//Generates code.if user_data is non zero , user_data_size bytes are allocated after the executable code
//and user_data is set to the first byte of em.Allways 16 byte alligned
void* ppc_block::Generate()
{
if (do_realloc)
{
u8* final_buffer=0;
final_buffer=(u8*)allocfin(ppc_buff,ppc_size,ppc_indx);
if (final_buffer==0)
return 0;
ppc_buff=final_buffer;
}
ApplyPatches(ppc_buff);
memicbi(ppc_buff,ppc_indx);
bool force=false;
// force=true;
// force=(u32)ppc_buff>=0x8054f510;
if(do_disasm || force) printf("Gen %p %04x %04x\n",ppc_buff,ppc_size,ppc_indx);
if (do_disasm || force) for(u32 i=0;i<ppc_indx;i+=4) disassemble((u32)&ppc_buff[i],*(u32*)&ppc_buff[i]);
do_disasm=false;
return &ppc_buff[0];
}
//Generates code.if user_data is non zero , user_data_size bytes are allocated after the executable code
//and user_data is set to the first byte of em.Allways 16 byte aligned
void* x86_block::Generate()
{
if (do_realloc)
{
u8* final_buffer=0;
final_buffer=(u8*)allocfin(x86_buff,x86_size,x86_indx);
if (final_buffer==0)
return 0;
x86_buff=final_buffer;
}
ApplyPatches(x86_buff);
return &x86_buff[0];
}