr, size);
ret = __libc_realloc(ptr, size);
wrap_log(" = %p\n", ret);
return ret;
}
vresult_e libve_decode(u8 keyframe_only, u8 skip_bframe, u64 cur_time, Handle libve)
{
vresult_e result;
if (!libve_decode_orig) {
libve_decode_orig = libve_dlsym(__func__);
}
wrap_log("func\tlibve_decode enter\tkeyframe_only\t0x%08x\tskip_bframe\t0x%08x\tcur_time\t0x%08x\n",keyframe_only,skip_bframe,cur_time);
result = libve_decode_orig(keyframe_only,skip_bframe,cur_time,libve);
wrap_log("func\tlibve_decode exit\t%08x\n",result);
return result;
}
vresult_e libve_set_vbv(void* vbv, void* libve)
{
vresult_e result;
if (!libve_set_vbv_orig) {
libve_set_vbv_orig = libve_dlsym(__func__);
}
wrap_log("func\tlibve_set_vbv\tenter\n");
result = libve_set_vbv_orig(vbv,libve);
wrap_log("func\tlibve_set_vbv\texit\n");
return result;
}
void wrap_libve_init()
{
/* wrap IVE */
if (&IVE) {
wrap_log("info\twrap_libve_init\tIVE\n");
memcpy(&ORIG_IVE,&IVE,sizeof(IVEControl_t));
IVE.ve_get_memtype = &wrap_ve_get_memtype;
IVE.ve_reset_hardware = &wrap_ve_reset_hardware;
IVE.ve_get_reg_base_addr = &wrap_ve_get_reg_base_addr;
IVE.ve_enable_clock = &wrap_ve_enable_clock;
IVE.ve_wait_intr = &wrap_ve_wait_intr;
IVE.ve_enable_intr = &wrap_ve_enable_intr;
}
/* wrap IOS */
if (&IOS) {
wrap_log("info\twrap_libve_init\tIOS\n");
memcpy(&ORIG_IOS,&IOS,sizeof(IOS_t));
IOS.mem_alloc = &wrap_mem_alloc;
IOS.mem_get_phy_addr = &wrap_mem_get_phy_addr;
IOS.mem_free = &wrap_mem_free;
IOS.mem_set = &wrap_mem_set;
IOS.mem_cpy = &wrap_mem_cpy;
IOS.mem_flush_cache = &wrap_mem_flush_cache;
IOS.mem_pfree = &wrap_mem_pfree;
IOS.sys_sleep = &wrap_sys_sleep;
IOS.mem_palloc = &wrap_mem_palloc;
}
/* wrap IFBM */
if (&IFBM) {
wrap_log("info\twrap_libve_init\tIFBM\n");
memcpy(&ORIG_IFBM,&IFBM,sizeof(IFBM_t));
IFBM.fbm_request_frame = &wrap_fbm_request_frame;
IFBM.fbm_share_frame = &wrap_fbm_share_frame;
IFBM.fbm_return_frame = &wrap_fbm_return_frame;
IFBM.fbm_release = &wrap_fbm_release;
IFBM.fbm_init_ex = &wrap_fbm_init_ex;
}
/* wrap IVBV */
if (&IVBV) {
wrap_log("info\twrap_libve_init\tIVBV\n");
memcpy(&ORIG_IVBV,&IVBV,sizeof(IVBV_t));
IVBV.vbv_get_base_addr = &wrap_vbv_get_base_addr;
IVBV.vbv_request_bitstream_frame = &wrap_vbv_request_bitstream_frame;
IVBV.vbv_return_bitstream_frame = &wrap_vbv_return_bitstream_frame;
IVBV.vbv_get_size = &wrap_vbv_get_size;
IVBV.vbv_flush_bitstream_frame = &wrap_vbv_flush_bitstream_frame;
}
}
Handle libve_open(vconfig_t* config, vstream_info_t* stream_info, void* parent)
{
Handle result;
if (!libve_open_orig) {
libve_open_orig = libve_dlsym(__func__);
}
wrap_log("func\tlibve_open\tenter\n");
result = libve_open_orig(config,stream_info,parent);
dump_stream_info(stream_info);
libve_handle = result;
wrap_log("func\tlibve_open\texit\n");
return result;
}
memtype_e wrap_ve_get_memtype(void )
{
memtype_e result;
result = ORIG_IVE.ve_get_memtype();
wrap_log("func\tve_get_memtype\t0x%08x\n"),(unsigned int)result;
return result;
}
u32 wrap_vbv_get_size(Handle vbv)
{
u32 result;
result = ORIG_IVBV.vbv_get_size(vbv);
wrap_log("func\tvbv_get_size\t0x%08x\n",result);
return result;
}
u32 wrap_mem_get_phy_addr(u32 virtual_addr)
{
u32 result;
result = ORIG_IOS.mem_get_phy_addr(virtual_addr);
wrap_log("func\tmem_get_phy_addr\t0x%08x\t0x%08x\n",virtual_addr,result);
return result;
}
void* wrap_mem_alloc(u32 size)
{
void* result;
result = ORIG_IOS.mem_alloc(size);
wrap_log("func\tmem_alloc\t0x%08x\t0x%08x\n",(unsigned int)result,size);
return result;
}
void wrap_mem_set(void* mem,u32 value,u32 size)
{
wrap_log("func\tmem_set\t0x%08x\t0x%08x\t0x%08x\n",(unsigned int)mem,value,size);
mappings_unprotect_all();
ORIG_IOS.mem_set(mem,value,size);
mappings_protect_all();
}
vstream_data_t* wrap_vbv_request_bitstream_frame(Handle vbv)
{
vstream_data_t* r;
r = ORIG_IVBV.vbv_request_bitstream_frame(vbv);
//wrap_log("vbv_request_bistream_frame\t0x%08x\t0x%16lx\t0x%16lx\t0x%08x\t0x%08x\n",r->length,r->pts,r->pcr,r->valid,r->id);
wrap_log("func\tvbv_request_bitstream_frame\t0x%08x\t0x%016llx\n",r->data,r->pts);
return r;
}
Handle libve_get_fbm (Handle ve)
{
if (!libve_get_fbm_orig) {
libve_get_fbm_orig = libve_dlsym(__func__);
}
wrap_log("func\tlibve_get_fbm\n");
return libve_get_fbm_orig(ve);
}
void wrap_ve_enable_clock(u8 enable,u32 frequency)
{
wrap_log("func\tve_enable_clock\n");
ORIG_IVE.ve_enable_clock(enable,frequency);
//wrap_log("ve_enable_clock\texit\n");
}
void wrap_ve_enable_intr(u8 enable)
{
wrap_log("func\tve_enable_intr\tenter\n");
ORIG_IVE.ve_enable_intr(enable);
wrap_log("func\tve_enable_intr\texit\n");
}
void wrap_vbv_flush_bitstream_frame(vstream_data_t* stream,Handle vbv)
{
wrap_log("func\tvbv_flush_bitstream_frame\t0x%08x\t0x%16lx\t0x%16lx\t0x%08x\t0x%08x\n",stream->length,stream->pts,stream->pcr,stream->valid,stream->id);
ORIG_IVBV.vbv_flush_bitstream_frame(stream,vbv);
}
void wrap_vbv_return_bitstream_frame(vstream_data_t* stream,Handle vbv)
{
wrap_log("func\tvbv_return_bitstream_frame\tenter\n");
ORIG_IVBV.vbv_return_bitstream_frame(stream,vbv);
wrap_log("func\tvbv_return_bitstream_frame\texit\n");
}
void wrap_mem_flush_cache(u8* mem,u32 size)
{
wrap_log("func\tmem_flush_cache\tenter\n");
ORIG_IOS.mem_flush_cache(mem,size);
wrap_log("func\tmem_flush_cache\texit\n");
}
void wrap_fbm_release(Handle h,void* parent)
{
wrap_log("func\tfbm_release\tenter\n");
ORIG_IFBM.fbm_release(h,parent);
wrap_log("func\tfbm_release\texit\n");
}
void wrap_fbm_return_frame(vpicture_t* frame,u8 valid,Handle h)
{
ORIG_IFBM.fbm_return_frame(frame,valid,h);
wrap_log("func\tfbm_return_frame\t0x%08x\t0x%08x\t0x%08x\n",frame->id,frame->pts);
wrap_log("func\tfbm_return_frame\t0x%08x\t0x%08x\t0x%08x\n",frame->y,frame->u,frame->v,frame->alpha);
}
void wrap_sys_sleep(u32 ms)
{
wrap_log("func\tsys_sleep\tenter\n");
ORIG_IOS.sys_sleep(ms);
wrap_log("func\tsys_sleep\texit\n");
}
void wrap_mem_pfree(void* p)
{
wrap_log("func\tmem_pfree\tenter\n");
ORIG_IOS.mem_pfree(p);
wrap_log("func\tmem_pfree\texit\n");
}
void free(void *ptr)
{
wrap_log("free(%p)\n", ptr);
__libc_free(ptr);
}
void wrap_mem_cpy(void* dst,void* src,u32 size)
{
wrap_log("func\tmem_cpy\t0x%08x\t0x%08x\t0x%08x\n",(unsigned int) dst,(unsigned int)src,size);
hexdump(src,size);
ORIG_IOS.mem_cpy(dst,src,size);
}
static void dump_ctx(struct CgCtx *ctx)
{
int i;
wrap_log("unknown00 = %08x\n", ctx->unknown00);
wrap_log("error: %s\n", ctx->error ? ctx->error : "<no error>");
wrap_log("log: %s\n", ctx->log ? ctx->log : "<no log>");
wrap_log("binary (%d bytes) =\n", ctx->binary_size);
hexdump(ctx->binary, ctx->binary_size);
wrap_log("unknown20 = %08x\n", ctx->unknown20);
wrap_log("unknown24 = %p\n", ctx->unknown24);
wrap_log("unknown28 = %zu\n", ctx->unknown28);
hexdump(ctx->unknown24, ctx->unknown28);
wrap_log("unknown32 = %p\n", ctx->unknown32);
wrap_log("unknown36 = %08x\n", ctx->unknown36);
wrap_log("unknown40 = %08x\n", ctx->unknown40);
wrap_log("unknown44 = &unknown%d (%p)\n",
(int)ctx->unknown44 - (int)ctx, ctx->unknown44);
wrap_log("unknown48 = %08x\n", ctx->unknown48);
wrap_log("unknown52 = %08x\n", ctx->unknown52);
// wrap_log("unknown56 = %p\n", ctx->unknown56);
// hexdump(ctx->unknown56, 0x100);
wrap_log("unknown60 = %08x\n", ctx->unknown60);
wrap_log("unknown64 = %08x\n", ctx->unknown64);
wrap_log("unknown68 = %08x\n", ctx->unknown68);
wrap_log("unknown72 = %08x\n", ctx->unknown72);
wrap_log("unknown76 = %08x\n", ctx->unknown76);
}
void wrap_fbm_share_frame(vpicture_t* frame,Handle h)
{
wrap_log("func\tfbm_share_frame\tenter\n");
ORIG_IFBM.fbm_share_frame(frame,h);
wrap_log("func\tfbm_share_frame\texit\n");
}
