149 cpuid_find_entry(const vcpu_cpuid_config_t *cfg, uint32_t func, uint32_t idx)  in cpuid_find_entry()  argument
153 	    (cfg->vcc_flags & VCC_FLAG_INTEL_FALLBACK) != 0;  in cpuid_find_entry()
156 	ASSERT0(cfg->vcc_flags & VCC_FLAG_LEGACY_HANDLING);  in cpuid_find_entry()
158 	for (uint_t i = 0; i < cfg->vcc_nent; i++) {  in cpuid_find_entry()
159 		const struct vcpu_cpuid_entry *ent = &cfg->vcc_entries[i];  in cpuid_find_entry()
362 	const vcpu_cpuid_config_t *cfg = vm_cpuid_config(vm, vcpuid);  in vcpu_emulate_cpuid()  local
375 	if ((cfg->vcc_flags & VCC_FLAG_LEGACY_HANDLING) != 0) {  in vcpu_emulate_cpuid()
379 		const struct vcpu_cpuid_entry *ent = cpuid_find_entry(cfg, func,  in vcpu_emulate_cpuid()
479 	vcpu_cpuid_config_t *cfg = vm_cpuid_config(vm, vcpuid);  in vm_set_cpuid()  local
482 	vcpu_cpuid_cleanup(cfg);  in vm_set_cpuid()
489 		cfg->vcc_nent = src->vcc_nent;  in vm_set_cpuid()
490 		cfg->vcc_entries = kmem_alloc(entries_sz, KM_SLEEP);  in vm_set_cpuid()
491 		bcopy(src->vcc_entries, cfg->vcc_entries, entries_sz);  in vm_set_cpuid()
493 	cfg->vcc_flags = src->vcc_flags;  in vm_set_cpuid()
499 vcpu_cpuid_init(vcpu_cpuid_config_t *cfg)  in vcpu_cpuid_init()  argument
502 	cfg->vcc_flags = VCC_FLAG_LEGACY_HANDLING;  in vcpu_cpuid_init()
503 	cfg->vcc_nent = 0;  in vcpu_cpuid_init()
504 	cfg->vcc_entries = NULL;  in vcpu_cpuid_init()
508 vcpu_cpuid_cleanup(vcpu_cpuid_config_t *cfg)  in vcpu_cpuid_cleanup()  argument
510 	if (cfg->vcc_nent != 0) {  in vcpu_cpuid_cleanup()
511 		ASSERT3P(cfg->vcc_entries, !=, NULL);  in vcpu_cpuid_cleanup()
513 		kmem_free(cfg->vcc_entries,  in vcpu_cpuid_cleanup()
514 		    cfg->vcc_nent * sizeof (struct vcpu_cpuid_entry));  in vcpu_cpuid_cleanup()
516 		cfg->vcc_nent = 0;  in vcpu_cpuid_cleanup()
517 		cfg->vcc_entries = NULL;  in vcpu_cpuid_cleanup()