303 	ASSERT(*VMEM_HASH(vmp, vsp->vs_start) != vsp);  in vmem_freelist_insert()
319 	ASSERT(*VMEM_HASH(vmp, vsp->vs_start) != vsp);  in vmem_freelist_delete()
322 	if (vsp->vs_knext->vs_start == 0 && vsp->vs_kprev->vs_start == 0) {  in vmem_freelist_delete()
342 	bucket = VMEM_HASH(vmp, vsp->vs_start);  in vmem_hash_insert()
369 		if (vsp->vs_start == addr) {  in vmem_hash_delete()
400 	newseg->vs_start = start;  in vmem_seg_create()
504 	uintptr_t vs_start = vsp->vs_start;  in vmem_seg_alloc()  local
506 	size_t vs_size = vs_end - vs_start;  in vmem_seg_alloc()
510 	ASSERT(P2PHASE(vs_start, vmp->vm_quantum) == 0);  in vmem_seg_alloc()
513 	ASSERT(addr >= vs_start && addr_end - 1 <= vs_end - 1);  in vmem_seg_alloc()
521 	if (P2SAMEHIGHBIT(vs_size, vs_size - realsize) && addr == vs_start) {  in vmem_seg_alloc()
523 		vsp->vs_start = addr_end;  in vmem_seg_alloc()
535 	if (vs_start != addr)  in vmem_seg_alloc()
537 		    vmem_seg_create(vmp, vsp->vs_aprev, vs_start, addr));  in vmem_seg_alloc()
539 	vsp->vs_start = addr;  in vmem_seg_alloc()
673 			ASSERT(vprev->vs_end == vnext->vs_start);  in vmem_advance()
692 		void *vaddr = (void *)vsp->vs_start;  in vmem_advance()
740 		addr = vsp->vs_start;  in vmem_nextfit_alloc()
741 		vsp->vs_start = addr + realsize;  in vmem_nextfit_alloc()
795 	addr = vsp->vs_start;  in vmem_nextfit_alloc()
798 	    vsp->vs_start == addr && vsp->vs_end == addr + size);  in vmem_nextfit_alloc()
894 			if (vsp->vs_start == 0) {  in vmem_xalloc()
915 			if (vsp->vs_start > (uintptr_t)maxaddr - 1)  in vmem_xalloc()
917 			start = MAX(vsp->vs_start, (uintptr_t)minaddr);  in vmem_xalloc()
966 				addr = P2PHASEUP(vbest->vs_start, align, phase);  in vmem_xalloc()
1022 		ASSERT(vsp->vs_end == vnext->vs_start);  in vmem_xfree()
1033 		ASSERT(vprev->vs_end == vsp->vs_start);  in vmem_xfree()
1046 		vaddr = (void *)vsp->vs_start;  in vmem_xfree()
1112 	addr = vsp->vs_start;  in vmem_alloc()
1147 		if (start >= vsp->vs_start && end - 1 <= vsp->vs_end - 1)  in vmem_contains()
1206 		if (span->vs_end == addr || span->vs_start == endaddr)  in vmem_extend_unlocked()
1212 	if (span->vs_kprev->vs_end == addr && span->vs_start == endaddr) {  in vmem_extend_unlocked()
1235 			    nextseg->vs_start == endaddr);  in vmem_extend_unlocked()
1263 			ASSERT(nextseg->vs_start == endaddr);  in vmem_extend_unlocked()
1269 			nextseg->vs_start = addr;  in vmem_extend_unlocked()
1277 			span->vs_start = addr;  in vmem_extend_unlocked()
1296 		ASSERT(span->vs_start == endaddr);  in vmem_extend_unlocked()
1297 		span->vs_start = addr;  in vmem_extend_unlocked()
1301 			ASSERT(oldseg->vs_start == endaddr);  in vmem_extend_unlocked()
1303 			oldseg->vs_start = addr;  in vmem_extend_unlocked()
1347 	addr = vsp->vs_start;  in _vmem_extend_alloc()
1383 			void *start = (void *)vsp->vs_start;  in vmem_walk()
1618 			uintptr_t addr = vsp->vs_start;  in vmem_hash_rescale()