P 98 memory.c AllocAndCreatePTE(++temp << 12, 1, RW | G | P); P 101 memory.c RW | US | P); P 149 newtask.c AllocAndCreatePTE(currentPage, currentTask->pid, RW | US | P); P 161 newtask.c AllocAndCreatePTE(currentPage, currentTask->pid, RW | US | P); P 50 pagetab.c VIRT(PML4,pml4)->entries[pml4Index].value = newpage | P | RW | US; P 57 pagetab.c VIRT(PDP,pdp)->entries[pdpIndex].value = newpage | P | RW | US; P 64 pagetab.c VIRT(PD,pd)->entries[pdIndex].value = newpage | P | RW | US; P 82 pagetab.c VIRT(PML4,pml4)->entries[pml4Index].value = newpage | P | RW | US; P 89 pagetab.c VIRT(PDP,pdp)->entries[pdpIndex].value = newpage | P | RW | US; P 106 pagetab.c VIRT(PML4,pml4)->entries[pml4Index].value = newpage | P | RW | US; P 123 pagetab.c (long) AllocPage(pid) | P | RW | US; P 126 pagetab.c (long) AllocPage(pid) | P | RW | US; P 129 pagetab.c (long) AllocPage(pid) | P | RW | US; P 132 pagetab.c (long) AllocPage(pid) | P | RW; P 133 pagetab.c VIRT(PML4,pml4)->entries[GetPML4Index(VAddr)].value = virtualPDP | P | RW; // Physical to virtual addresses P 135 pagetab.c VIRT(PD,pd)->entries[GetPDIndex(0)].value = kernelPT | P | RW; // Kernel entries P 144 pagetab.c TempUserData, pid, RW | P); P 153 pagetab.c AllocAndCreatePTE(TempUStack, pid, RW | P); P 178 pagetab.c pid, US | RW | P); P 197 pagetab.c pid, US | RW | P); P 216 pagetab.c pid, US | RW | P); P 235 pagetab.c pid, US | RW | P); P 26 ptab32.c pml4->entries[0].Lo = (long) pdp | P | RW | US; P 27 ptab32.c pdp->entries[0].Lo = (long) pd | P | RW | US; P 28 ptab32.c pd->entries[0].Lo = (long) pt1 | P | RW; P 29 ptab32.c pd->entries[1].Lo = (long) pt2 | P | RW; P 47 ptab32.c pt->entries[0].Lo = P | RW; P 51 ptab32.c pt->entries[count].Lo = (count << 12) | P | RW | G; P 57 ptab32.c pt->entries[count].Lo = (count << 12) | P | RW | G; P 77 ptab32.c pml4->entries[1].Lo = (long) pdp | P | RW; P 82 ptab32.c pdp->entries[count3].Lo = (long) pd | P | RW; P 87 ptab32.c pd->entries[count2].Lo = (long) pt | P | RW; P 91 ptab32.c + (count1 << 12) | P | RW | G;