| /src/etc/namedb/ |
| bind.keys | 2 # The bind.keys file is used to override the built-in DNSSEC trust anchors
4 # trust anchors it contains are those for the DNS root zone ("."), and for
5 # the ISC DNSSEC Lookaside Validation zone ("dlv.isc.org"). Trust anchors
9 # The built-in trust anchors are provided for convenience of configuration.
38 # ROOT KEYS: See https://data.iana.org/root-anchors/root-anchors.xml
|
| /src/usr.bin/make/unit-tests/ |
| varmod-subst.mk | 39 # The '^' in the search pattern anchors the pattern at the beginning of each
56 # The '$' in the search pattern anchors the pattern at the end of each word,
79 # The :S modifier with the '^' and '$' anchors matches an exact word.
84 # The :S modifier with the '^' and '$' anchors does not match a word that
90 # The :S modifier with the '^' and '$' anchors does not match a word that ends
96 # The :S modifier with the '^' and '$' anchors does not match a word if the
102 # The :S modifier with the '^' and '$' anchors does not match a word if the
108 # Except for the '^' and '$' anchors, the pattern does not contain any special
115 # Except for the '^' and '$' anchors, the pattern does not contain any special
|
| /src/usr.bin/nbsvtool/ |
| nbsvtool.c | 100 * `infile'. The trust anchor file `anchor' to the trust anchors must
304 const char *anchors = NULL; local in function:main
320 anchors = optarg;
409 verify_file(crypto_state.cert_chain, anchors, file, sigfile);
|
| /src/sbin/newfs_udf/ |
| udf_core.h | 119 uint32_t anchors[UDF_ANCHORS]; member in struct:udf_disclayout
191 struct anchor_vdp *anchors[UDF_ANCHORS]; /* anchors to VDS */ member in struct:udf_create_context
|
| udf_core.c | 249 printf("\tanchor0\t\t\t%d\n", layout.anchors[0]);
250 printf("\tanchor1\t\t\t%d\n", layout.anchors[1]);
251 printf("\tanchor2\t\t\t%d\n", layout.anchors[2]);
320 layout.anchors[0] = first_lba + 256;
322 layout.anchors[0] = first_lba + 512;
323 layout.anchors[1] = last_lba - 256;
324 layout.anchors[2] = last_lba;
327 first_lba = layout.anchors[0] + blockingnr;
328 last_lba = layout.anchors[1] - 1;
343 layout.vds2 = layout.anchors[1] +1 - layout.vds2_size
[all...] |
| /src/sys/fs/udf/ |
| udf.h | 278 struct anchor_vdp *anchors[UDF_ANCHORS]; /* anchors to VDS */ member in struct:udf_mount
|
| udf_vfsops.c | 244 MPFREE(ump->anchors[i], M_UDFVOLD);
665 /* read all anchors to get volume descriptor sequence */
670 DPRINTF(VOLUMES, ("Read %d anchors on this disc, session %d\n",
|
| udf_subr.c | 926 /* read anchors start+256, start+512, end-256, end */
934 anchorsp = ump->anchors;
1127 * read in VDS space provided by the anchors; if one descriptor read
1135 anchor = ump->anchors[0];
1136 anchor2 = ump->anchors[1];
1898 if (ump->anchors[0] == NULL)
3703 (union dscrptr *) ump->anchors[0], sector, sector);
3847 (union dscrptr *) ump->anchors[0],
|
| /src/sbin/fsck_udf/ |
| main.c | 1216 location = layout.anchors[anum];
1253 context.anchors[anum] = calloc(1, context.sector_size);
1254 memcpy(context.anchors[anum], avdp, context.sector_size);
1305 layout.anchors[0] = layout.first_lba + 256;
1307 layout.anchors[0] = layout.first_lba + 512;
1308 layout.anchors[1] = layout.last_lba - 256;
1309 layout.anchors[2] = layout.last_lba;
1329 pwarn("No valid anchors found!\n");
1340 } else if (ask(1, "Fixup missing anchors")) {
1341 pwarn("TODO fixup missing anchors\n")
[all...] |
