Cross Reference: /src/sys/arch/atari/stand/ahdilabel/write.c

Lines Matching defs:root
55 	struct ahdi_root	*root;
68 		if ((root = disk_read (fd, AHDI_BBLOCK, 1)) == NULL) {
71 		cksum_ok = ahdi_cksum (root) == root->ar_checksum;
73 		printf ("Previous root sector checksum was ");
76 		bzero ((void *) root->ar_parts,
79 		if ((root = malloc (sizeof (struct ahdi_root))) == NULL) {
83 		bzero ((void *) root, sizeof (struct ahdi_root));
86 		printf ("Clearing root sector - forcing incorrect checksum\n");
92 	printf ("Writing root sector\n");
95         /* All partitions in root sector (including first XGM) */
100 		if (ptable->parts[i].root == 0) {
104 			root->ar_parts[j].ap_flg = 0x01;
106 				root->ar_parts[j].ap_id[k] =
109 				printf ("%c", root->ar_parts[j].ap_id[k]);
112 			root->ar_parts[j].ap_st = ptable->parts[i].start;
113 			root->ar_parts[j].ap_size = ptable->parts[i].size;
115 			printf ("/%u/%u\n", root->ar_parts[j].ap_st,
116 			    root->ar_parts[j].ap_size);
121 			root->ar_parts[j].ap_flg = 0x01;
122 			root->ar_parts[j].ap_id[0] = 'X';
123 			root->ar_parts[j].ap_id[1] = 'G';
124 			root->ar_parts[j].ap_id[2] = 'M';
125 			root->ar_parts[j].ap_st = ptable->parts[i].root;
126 			root->ar_parts[j].ap_size = ptable->parts[i].size + 1;
128 			xgmsec = ptable->parts[i].root;
131 			    root->ar_parts[j].ap_st,
132 			    root->ar_parts[j].ap_size);
146 	root->ar_hdsize = ptable->secperunit;
148 		root->ar_bslst = (u_int32_t) BSL_OFFSET;
149 		root->ar_bslsize = (u_int32_t) BSL_SIZE;
153 	root->ar_checksum = ahdi_cksum (root);
155 		root->ar_checksum ^= 0x5555;
163 	if (!disk_write (fd, AHDI_BBLOCK, 1, root)) {
164 		free (root);
172 		if (ptable->parts[i].root == 0)
175 	printf ("Writing auxiliary root at sector %u\n",
176 	    ptable->parts[i].root);
178 		bzero ((void *) root, sizeof (struct ahdi_root));
179 		rsec = ptable->parts[i].root;
183 		root->ar_parts[j].ap_flg = 0x01;
185 			root->ar_parts[j].ap_id[k] =
188 			printf ("%c", root->ar_parts[j].ap_id[k]);
191 		root->ar_parts[j].ap_st = ptable->parts[i].start -
193 		root->ar_parts[j].ap_size = ptable->parts[i].size;
195 		printf ("/%u/%u\n", root->ar_parts[j].ap_st,
196 		    root->ar_parts[j].ap_size);
201 			if (ptable->parts[i].root != ptable->parts[i+1].root &&
202 			    ptable->parts[i+1].root != 0) {
203 				root->ar_parts[j].ap_flg = 0x01;
204 				root->ar_parts[j].ap_id[0] = 'X';
205 				root->ar_parts[j].ap_id[1] = 'G';
206 				root->ar_parts[j].ap_id[2] = 'M';
207 				root->ar_parts[j].ap_st =
208 					ptable->parts[i+1].root - xgmsec;
209 				root->ar_parts[j].ap_size =
213 				    root->ar_parts[j].ap_st,
214 				    root->ar_parts[j].ap_size);
217 			if (ptable->parts[i].root == ptable->parts[i+1].root) {
218 				/* Next partition has same auxiliary root */
222 				root->ar_parts[j].ap_flg = 0x01;
224 					root->ar_parts[j].ap_id[k] =
227 				printf ("%c", root->ar_parts[j].ap_id[k]);
230 				root->ar_parts[j].ap_st =
232 				root->ar_parts[j].ap_size =
235 				printf ("/%u/%u\n", root->ar_parts[j].ap_st,
236 				    root->ar_parts[j].ap_size);
243 		if (!disk_write (fd, rsec, 1, root)) {
245 			free (root);
259 	free (root);
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