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

Lines Matching defs:tlb1
147 	 * If tlbassoc is the same as tlbentries (like in TLB1) then the TLB is
287 	struct e500_tlb1 * const tlb1 = &e500_tlb1;
289 	return &tlb1->tlb1_entries[slot].e_hwtlb;
295 	struct e500_tlb1 * const tlb1 = &e500_tlb1;
296 	for (u_int slot = 1; slot < tlb1->tlb1_numentries; slot++) {
298 		    &tlb1->tlb1_entries[slot].e_hwtlb;
319 	struct e500_tlb1 * const tlb1 = &e500_tlb1;
321 	if (tlb1->tlb1_numfree == 0)
323 	const u_int slot = tlb1->tlb1_freelist[--tlb1->tlb1_numfree];
324 	KASSERT((tlb1->tlb1_entries[slot].e_hwtlb.hwtlb_mas1 & MAS1_V) == 0);
325 	tlb1->tlb1_entries[slot].e_hwtlb.hwtlb_mas0 = 
333 	struct e500_tlb1 * const tlb1 = &e500_tlb1;
334 	KASSERT(slot < tlb1->tlb1_numentries);
335 	KASSERT(&tlb1->tlb1_entries[slot] == xtlb);
342 	tlb1->tlb1_freelist[tlb1->tlb1_numfree++] = slot;
363 	 * We don't touch TLB1 since we don't expect those to be volatile.
682 	struct e500_tlb1 * const tlb1 = &e500_tlb1;
683 	struct e500_xtlb *xtlb = tlb1->tlb1_entries;
688 	for (u_int i = 0; i < tlb1->tlb1_numentries; i++, xtlb++) {
704 	struct e500_tlb1 * const tlb1 = &e500_tlb1;
705 	struct e500_xtlb *xtlb = tlb1->tlb1_entries;
710 	for (u_int i = 0; i < tlb1->tlb1_numentries; i++, xtlb++) {
726 	struct e500_tlb1 * const tlb1 = &e500_tlb1;
727 	struct e500_xtlb *xtlb = tlb1->tlb1_entries;
732 	for (u_int i = 0; i < tlb1->tlb1_numentries; i++, xtlb++) {
777 	struct e500_tlb1 * const tlb1 = &e500_tlb1;
799 	xtlb = &tlb1->tlb1_entries[slot]; 
838 e500_tlbmemmap(paddr_t memstart, psize_t memsize, struct e500_tlb1 *tlb1)
842 	KASSERT(tlb1->tlb1_numfree > 1);
846 		psize_t size = uimin(1UL << (31 - (cnt | 1)), tlb1->tlb1_maxsize);
849 			panic("%s: %d: can't map memory (%#lx) into TLB1: %s",
851 		if (slots > tlb1->tlb1_numfree - 1)
852 			panic("%s: %d: can't map memory (%#lx) into TLB1: %s",
858 			    &tlb1->tlb1_entries[freeslot];
902 	struct e500_tlb1 * const tlb1 = &e500_tlb1;
910 	tlb1->tlb1_numentries = TLBCFG_NENTRY(tlb1cfg);
911 	KASSERT(tlb1->tlb1_numentries <= __arraycount(tlb1->tlb1_entries));
915 	tlb1->tlb1_minsize = 1024 << (2 * TLBCFG_MINSIZE(tlb1cfg));
916 	tlb1->tlb1_maxsize = 1024 << (2 * uimin(10, TLBCFG_MAXSIZE(tlb1cfg)));
920 	    tlb1cfg, tlb1->tlb1_numentries, tlb1->tlb1_minsize >> 10,
921 	    tlb1->tlb1_maxsize >> 10);
925 	 * Let's see what's in TLB1 and we need to invalidate any entry that
929 	for (u_int i = 0; i < tlb1->tlb1_numentries; i++) {
930 		struct e500_xtlb * const xtlb = &tlb1->tlb1_entries[i];
935 			tlb1->tlb1_freelist[tlb1->tlb1_numfree++] = i;
937 			printf(" TLB1[%u]=<unused>", i);
944 		printf(" TLB1[%u]=<%#lx,%#lx,%#x,%#x>",
994 		u_int slotmask = e500_tlbmemmap(0, memsize, tlb1);
1021 		 * Create a TLB1 mapping for the kernel in AS1.
1024 		struct e500_xtlb * const kxtlb = &tlb1->tlb1_entries[kslot];
1049 		 *** Now let's see if we have any entries in TLB1 that would
1052 		for (u_int i = 0; i < tlb1->tlb1_numentries; i++) {
1053 			struct e500_xtlb * const xtlb = &tlb1->tlb1_entries[i];
1066 		struct e500_xtlb *entries = tlb1->tlb1_entries;
1087 		 * Free the temporary TLB1 entry.
1107 	struct e500_tlb1 * const tlb1 = &e500_tlb1;
1132 	struct e500_xtlb * const tmp_xtlb = &tlb1->tlb1_entries[tmp_slot];
1142 	struct e500_xtlb * const text_xtlb = &tlb1->tlb1_entries[text_slot];
1153 	struct e500_xtlb * const data_xtlb = &tlb1->tlb1_entries[data_slot];
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