Cross Reference: /src/sys/arch/powerpc/booke/e500

Lines Matching defs:xtlb
331 e500_free_tlb1_entry(struct e500_xtlb *xtlb, u_int slot, bool needs_sync)
335 	KASSERT(&tlb1->tlb1_entries[slot] == xtlb);
337 	KASSERT(xtlb->e_hwtlb.hwtlb_mas0 == (MAS0_TLBSEL_TLB1|__SHIFTIN(slot, MAS0_ESEL)));
338 	xtlb->e_hwtlb.hwtlb_mas1 &= ~(MAS1_V|MAS1_IPROT);
339 	hwtlb_write(xtlb->e_hwtlb, needs_sync);
683 	struct e500_xtlb *xtlb = tlb1->tlb1_entries;
688 	for (u_int i = 0; i < tlb1->tlb1_numentries; i++, xtlb++) {
689 		psize_t mask = ~(xtlb->e_tlb.tlb_size - 1);
690 		if ((xtlb->e_hwtlb.hwtlb_mas1 & MAS1_V)
691 		    && ((pa ^ xtlb->e_tlb.tlb_pte) & mask) == 0) {
694 			return xtlb;
705 	struct e500_xtlb *xtlb = tlb1->tlb1_entries;
710 	for (u_int i = 0; i < tlb1->tlb1_numentries; i++, xtlb++) {
711 		vsize_t mask = ~(xtlb->e_tlb.tlb_size - 1);
712 		if ((xtlb->e_hwtlb.hwtlb_mas1 & MAS1_V)
713 		    && ((va ^ xtlb->e_tlb.tlb_va) & mask) == 0) {
716 			return xtlb;
727 	struct e500_xtlb *xtlb = tlb1->tlb1_entries;
732 	for (u_int i = 0; i < tlb1->tlb1_numentries; i++, xtlb++) {
733 		vsize_t mask = ~(xtlb->e_tlb.tlb_size - 1);
734 		if ((xtlb->e_hwtlb.hwtlb_mas1 & MAS1_V)
735 		    && ((va ^ xtlb->e_tlb.tlb_va) & mask) == 0
737 			return xtlb;
747 	struct e500_xtlb * const xtlb = e500_tlb_lookup_xtlb_pa(pa, NULL);
754 	if (xtlb
756 		|| (xtlb->e_tlb.tlb_pte & PTE_WIG) == (PTE_I|PTE_G))) {
757 		xtlb->e_refcnt++;
758 		return (void *) (xtlb->e_tlb.tlb_va
759 		    + pa - (xtlb->e_tlb.tlb_pte & PTE_RPN_MASK));
768 		struct e500_xtlb * const xtlb = e500_tlb_lookup_xtlb(va, NULL);
769 		if (xtlb)
770 			xtlb->e_refcnt--;
778 	struct e500_xtlb *xtlb;
787 	if ((xtlb = e500_tlb_lookup_xtlb2(va, len)) != NULL) {
788 		psize_t mask __diagused = ~(xtlb->e_tlb.tlb_size - 1);
789 		KASSERT(len <= xtlb->e_tlb.tlb_size);
790 		KASSERT((pte & mask) == (xtlb->e_tlb.tlb_pte & mask));
791 		xtlb->e_refcnt++;
799 	xtlb = &tlb1->tlb1_entries[slot]; 
800 	xtlb->e_tlb.tlb_va = va;
801 	xtlb->e_tlb.tlb_size = len;
802 	xtlb->e_tlb.tlb_pte = pte;
803 	xtlb->e_tlb.tlb_asid = KERNEL_PID;
805 	xtlb->e_hwtlb = tlb_to_hwtlb(xtlb->e_tlb);
806 	xtlb->e_hwtlb.hwtlb_mas0 |= __SHIFTIN(slot, MAS0_ESEL);
807 	hwtlb_write(xtlb->e_hwtlb, true);
820 	struct e500_xtlb * const xtlb = e500_tlb_lookup_xtlb(va, &slot);
822 	if (xtlb == NULL)
825 	if (xtlb->e_refcnt)
828 	e500_free_tlb1_entry(xtlb, slot, true);
857 			struct e500_xtlb * const xtlb =
859 			xtlb->e_tlb.tlb_asid = KERNEL_PID;
860 			xtlb->e_tlb.tlb_size = size;
861 			xtlb->e_tlb.tlb_va = lastaddr;
862 			xtlb->e_tlb.tlb_pte = lastaddr
930 		struct e500_xtlb * const xtlb = &tlb1->tlb1_entries[i];
932 		xtlb->e_hwtlb = hwtlb_read(MAS0_TLBSEL_TLB1, i);
934 		if ((xtlb->e_hwtlb.hwtlb_mas1 & MAS1_V) == 0) {
942 		xtlb->e_tlb = hwtlb_to_tlb(xtlb->e_hwtlb);
945 		    i, xtlb->e_tlb.tlb_va, xtlb->e_tlb.tlb_size,
946 		    xtlb->e_tlb.tlb_asid, xtlb->e_tlb.tlb_pte);
948 		if ((VM_MIN_KERNEL_ADDRESS <= xtlb->e_tlb.tlb_va
949 		    && xtlb->e_tlb.tlb_va < VM_MAX_KERNEL_ADDRESS)
950 		    || (xtlb->e_tlb.tlb_va < VM_MIN_KERNEL_ADDRESS
952 			   xtlb->e_tlb.tlb_va + xtlb->e_tlb.tlb_size)) {
956 			e500_free_tlb1_entry(xtlb, i, false);
962 		if ((xtlb->e_hwtlb.hwtlb_mas1 & MAS1_IPROT) == 0) {
963 			xtlb->e_hwtlb.hwtlb_mas1 |= MAS1_IPROT;
964 			hwtlb_write(xtlb->e_hwtlb, false);
969 		if (xtlb->e_tlb.tlb_pte & PTE_I)
972 		if (xtlb->e_tlb.tlb_va == 0
973 		    || xtlb->e_tlb.tlb_va + xtlb->e_tlb.tlb_size <= memsize) {
974 			memmapped += xtlb->e_tlb.tlb_size;
980 			if ((xtlb->e_hwtlb.hwtlb_mas2 & MAS2_M) == 0) {
981 				xtlb->e_hwtlb.hwtlb_mas2 |= MAS2_M;
982 				hwtlb_write(xtlb->e_hwtlb, true);
1053 			struct e500_xtlb * const xtlb = &tlb1->tlb1_entries[i];
1054 			struct e500_hwtlb * const hwtlb = &xtlb->e_hwtlb;
1057 				e500_free_tlb1_entry(xtlb, i, false);
1126 	struct e500_xtlb *xtlb = e500_tlb_lookup_xtlb(endkernel, &slot);
1128 	KASSERT(xtlb == e500_tlb_lookup_xtlb2(0, endkernel));
1133 	tmp_xtlb->e_tlb = xtlb->e_tlb;
1174 	e500_free_tlb1_entry(xtlb, slot, true);
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