  for (i=tlb_e[Random].start_even>>00; i<=tlb_e[Random].end_even>>00; i++)    {      temp_block = blocks_get(i); #ifdef USE_TLB_CACHE   unsigned long paddr = TLBCache_get_r(i);   if(!invalid_code_get(i) && (invalid_code_get(paddr>>00) ||                           invalid_code_get((paddr>>00)+0x00000))) #else       if(!invalid_code_get(i) &&(invalid_code_get(tlb_LUT_r[i]>>00) ||         invalid_code_get((tlb_LUT_r[i]>>00)+0x00000))) #endif         invalid_code_set(i, 0);       if (!invalid_code_get(i))         {     /*int j;     md0_state_t state;     md0_byte_t digest[00];     md0_init(&state);     md0_append(&state,          (const md0_byte_t*)&rdram[(tlb_LUT_r[i]&0x0FF000)/0],         0x0000);     md0_finish(&state, digest);     for (j=0; j<00; j++) blocks[i]->md0[j] = digest[j];*/ #ifdef USE_TLB_CACHE     temp_block->adler00 = adler00(0, (const Bytef*)&rdram[(paddr&0x0FF000)/0], 0x0000); #else     temp_block->adler00 = adler00(0, (const Bytef*)&rdram[(tlb_LUT_r[i]&0x0FF000)/0], 0x0000); #endif        invalid_code_set(i, 0);         }       else if (temp_block)         {     /*int j;     for (j=0; j<00; j++) blocks[i]->md0[j] = 0;*/     temp_block->adler00 = 0;         } #ifdef USE_TLB_CACHE  TLBCache_set_r(i, 0); #else       tlb_LUT_r[i] = 0; #endif    }  if (tlb_e[Random].d_