39 	info = &state->parts[slot].info;  in add_part()
49 	state->parts[slot].has_info = true;  in add_part()
93 	for (; slot < state->limit && state->parts[slot].has_info; slot++) {  in cmdline_parts_verifier()
94 		for (i = slot+1; i < state->limit && state->parts[i].has_info;  in cmdline_parts_verifier()
96 			if (has_overlaps(state->parts[slot].from,  in cmdline_parts_verifier()
97 					 state->parts[slot].size,  in cmdline_parts_verifier()
98 					 state->parts[i].from,  in cmdline_parts_verifier()
99 					 state->parts[i].size)) {  in cmdline_parts_verifier()
106 					state->parts[slot].info.volname,  in cmdline_parts_verifier()
107 					(u64)state->parts[slot].from << 9,  in cmdline_parts_verifier()
108 					(u64)state->parts[slot].size << 9,  in cmdline_parts_verifier()
109 					state->parts[i].info.volname,  in cmdline_parts_verifier()
110 					(u64)state->parts[i].from << 9,  in cmdline_parts_verifier()
111 					(u64)state->parts[i].size << 9);  in cmdline_parts_verifier()
128 	struct cmdline_parts *parts;  in cmdline_partition()  local
145 	parts = cmdline_parts_find(bdev_parts, bdev);  in cmdline_partition()
146 	if (!parts)  in cmdline_partition()
151 	cmdline_parts_set(parts, disk_size, 1, add_part, (void *)state);  in cmdline_partition()