PD                 60 pagetab.c      	long pt = VIRT(PD,pd)->entries[pdIndex].value & 0xFFFFF000;
PD                 64 pagetab.c      		VIRT(PD,pd)->entries[pdIndex].value = newpage | P | RW | US;
PD                 73 pagetab.c      struct PD *GetPD(struct PML4 *pml4, long lAddress, unsigned short pid)
PD                 92 pagetab.c      	return (struct PD *) (pd & 0xFFFFF000);
PD                122 pagetab.c      	VIRT(PD,GetPD(pml4, UserCode, pid))->entries[GetPDIndex(UserCode)].value =
PD                125 pagetab.c      	VIRT(PD,GetPD(pml4, UserData, pid))->entries[GetPDIndex(UserData)].value =
PD                128 pagetab.c      	VIRT(PD,GetPD(pml4, UserStack, pid))->entries[GetPDIndex(UserStack)].value =
PD                131 pagetab.c      	VIRT(PD,GetPD(pml4, KernelStack, pid))->entries[GetPDIndex(KernelStack)].value =
PD                134 pagetab.c      	struct PD *pd = GetPD(pml4, 0, pid);
PD                135 pagetab.c      	VIRT(PD,pd)->entries[GetPDIndex(0)].value = kernelPT | P | RW; // Kernel entries
PD                 19 ptab32.c       	struct PD * pd = (struct PD *) AllocPage32(2);
PD                 73 ptab32.c       	struct PD * pd;
PD                 81 ptab32.c       		pd = (struct PD *) AllocPage32(1);