25 				struct k_mem_partition *part)  in check_add_partition()  argument
31 	if (part == NULL) {  in check_add_partition()
40 	if (K_MEM_PARTITION_IS_EXECUTABLE(part->attr) &&  in check_add_partition()
41 	    K_MEM_PARTITION_IS_WRITABLE(part->attr)) {  in check_add_partition()
43 			part->start);  in check_add_partition()
48 	if (part->size == 0U) {  in check_add_partition()
50 			part, part->start);  in check_add_partition()
54 	pstart = part->start;  in check_add_partition()
55 	pend = part->start + part->size;  in check_add_partition()
59 			part, part->start, part->size);  in check_add_partition()
79 				part, part->start, part->size,  in check_add_partition()
160 			       struct k_mem_partition *part)  in k_mem_domain_add_partition()  argument
171 	CHECKIF(!check_add_partition(domain, part)) {  in k_mem_domain_add_partition()
172 		LOG_ERR("invalid partition %p", part);  in k_mem_domain_add_partition()
193 		part->start, part->size, domain);  in k_mem_domain_add_partition()
195 	domain->partitions[p_idx].start = part->start;  in k_mem_domain_add_partition()
196 	domain->partitions[p_idx].size = part->size;  in k_mem_domain_add_partition()
197 	domain->partitions[p_idx].attr = part->attr;  in k_mem_domain_add_partition()
213 				  struct k_mem_partition *part)  in k_mem_domain_remove_partition()  argument
219 	CHECKIF((domain == NULL) || (part == NULL)) {  in k_mem_domain_remove_partition()
228 		if ((domain->partitions[p_idx].start == part->start) &&  in k_mem_domain_remove_partition()
229 		    (domain->partitions[p_idx].size == part->size)) {  in k_mem_domain_remove_partition()
241 		part->start, part->size, domain);  in k_mem_domain_remove_partition()