packet-print.c revision 1.39
1/*- 2 * Copyright (c) 2009 The NetBSD Foundation, Inc. 3 * All rights reserved. 4 * 5 * This code is derived from software contributed to The NetBSD Foundation 6 * by Alistair Crooks (agc@NetBSD.org) 7 * 8 * Redistribution and use in source and binary forms, with or without 9 * modification, are permitted provided that the following conditions 10 * are met: 11 * 1. Redistributions of source code must retain the above copyright 12 * notice, this list of conditions and the following disclaimer. 13 * 2. Redistributions in binary form must reproduce the above copyright 14 * notice, this list of conditions and the following disclaimer in the 15 * documentation and/or other materials provided with the distribution. 16 * 17 * THIS SOFTWARE IS PROVIDED BY THE NETBSD FOUNDATION, INC. AND CONTRIBUTORS 18 * ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED 19 * TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR 20 * PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE FOUNDATION OR CONTRIBUTORS 21 * BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR 22 * CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF 23 * SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS 24 * INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN 25 * CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) 26 * ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE 27 * POSSIBILITY OF SUCH DAMAGE. 28 */ 29/* 30 * Copyright (c) 2005-2008 Nominet UK (www.nic.uk) 31 * All rights reserved. 32 * Contributors: Ben Laurie, Rachel Willmer. The Contributors have asserted 33 * their moral rights under the UK Copyright Design and Patents Act 1988 to 34 * be recorded as the authors of this copyright work. 35 * 36 * Licensed under the Apache License, Version 2.0 (the "License"); you may not 37 * use this file except in compliance with the License. 38 * 39 * You may obtain a copy of the License at 40 * http://www.apache.org/licenses/LICENSE-2.0 41 * 42 * Unless required by applicable law or agreed to in writing, software 43 * distributed under the License is distributed on an "AS IS" BASIS, 44 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. 45 * 46 * See the License for the specific language governing permissions and 47 * limitations under the License. 48 */ 49 50/* 51 * ! \file \brief Standard API print functions 52 */ 53#include "config.h" 54 55#ifdef HAVE_SYS_CDEFS_H 56#include <sys/cdefs.h> 57#endif 58 59#if defined(__NetBSD__) 60__COPYRIGHT("@(#) Copyright (c) 2009 The NetBSD Foundation, Inc. All rights reserved."); 61__RCSID("$NetBSD: packet-print.c,v 1.39 2010/11/07 08:39:59 agc Exp $"); 62#endif 63 64#include <string.h> 65#include <stdio.h> 66 67#ifdef HAVE_UNISTD_H 68#include <unistd.h> 69#endif 70 71#include "crypto.h" 72#include "keyring.h" 73#include "packet-show.h" 74#include "signature.h" 75#include "readerwriter.h" 76#include "netpgpdefs.h" 77#include "netpgpsdk.h" 78#include "packet.h" 79#include "netpgpdigest.h" 80#include "mj.h" 81 82/* static functions */ 83 84static void 85print_indent(int indent) 86{ 87 int i; 88 89 for (i = 0; i < indent; i++) { 90 printf(" "); 91 } 92} 93 94static void 95print_name(int indent, const char *name) 96{ 97 print_indent(indent); 98 if (name) { 99 printf("%s: ", name); 100 } 101} 102 103static void 104print_hexdump(int indent, const char *name, const uint8_t *data, unsigned len) 105{ 106 print_name(indent, name); 107 hexdump(stdout, NULL, data, len); 108} 109 110static void 111hexdump_data(int indent, const char *name, const uint8_t *data, unsigned len) 112{ 113 print_name(indent, name); 114 hexdump(stdout, NULL, data, len); 115} 116 117static void 118print_uint(int indent, const char *name, unsigned val) 119{ 120 print_name(indent, name); 121 printf("%u\n", val); 122} 123 124static void 125showtime(const char *name, time_t t) 126{ 127 printf("%s=%" PRItime "d (%.24s)", name, (long long) t, ctime(&t)); 128} 129 130static void 131print_time(int indent, const char *name, time_t t) 132{ 133 print_indent(indent); 134 printf("%s: ", name); 135 showtime("time", t); 136 printf("\n"); 137} 138 139static void 140print_string_and_value(int indent, const char *name, const char *str, uint8_t value) 141{ 142 print_name(indent, name); 143 printf("%s (0x%x)\n", str, value); 144} 145 146static void 147print_tagname(int indent, const char *str) 148{ 149 print_indent(indent); 150 printf("%s packet\n", str); 151} 152 153static void 154print_data(int indent, const char *name, const pgp_data_t *data) 155{ 156 print_hexdump(indent, name, data->contents, (unsigned)data->len); 157} 158 159static void 160print_bn(int indent, const char *name, const BIGNUM *bn) 161{ 162 print_indent(indent); 163 printf("%s=", name); 164 if (bn) { 165 BN_print_fp(stdout, bn); 166 putchar('\n'); 167 } else { 168 puts("(unset)"); 169 } 170} 171 172static void 173print_packet_hex(const pgp_subpacket_t *pkt) 174{ 175 hexdump(stdout, "packet contents:", pkt->raw, pkt->length); 176} 177 178static void 179print_escaped(const uint8_t *data, size_t length) 180{ 181 while (length-- > 0) { 182 if ((*data >= 0x20 && *data < 0x7f && *data != '%') || 183 *data == '\n') { 184 putchar(*data); 185 } else { 186 printf("%%%02x", *data); 187 } 188 ++data; 189 } 190} 191 192static void 193print_string(int indent, const char *name, const char *str) 194{ 195 print_name(indent, name); 196 print_escaped((const uint8_t *) str, strlen(str)); 197 putchar('\n'); 198} 199 200static void 201print_utf8_string(int indent, const char *name, const uint8_t *str) 202{ 203 /* \todo Do this better for non-English character sets */ 204 print_string(indent, name, (const char *) str); 205} 206 207static void 208print_duration(int indent, const char *name, time_t t) 209{ 210 int mins, hours, days, years; 211 212 print_indent(indent); 213 printf("%s: ", name); 214 printf("duration %" PRItime "d seconds", (long long) t); 215 216 mins = (int)(t / 60); 217 hours = mins / 60; 218 days = hours / 24; 219 years = days / 365; 220 221 printf(" (approx. "); 222 if (years) { 223 printf("%d %s", years, years == 1 ? "year" : "years"); 224 } else if (days) { 225 printf("%d %s", days, days == 1 ? "day" : "days"); 226 } else if (hours) { 227 printf("%d %s", hours, hours == 1 ? "hour" : "hours"); 228 } 229 printf(")\n"); 230} 231 232static void 233print_boolean(int indent, const char *name, uint8_t boolval) 234{ 235 print_name(indent, name); 236 printf("%s\n", (boolval) ? "Yes" : "No"); 237} 238 239static void 240print_text_breakdown(int indent, pgp_text_t *text) 241{ 242 const char *prefix = ".. "; 243 unsigned i; 244 245 /* these were recognised */ 246 for (i = 0; i < text->known.used; i++) { 247 print_indent(indent); 248 printf("%s", prefix); 249 printf("%s\n", text->known.strings[i]); 250 } 251 /* 252 * these were not recognised. the strings will contain the hex value 253 * of the unrecognised value in string format - see 254 * process_octet_str() 255 */ 256 if (text->unknown.used) { 257 printf("\n"); 258 print_indent(indent); 259 printf("Not Recognised: "); 260 } 261 for (i = 0; i < text->unknown.used; i++) { 262 print_indent(indent); 263 printf("%s", prefix); 264 printf("%s\n", text->unknown.strings[i]); 265 } 266} 267 268static void 269print_headers(const pgp_headers_t *h) 270{ 271 unsigned i; 272 273 for (i = 0; i < h->headerc; ++i) { 274 printf("%s=%s\n", h->headers[i].key, h->headers[i].value); 275 } 276} 277 278static void 279print_block(int indent, const char *name, const uint8_t *str, size_t length) 280{ 281 int o = (int)length; 282 283 print_indent(indent); 284 printf(">>>>> %s >>>>>\n", name); 285 286 print_indent(indent); 287 for (; length > 0; --length) { 288 if (*str >= 0x20 && *str < 0x7f && *str != '%') { 289 putchar(*str); 290 } else if (*str == '\n') { 291 putchar(*str); 292 print_indent(indent); 293 } else { 294 printf("%%%02x", *str); 295 } 296 ++str; 297 } 298 if (o && str[-1] != '\n') { 299 putchar('\n'); 300 print_indent(indent); 301 fputs("[no newline]", stdout); 302 } else { 303 print_indent(indent); 304 } 305 printf("<<<<< %s <<<<<\n", name); 306} 307 308/* return the number of bits in the public key */ 309static int 310numkeybits(const pgp_pubkey_t *pubkey) 311{ 312 switch(pubkey->alg) { 313 case PGP_PKA_RSA: 314 case PGP_PKA_RSA_ENCRYPT_ONLY: 315 case PGP_PKA_RSA_SIGN_ONLY: 316 return BN_num_bytes(pubkey->key.rsa.n) * 8; 317 case PGP_PKA_DSA: 318 switch(BN_num_bytes(pubkey->key.dsa.q)) { 319 case 20: 320 return 1024; 321 case 28: 322 return 2048; 323 case 32: 324 return 3072; 325 default: 326 return 0; 327 } 328 case PGP_PKA_ELGAMAL: 329 return BN_num_bytes(pubkey->key.elgamal.y) * 8; 330 default: 331 return -1; 332 } 333} 334 335/* return the hexdump as a string */ 336static char * 337strhexdump(char *dest, const uint8_t *src, size_t length, const char *sep) 338{ 339 unsigned i; 340 int n; 341 342 for (n = 0, i = 0 ; i < length ; i += 2) { 343 n += snprintf(&dest[n], 3, "%02x", *src++); 344 n += snprintf(&dest[n], 10, "%02x%s", *src++, sep); 345 } 346 return dest; 347} 348 349/* return the time as a string */ 350static char * 351ptimestr(char *dest, size_t size, time_t t) 352{ 353 struct tm *tm; 354 355 tm = gmtime(&t); 356 (void) snprintf(dest, size, "%04d-%02d-%02d", 357 tm->tm_year + 1900, 358 tm->tm_mon + 1, 359 tm->tm_mday); 360 return dest; 361} 362 363/* print the sub key binding signature info */ 364static int 365psubkeybinding(char *buf, size_t size, const pgp_key_t *key, const char *expired) 366{ 367 char keyid[512]; 368 char t[32]; 369 370 return snprintf(buf, size, "encryption %d/%s %s %s %s\n", 371 numkeybits(&key->enckey), 372 pgp_show_pka(key->enckey.alg), 373 strhexdump(keyid, key->encid, PGP_KEY_ID_SIZE, ""), 374 ptimestr(t, sizeof(t), key->enckey.birthtime), 375 expired); 376} 377 378static int 379isrevoked(const pgp_key_t *key, unsigned uid) 380{ 381 unsigned r; 382 383 for (r = 0 ; r < key->revokec ; r++) { 384 if (key->revokes[r].uid == uid) { 385 return r; 386 } 387 } 388 return -1; 389} 390 391#ifndef KB 392#define KB(x) ((x) * 1024) 393#endif 394 395/* print into a string (malloc'ed) the pubkeydata */ 396int 397pgp_sprint_keydata(pgp_io_t *io, const pgp_keyring_t *keyring, 398 const pgp_key_t *key, char **buf, const char *header, 399 const pgp_pubkey_t *pubkey, const int psigs) 400{ 401 const pgp_key_t *trustkey; 402 unsigned from; 403 unsigned i; 404 unsigned j; 405 time_t now; 406 char uidbuf[KB(128)]; 407 char keyid[PGP_KEY_ID_SIZE * 3]; 408 char fp[(PGP_FINGERPRINT_SIZE * 3) + 1]; 409 char expired[128]; 410 char t[32]; 411 int cc; 412 int n; 413 int r; 414 415 if (key == NULL || key->revoked) { 416 return -1; 417 } 418 now = time(NULL); 419 if (pubkey->duration > 0) { 420 cc = snprintf(expired, sizeof(expired), 421 (pubkey->birthtime + pubkey->duration < now) ? 422 "[EXPIRED " : "[EXPIRES "); 423 ptimestr(&expired[cc], sizeof(expired) - cc, 424 pubkey->birthtime + pubkey->duration); 425 cc += 10; 426 cc += snprintf(&expired[cc], sizeof(expired) - cc, "]"); 427 } else { 428 expired[0] = 0x0; 429 } 430 for (i = 0, n = 0; i < key->uidc; i++) { 431 if ((r = isrevoked(key, i)) >= 0 && 432 key->revokes[r].code == PGP_REVOCATION_COMPROMISED) { 433 continue; 434 } 435 n += snprintf(&uidbuf[n], sizeof(uidbuf) - n, "uid%s%s%s\n", 436 (psigs) ? " " : " ", 437 key->uids[i], 438 (isrevoked(key, i) >= 0) ? " [REVOKED]" : ""); 439 for (j = 0 ; j < key->subsigc ; j++) { 440 if (psigs) { 441 if (key->subsigs[j].uid != i) { 442 continue; 443 } 444 } else { 445 if (!(key->subsigs[j].sig.info.version == 4 && 446 key->subsigs[j].sig.info.type == PGP_SIG_SUBKEY && 447 i == key->uidc - 1)) { 448 continue; 449 } 450 } 451 from = 0; 452 trustkey = pgp_getkeybyid(io, keyring, key->subsigs[j].sig.info.signer_id, &from, NULL); 453 if (key->subsigs[j].sig.info.version == 4 && 454 key->subsigs[j].sig.info.type == PGP_SIG_SUBKEY) { 455 psubkeybinding(&uidbuf[n], sizeof(uidbuf) - n, key, expired); 456 } else { 457 n += snprintf(&uidbuf[n], sizeof(uidbuf) - n, 458 "sig %s %s %s\n", 459 strhexdump(keyid, key->subsigs[j].sig.info.signer_id, PGP_KEY_ID_SIZE, ""), 460 ptimestr(t, sizeof(t), key->subsigs[j].sig.info.birthtime), 461 (trustkey) ? (char *)trustkey->uids[trustkey->uid0] : "[unknown]"); 462 } 463 } 464 } 465 return pgp_asprintf(buf, "%s %d/%s %s %s %s\nKey fingerprint: %s\n%s", 466 header, 467 numkeybits(pubkey), 468 pgp_show_pka(pubkey->alg), 469 strhexdump(keyid, key->sigid, PGP_KEY_ID_SIZE, ""), 470 ptimestr(t, sizeof(t), pubkey->birthtime), 471 expired, 472 strhexdump(fp, key->sigfingerprint.fingerprint, key->sigfingerprint.length, " "), 473 uidbuf); 474} 475 476/* return the key info as a JSON encoded string */ 477int 478pgp_sprint_mj(pgp_io_t *io, const pgp_keyring_t *keyring, 479 const pgp_key_t *key, mj_t *keyjson, const char *header, 480 const pgp_pubkey_t *pubkey, const int psigs) 481{ 482 const pgp_key_t *trustkey; 483 unsigned from; 484 unsigned i; 485 unsigned j; 486 mj_t sub_obj; 487 char keyid[PGP_KEY_ID_SIZE * 3]; 488 char fp[(PGP_FINGERPRINT_SIZE * 3) + 1]; 489 int r; 490 491 if (key == NULL || key->revoked) { 492 return -1; 493 } 494 (void) memset(keyjson, 0x0, sizeof(*keyjson)); 495 mj_create(keyjson, "object"); 496 mj_append_field(keyjson, "header", "string", header); 497 mj_append_field(keyjson, "key bits", "integer", (int64_t) numkeybits(pubkey)); 498 mj_append_field(keyjson, "pka", "string", pgp_show_pka(pubkey->alg)); 499 mj_append_field(keyjson, "key id", "string", strhexdump(keyid, key->sigid, PGP_KEY_ID_SIZE, "")); 500 mj_append_field(keyjson, "fingerprint", "string", 501 strhexdump(fp, key->sigfingerprint.fingerprint, key->sigfingerprint.length, " ")); 502 mj_append_field(keyjson, "birthtime", "integer", pubkey->birthtime); 503 mj_append_field(keyjson, "duration", "integer", pubkey->duration); 504 for (i = 0; i < key->uidc; i++) { 505 if ((r = isrevoked(key, i)) >= 0 && 506 key->revokes[r].code == PGP_REVOCATION_COMPROMISED) { 507 continue; 508 } 509 (void) memset(&sub_obj, 0x0, sizeof(sub_obj)); 510 mj_create(&sub_obj, "array"); 511 mj_append(&sub_obj, "string", key->uids[i]); 512 mj_append(&sub_obj, "string", (r >= 0) ? "[REVOKED]" : ""); 513 mj_append_field(keyjson, "uid", "array", &sub_obj); 514 mj_delete(&sub_obj); 515 for (j = 0 ; j < key->subsigc ; j++) { 516 if (psigs) { 517 if (key->subsigs[j].uid != i) { 518 continue; 519 } 520 } else { 521 if (!(key->subsigs[j].sig.info.version == 4 && 522 key->subsigs[j].sig.info.type == PGP_SIG_SUBKEY && 523 i == key->uidc - 1)) { 524 continue; 525 } 526 } 527 (void) memset(&sub_obj, 0x0, sizeof(sub_obj)); 528 mj_create(&sub_obj, "array"); 529 if (key->subsigs[j].sig.info.version == 4 && 530 key->subsigs[j].sig.info.type == PGP_SIG_SUBKEY) { 531 mj_append(&sub_obj, "integer", (int64_t)numkeybits(&key->enckey)); 532 mj_append(&sub_obj, "string", 533 (const char *)pgp_show_pka(key->enckey.alg)); 534 mj_append(&sub_obj, "string", 535 strhexdump(keyid, key->encid, PGP_KEY_ID_SIZE, "")); 536 mj_append(&sub_obj, "integer", (int64_t)key->enckey.birthtime); 537 mj_append_field(keyjson, "encryption", "array", &sub_obj); 538 mj_delete(&sub_obj); 539 } else { 540 mj_append(&sub_obj, "string", 541 strhexdump(keyid, key->subsigs[j].sig.info.signer_id, PGP_KEY_ID_SIZE, "")); 542 mj_append(&sub_obj, "integer", 543 (int64_t)(key->subsigs[j].sig.info.birthtime)); 544 from = 0; 545 trustkey = pgp_getkeybyid(io, keyring, key->subsigs[j].sig.info.signer_id, &from, NULL); 546 mj_append(&sub_obj, "string", 547 (trustkey) ? (char *)trustkey->uids[trustkey->uid0] : "[unknown]"); 548 mj_append_field(keyjson, "sig", "array", &sub_obj); 549 mj_delete(&sub_obj); 550 } 551 } 552 } 553 if (pgp_get_debug_level(__FILE__)) { 554 char *buf; 555 556 mj_asprint(&buf, keyjson); 557 (void) fprintf(stderr, "pgp_sprint_mj: '%s'\n", buf); 558 free(buf); 559 } 560 return 1; 561} 562 563int 564pgp_hkp_sprint_keydata(pgp_io_t *io, const pgp_keyring_t *keyring, 565 const pgp_key_t *key, char **buf, 566 const pgp_pubkey_t *pubkey, const int psigs) 567{ 568 const pgp_key_t *trustkey; 569 unsigned from; 570 unsigned i; 571 unsigned j; 572 char keyid[PGP_KEY_ID_SIZE * 3]; 573 char uidbuf[KB(128)]; 574 char fp[(PGP_FINGERPRINT_SIZE * 3) + 1]; 575 int n; 576 577 if (key->revoked) { 578 return -1; 579 } 580 for (i = 0, n = 0; i < key->uidc; i++) { 581 n += snprintf(&uidbuf[n], sizeof(uidbuf) - n, 582 "uid:%lld:%lld:%s\n", 583 (long long)pubkey->birthtime, 584 (long long)pubkey->duration, 585 key->uids[i]); 586 for (j = 0 ; j < key->subsigc ; j++) { 587 if (psigs) { 588 if (key->subsigs[j].uid != i) { 589 continue; 590 } 591 } else { 592 if (!(key->subsigs[j].sig.info.version == 4 && 593 key->subsigs[j].sig.info.type == PGP_SIG_SUBKEY && 594 i == key->uidc - 1)) { 595 continue; 596 } 597 } 598 from = 0; 599 trustkey = pgp_getkeybyid(io, keyring, key->subsigs[j].sig.info.signer_id, &from, NULL); 600 if (key->subsigs[j].sig.info.version == 4 && 601 key->subsigs[j].sig.info.type == PGP_SIG_SUBKEY) { 602 n += snprintf(&uidbuf[n], sizeof(uidbuf) - n, "sub:%d:%d:%s:%lld:%lld\n", 603 numkeybits(pubkey), 604 key->subsigs[j].sig.info.key_alg, 605 strhexdump(keyid, key->subsigs[j].sig.info.signer_id, PGP_KEY_ID_SIZE, ""), 606 (long long)(key->subsigs[j].sig.info.birthtime), 607 (long long)pubkey->duration); 608 } else { 609 n += snprintf(&uidbuf[n], sizeof(uidbuf) - n, 610 "sig:%s:%lld:%s\n", 611 strhexdump(keyid, key->subsigs[j].sig.info.signer_id, PGP_KEY_ID_SIZE, ""), 612 (long long)key->subsigs[j].sig.info.birthtime, 613 (trustkey) ? (char *)trustkey->uids[trustkey->uid0] : ""); 614 } 615 } 616 } 617 return pgp_asprintf(buf, "pub:%s:%d:%d:%lld:%lld\n%s", 618 strhexdump(fp, key->sigfingerprint.fingerprint, PGP_FINGERPRINT_SIZE, ""), 619 pubkey->alg, 620 numkeybits(pubkey), 621 (long long)pubkey->birthtime, 622 (long long)pubkey->duration, 623 uidbuf); 624} 625 626/* print the key data for a pub or sec key */ 627void 628pgp_print_keydata(pgp_io_t *io, const pgp_keyring_t *keyring, 629 const pgp_key_t *key, const char *header, 630 const pgp_pubkey_t *pubkey, const int psigs) 631{ 632 char *cp; 633 634 if (pgp_sprint_keydata(io, keyring, key, &cp, header, pubkey, psigs) >= 0) { 635 (void) fprintf(io->res, "%s", cp); 636 free(cp); 637 } 638} 639 640/** 641\ingroup Core_Print 642\param pubkey 643*/ 644void 645pgp_print_pubkey(const pgp_pubkey_t *pubkey) 646{ 647 printf("------- PUBLIC KEY ------\n"); 648 print_uint(0, "Version", (unsigned)pubkey->version); 649 print_time(0, "Creation Time", pubkey->birthtime); 650 if (pubkey->version == PGP_V3) { 651 print_uint(0, "Days Valid", pubkey->days_valid); 652 } 653 print_string_and_value(0, "Algorithm", pgp_show_pka(pubkey->alg), 654 pubkey->alg); 655 switch (pubkey->alg) { 656 case PGP_PKA_DSA: 657 print_bn(0, "p", pubkey->key.dsa.p); 658 print_bn(0, "q", pubkey->key.dsa.q); 659 print_bn(0, "g", pubkey->key.dsa.g); 660 print_bn(0, "y", pubkey->key.dsa.y); 661 break; 662 663 case PGP_PKA_RSA: 664 case PGP_PKA_RSA_ENCRYPT_ONLY: 665 case PGP_PKA_RSA_SIGN_ONLY: 666 print_bn(0, "n", pubkey->key.rsa.n); 667 print_bn(0, "e", pubkey->key.rsa.e); 668 break; 669 670 case PGP_PKA_ELGAMAL: 671 case PGP_PKA_ELGAMAL_ENCRYPT_OR_SIGN: 672 print_bn(0, "p", pubkey->key.elgamal.p); 673 print_bn(0, "g", pubkey->key.elgamal.g); 674 print_bn(0, "y", pubkey->key.elgamal.y); 675 break; 676 677 default: 678 (void) fprintf(stderr, 679 "pgp_print_pubkey: Unusual algorithm\n"); 680 } 681 682 printf("------- end of PUBLIC KEY ------\n"); 683} 684 685int 686pgp_sprint_pubkey(const pgp_key_t *key, char *out, size_t outsize) 687{ 688 char fp[(PGP_FINGERPRINT_SIZE * 3) + 1]; 689 int cc; 690 691 cc = snprintf(out, outsize, "key:%s:%d:%lld:%lld:%d:\n", 692 strhexdump(fp, key->sigfingerprint.fingerprint, PGP_FINGERPRINT_SIZE, ""), 693 key->key.pubkey.version, 694 (long long)key->key.pubkey.birthtime, 695 (long long)key->key.pubkey.days_valid, 696 key->key.pubkey.alg); 697 switch (key->key.pubkey.alg) { 698 case PGP_PKA_DSA: 699 cc += snprintf(&out[cc], outsize - cc, 700 "pubkey:p=%s:q=%s:g=%s:y=%s\n", 701 BN_bn2hex(key->key.pubkey.key.dsa.p), 702 BN_bn2hex(key->key.pubkey.key.dsa.q), 703 BN_bn2hex(key->key.pubkey.key.dsa.g), 704 BN_bn2hex(key->key.pubkey.key.dsa.y)); 705 break; 706 case PGP_PKA_RSA: 707 case PGP_PKA_RSA_ENCRYPT_ONLY: 708 case PGP_PKA_RSA_SIGN_ONLY: 709 cc += snprintf(&out[cc], outsize - cc, 710 "pubkey:n=%s:e=%s\n", 711 BN_bn2hex(key->key.pubkey.key.rsa.n), 712 BN_bn2hex(key->key.pubkey.key.rsa.e)); 713 break; 714 case PGP_PKA_ELGAMAL: 715 case PGP_PKA_ELGAMAL_ENCRYPT_OR_SIGN: 716 cc += snprintf(&out[cc], outsize - cc, 717 "pubkey:p=%s:g=%s:y=%s\n", 718 BN_bn2hex(key->key.pubkey.key.elgamal.p), 719 BN_bn2hex(key->key.pubkey.key.elgamal.g), 720 BN_bn2hex(key->key.pubkey.key.elgamal.y)); 721 break; 722 default: 723 (void) fprintf(stderr, 724 "pgp_print_pubkey: Unusual algorithm\n"); 725 } 726 return cc; 727} 728 729/** 730\ingroup Core_Print 731\param type 732\param seckey 733*/ 734static void 735pgp_print_seckey_verbose(const pgp_content_enum type, 736 const pgp_seckey_t *seckey) 737{ 738 printf("------- SECRET KEY or ENCRYPTED SECRET KEY ------\n"); 739 print_tagname(0, (type == PGP_PTAG_CT_SECRET_KEY) ? 740 "SECRET_KEY" : 741 "ENCRYPTED_SECRET_KEY"); 742 /* pgp_print_pubkey(key); */ 743 printf("S2K Usage: %d\n", seckey->s2k_usage); 744 if (seckey->s2k_usage != PGP_S2KU_NONE) { 745 printf("S2K Specifier: %d\n", seckey->s2k_specifier); 746 printf("Symmetric algorithm: %d (%s)\n", seckey->alg, 747 pgp_show_symm_alg(seckey->alg)); 748 printf("Hash algorithm: %d (%s)\n", seckey->hash_alg, 749 pgp_show_hash_alg((uint8_t)seckey->hash_alg)); 750 if (seckey->s2k_specifier != PGP_S2KS_SIMPLE) { 751 print_hexdump(0, "Salt", seckey->salt, 752 (unsigned)sizeof(seckey->salt)); 753 } 754 if (seckey->s2k_specifier == PGP_S2KS_ITERATED_AND_SALTED) { 755 printf("Octet count: %u\n", seckey->octetc); 756 } 757 print_hexdump(0, "IV", seckey->iv, pgp_block_size(seckey->alg)); 758 } 759 /* no more set if encrypted */ 760 if (type == PGP_PTAG_CT_ENCRYPTED_SECRET_KEY) { 761 return; 762 } 763 switch (seckey->pubkey.alg) { 764 case PGP_PKA_RSA: 765 print_bn(0, "d", seckey->key.rsa.d); 766 print_bn(0, "p", seckey->key.rsa.p); 767 print_bn(0, "q", seckey->key.rsa.q); 768 print_bn(0, "u", seckey->key.rsa.u); 769 break; 770 771 case PGP_PKA_DSA: 772 print_bn(0, "x", seckey->key.dsa.x); 773 break; 774 775 default: 776 (void) fprintf(stderr, 777 "pgp_print_seckey_verbose: unusual algorithm\n"); 778 } 779 if (seckey->s2k_usage == PGP_S2KU_ENCRYPTED_AND_HASHED) { 780 print_hexdump(0, "Checkhash", seckey->checkhash, 781 PGP_CHECKHASH_SIZE); 782 } else { 783 printf("Checksum: %04x\n", seckey->checksum); 784 } 785 printf("------- end of SECRET KEY or ENCRYPTED SECRET KEY ------\n"); 786} 787 788 789/** 790\ingroup Core_Print 791\param tag 792\param key 793*/ 794static void 795pgp_print_pk_sesskey(pgp_content_enum tag, 796 const pgp_pk_sesskey_t * key) 797{ 798 print_tagname(0, (tag == PGP_PTAG_CT_PK_SESSION_KEY) ? 799 "PUBLIC KEY SESSION KEY" : 800 "ENCRYPTED PUBLIC KEY SESSION KEY"); 801 printf("Version: %d\n", key->version); 802 print_hexdump(0, "Key ID", key->key_id, (unsigned)sizeof(key->key_id)); 803 printf("Algorithm: %d (%s)\n", key->alg, 804 pgp_show_pka(key->alg)); 805 switch (key->alg) { 806 case PGP_PKA_RSA: 807 print_bn(0, "encrypted_m", key->params.rsa.encrypted_m); 808 break; 809 810 case PGP_PKA_ELGAMAL: 811 print_bn(0, "g_to_k", key->params.elgamal.g_to_k); 812 print_bn(0, "encrypted_m", key->params.elgamal.encrypted_m); 813 break; 814 815 default: 816 (void) fprintf(stderr, 817 "pgp_print_pk_sesskey: unusual algorithm\n"); 818 } 819 if (tag == PGP_PTAG_CT_PK_SESSION_KEY) { 820 printf("Symmetric algorithm: %d (%s)\n", key->symm_alg, 821 pgp_show_symm_alg(key->symm_alg)); 822 print_hexdump(0, "Key", key->key, pgp_key_size(key->symm_alg)); 823 printf("Checksum: %04x\n", key->checksum); 824 } 825} 826 827static void 828start_subpacket(int *indent, int type) 829{ 830 *indent += 1; 831 print_indent(*indent); 832 printf("-- %s (type 0x%02x)\n", 833 pgp_show_ss_type((pgp_content_enum)type), 834 type - PGP_PTAG_SIG_SUBPKT_BASE); 835} 836 837static void 838end_subpacket(int *indent) 839{ 840 *indent -= 1; 841} 842 843/** 844\ingroup Core_Print 845\param contents 846*/ 847int 848pgp_print_packet(pgp_printstate_t *print, const pgp_packet_t *pkt) 849{ 850 const pgp_contents_t *content = &pkt->u; 851 pgp_text_t *text; 852 const char *str; 853 854 if (print->unarmoured && pkt->tag != PGP_PTAG_CT_UNARMOURED_TEXT) { 855 print->unarmoured = 0; 856 puts("UNARMOURED TEXT ends"); 857 } 858 if (pkt->tag == PGP_PARSER_PTAG) { 859 printf("=> PGP_PARSER_PTAG: %s\n", 860 pgp_show_packet_tag((pgp_content_enum)content->ptag.type)); 861 } else { 862 printf("=> %s\n", pgp_show_packet_tag(pkt->tag)); 863 } 864 865 switch (pkt->tag) { 866 case PGP_PARSER_ERROR: 867 printf("parse error: %s\n", content->error); 868 break; 869 870 case PGP_PARSER_ERRCODE: 871 printf("parse error: %s\n", 872 pgp_errcode(content->errcode.errcode)); 873 break; 874 875 case PGP_PARSER_PACKET_END: 876 print_packet_hex(&content->packet); 877 break; 878 879 case PGP_PARSER_PTAG: 880 if (content->ptag.type == PGP_PTAG_CT_PUBLIC_KEY) { 881 print->indent = 0; 882 printf("\n*** NEXT KEY ***\n"); 883 } 884 printf("\n"); 885 print_indent(print->indent); 886 printf("==== ptag new_format=%u type=%u length_type=%d" 887 " length=0x%x (%u) position=0x%x (%u)\n", 888 content->ptag.new_format, 889 content->ptag.type, content->ptag.length_type, 890 content->ptag.length, content->ptag.length, 891 content->ptag.position, content->ptag.position); 892 print_tagname(print->indent, pgp_show_packet_tag((pgp_content_enum)content->ptag.type)); 893 break; 894 895 case PGP_PTAG_CT_SE_DATA_HEADER: 896 print_tagname(print->indent, "SYMMETRIC ENCRYPTED DATA"); 897 break; 898 899 case PGP_PTAG_CT_SE_IP_DATA_HEADER: 900 print_tagname(print->indent, 901 "SYMMETRIC ENCRYPTED INTEGRITY PROTECTED DATA HEADER"); 902 printf("Version: %d\n", content->se_ip_data_header); 903 break; 904 905 case PGP_PTAG_CT_SE_IP_DATA_BODY: 906 print_tagname(print->indent, 907 "SYMMETRIC ENCRYPTED INTEGRITY PROTECTED DATA BODY"); 908 hexdump(stdout, "data", content->se_data_body.data, 909 content->se_data_body.length); 910 break; 911 912 case PGP_PTAG_CT_PUBLIC_KEY: 913 case PGP_PTAG_CT_PUBLIC_SUBKEY: 914 print_tagname(print->indent, (pkt->tag == PGP_PTAG_CT_PUBLIC_KEY) ? 915 "PUBLIC KEY" : 916 "PUBLIC SUBKEY"); 917 pgp_print_pubkey(&content->pubkey); 918 break; 919 920 case PGP_PTAG_CT_TRUST: 921 print_tagname(print->indent, "TRUST"); 922 print_data(print->indent, "Trust", &content->trust); 923 break; 924 925 case PGP_PTAG_CT_USER_ID: 926 print_tagname(print->indent, "USER ID"); 927 print_utf8_string(print->indent, "userid", content->userid); 928 break; 929 930 case PGP_PTAG_CT_SIGNATURE: 931 print_tagname(print->indent, "SIGNATURE"); 932 print_indent(print->indent); 933 print_uint(print->indent, "Signature Version", 934 (unsigned)content->sig.info.version); 935 if (content->sig.info.birthtime_set) { 936 print_time(print->indent, "Signature Creation Time", 937 content->sig.info.birthtime); 938 } 939 if (content->sig.info.duration_set) { 940 print_uint(print->indent, "Signature Duration", 941 (unsigned)content->sig.info.duration); 942 } 943 944 print_string_and_value(print->indent, "Signature Type", 945 pgp_show_sig_type(content->sig.info.type), 946 content->sig.info.type); 947 948 if (content->sig.info.signer_id_set) { 949 hexdump_data(print->indent, "Signer ID", 950 content->sig.info.signer_id, 951 (unsigned)sizeof(content->sig.info.signer_id)); 952 } 953 954 print_string_and_value(print->indent, "Public Key Algorithm", 955 pgp_show_pka(content->sig.info.key_alg), 956 content->sig.info.key_alg); 957 print_string_and_value(print->indent, "Hash Algorithm", 958 pgp_show_hash_alg((uint8_t) 959 content->sig.info.hash_alg), 960 (uint8_t)content->sig.info.hash_alg); 961 print_uint(print->indent, "Hashed data len", 962 (unsigned)content->sig.info.v4_hashlen); 963 print_indent(print->indent); 964 hexdump_data(print->indent, "hash2", &content->sig.hash2[0], 2); 965 switch (content->sig.info.key_alg) { 966 case PGP_PKA_RSA: 967 case PGP_PKA_RSA_SIGN_ONLY: 968 print_bn(print->indent, "sig", content->sig.info.sig.rsa.sig); 969 break; 970 971 case PGP_PKA_DSA: 972 print_bn(print->indent, "r", content->sig.info.sig.dsa.r); 973 print_bn(print->indent, "s", content->sig.info.sig.dsa.s); 974 break; 975 976 case PGP_PKA_ELGAMAL_ENCRYPT_OR_SIGN: 977 print_bn(print->indent, "r", content->sig.info.sig.elgamal.r); 978 print_bn(print->indent, "s", content->sig.info.sig.elgamal.s); 979 break; 980 981 default: 982 (void) fprintf(stderr, 983 "pgp_print_packet: Unusual algorithm\n"); 984 return 0; 985 } 986 987 if (content->sig.hash) 988 printf("data hash is set\n"); 989 990 break; 991 992 case PGP_PTAG_CT_COMPRESSED: 993 print_tagname(print->indent, "COMPRESSED"); 994 print_uint(print->indent, "Compressed Data Type", 995 (unsigned)content->compressed); 996 break; 997 998 case PGP_PTAG_CT_1_PASS_SIG: 999 print_tagname(print->indent, "ONE PASS SIGNATURE"); 1000 1001 print_uint(print->indent, "Version", (unsigned)content->one_pass_sig.version); 1002 print_string_and_value(print->indent, "Signature Type", 1003 pgp_show_sig_type(content->one_pass_sig.sig_type), 1004 content->one_pass_sig.sig_type); 1005 print_string_and_value(print->indent, "Hash Algorithm", 1006 pgp_show_hash_alg((uint8_t)content->one_pass_sig.hash_alg), 1007 (uint8_t)content->one_pass_sig.hash_alg); 1008 print_string_and_value(print->indent, "Public Key Algorithm", 1009 pgp_show_pka(content->one_pass_sig.key_alg), 1010 content->one_pass_sig.key_alg); 1011 hexdump_data(print->indent, "Signer ID", 1012 content->one_pass_sig.keyid, 1013 (unsigned)sizeof(content->one_pass_sig.keyid)); 1014 print_uint(print->indent, "Nested", content->one_pass_sig.nested); 1015 break; 1016 1017 case PGP_PTAG_CT_USER_ATTR: 1018 print_tagname(print->indent, "USER ATTRIBUTE"); 1019 print_hexdump(print->indent, "User Attribute", 1020 content->userattr.contents, 1021 (unsigned)content->userattr.len); 1022 break; 1023 1024 case PGP_PTAG_RAW_SS: 1025 if (pkt->critical) { 1026 (void) fprintf(stderr, "contents are critical\n"); 1027 return 0; 1028 } 1029 start_subpacket(&print->indent, pkt->tag); 1030 print_uint(print->indent, "Raw Signature Subpacket: tag", 1031 (unsigned)(content->ss_raw.tag - 1032 (unsigned)PGP_PTAG_SIG_SUBPKT_BASE)); 1033 print_hexdump(print->indent, "Raw Data", 1034 content->ss_raw.raw, 1035 (unsigned)content->ss_raw.length); 1036 break; 1037 1038 case PGP_PTAG_SS_CREATION_TIME: 1039 start_subpacket(&print->indent, pkt->tag); 1040 print_time(print->indent, "Signature Creation Time", content->ss_time); 1041 end_subpacket(&print->indent); 1042 break; 1043 1044 case PGP_PTAG_SS_EXPIRATION_TIME: 1045 start_subpacket(&print->indent, pkt->tag); 1046 print_duration(print->indent, "Signature Expiration Time", 1047 content->ss_time); 1048 end_subpacket(&print->indent); 1049 break; 1050 1051 case PGP_PTAG_SS_KEY_EXPIRY: 1052 start_subpacket(&print->indent, pkt->tag); 1053 print_duration(print->indent, "Key Expiration Time", content->ss_time); 1054 end_subpacket(&print->indent); 1055 break; 1056 1057 case PGP_PTAG_SS_TRUST: 1058 start_subpacket(&print->indent, pkt->tag); 1059 print_string(print->indent, "Trust Signature", ""); 1060 print_uint(print->indent, "Level", (unsigned)content->ss_trust.level); 1061 print_uint(print->indent, "Amount", (unsigned)content->ss_trust.amount); 1062 end_subpacket(&print->indent); 1063 break; 1064 1065 case PGP_PTAG_SS_REVOCABLE: 1066 start_subpacket(&print->indent, pkt->tag); 1067 print_boolean(print->indent, "Revocable", content->ss_revocable); 1068 end_subpacket(&print->indent); 1069 break; 1070 1071 case PGP_PTAG_SS_REVOCATION_KEY: 1072 start_subpacket(&print->indent, pkt->tag); 1073 /* not yet tested */ 1074 printf(" revocation key: class=0x%x", 1075 content->ss_revocation_key.class); 1076 if (content->ss_revocation_key.class & 0x40) { 1077 printf(" (sensitive)"); 1078 } 1079 printf(", algid=0x%x", content->ss_revocation_key.algid); 1080 hexdump(stdout, "fingerprint", content->ss_revocation_key.fingerprint, 1081 PGP_FINGERPRINT_SIZE); 1082 end_subpacket(&print->indent); 1083 break; 1084 1085 case PGP_PTAG_SS_ISSUER_KEY_ID: 1086 start_subpacket(&print->indent, pkt->tag); 1087 print_hexdump(print->indent, "Issuer Key Id", 1088 content->ss_issuer, (unsigned)sizeof(content->ss_issuer)); 1089 end_subpacket(&print->indent); 1090 break; 1091 1092 case PGP_PTAG_SS_PREFERRED_SKA: 1093 start_subpacket(&print->indent, pkt->tag); 1094 print_data(print->indent, "Preferred Symmetric Algorithms", 1095 &content->ss_skapref); 1096 text = pgp_showall_ss_skapref(&content->ss_skapref); 1097 print_text_breakdown(print->indent, text); 1098 pgp_text_free(text); 1099 1100 end_subpacket(&print->indent); 1101 break; 1102 1103 case PGP_PTAG_SS_PRIMARY_USER_ID: 1104 start_subpacket(&print->indent, pkt->tag); 1105 print_boolean(print->indent, "Primary User ID", 1106 content->ss_primary_userid); 1107 end_subpacket(&print->indent); 1108 break; 1109 1110 case PGP_PTAG_SS_PREFERRED_HASH: 1111 start_subpacket(&print->indent, pkt->tag); 1112 print_data(print->indent, "Preferred Hash Algorithms", 1113 &content->ss_hashpref); 1114 text = pgp_showall_ss_hashpref(&content->ss_hashpref); 1115 print_text_breakdown(print->indent, text); 1116 pgp_text_free(text); 1117 end_subpacket(&print->indent); 1118 break; 1119 1120 case PGP_PTAG_SS_PREF_COMPRESS: 1121 start_subpacket(&print->indent, pkt->tag); 1122 print_data(print->indent, "Preferred Compression Algorithms", 1123 &content->ss_zpref); 1124 text = pgp_showall_ss_zpref(&content->ss_zpref); 1125 print_text_breakdown(print->indent, text); 1126 pgp_text_free(text); 1127 end_subpacket(&print->indent); 1128 break; 1129 1130 case PGP_PTAG_SS_KEY_FLAGS: 1131 start_subpacket(&print->indent, pkt->tag); 1132 print_data(print->indent, "Key Flags", &content->ss_key_flags); 1133 1134 text = pgp_showall_ss_key_flags(&content->ss_key_flags); 1135 print_text_breakdown(print->indent, text); 1136 pgp_text_free(text); 1137 1138 end_subpacket(&print->indent); 1139 break; 1140 1141 case PGP_PTAG_SS_KEYSERV_PREFS: 1142 start_subpacket(&print->indent, pkt->tag); 1143 print_data(print->indent, "Key Server Preferences", 1144 &content->ss_key_server_prefs); 1145 text = pgp_show_keyserv_prefs(&content->ss_key_server_prefs); 1146 print_text_breakdown(print->indent, text); 1147 pgp_text_free(text); 1148 1149 end_subpacket(&print->indent); 1150 break; 1151 1152 case PGP_PTAG_SS_FEATURES: 1153 start_subpacket(&print->indent, pkt->tag); 1154 print_data(print->indent, "Features", &content->ss_features); 1155 text = pgp_showall_ss_features(content->ss_features); 1156 print_text_breakdown(print->indent, text); 1157 pgp_text_free(text); 1158 1159 end_subpacket(&print->indent); 1160 break; 1161 1162 case PGP_PTAG_SS_NOTATION_DATA: 1163 start_subpacket(&print->indent, pkt->tag); 1164 print_indent(print->indent); 1165 printf("Notation Data:\n"); 1166 1167 print->indent++; 1168 print_data(print->indent, "Flags", &content->ss_notation.flags); 1169 text = pgp_showall_notation(content->ss_notation); 1170 print_text_breakdown(print->indent, text); 1171 pgp_text_free(text); 1172 1173 print_data(print->indent, "Name", &content->ss_notation.name); 1174 1175 print_data(print->indent, "Value", &content->ss_notation.value); 1176 1177 print->indent--; 1178 end_subpacket(&print->indent); 1179 break; 1180 1181 case PGP_PTAG_SS_REGEXP: 1182 start_subpacket(&print->indent, pkt->tag); 1183 print_hexdump(print->indent, "Regular Expression", 1184 (uint8_t *) content->ss_regexp, 1185 (unsigned)strlen(content->ss_regexp)); 1186 print_string(print->indent, NULL, content->ss_regexp); 1187 end_subpacket(&print->indent); 1188 break; 1189 1190 case PGP_PTAG_SS_POLICY_URI: 1191 start_subpacket(&print->indent, pkt->tag); 1192 print_string(print->indent, "Policy URL", content->ss_policy); 1193 end_subpacket(&print->indent); 1194 break; 1195 1196 case PGP_PTAG_SS_SIGNERS_USER_ID: 1197 start_subpacket(&print->indent, pkt->tag); 1198 print_utf8_string(print->indent, "Signer's User ID", content->ss_signer); 1199 end_subpacket(&print->indent); 1200 break; 1201 1202 case PGP_PTAG_SS_PREF_KEYSERV: 1203 start_subpacket(&print->indent, pkt->tag); 1204 print_string(print->indent, "Preferred Key Server", content->ss_keyserv); 1205 end_subpacket(&print->indent); 1206 break; 1207 1208 case PGP_PTAG_SS_EMBEDDED_SIGNATURE: 1209 start_subpacket(&print->indent, pkt->tag); 1210 end_subpacket(&print->indent);/* \todo print out contents? */ 1211 break; 1212 1213 case PGP_PTAG_SS_USERDEFINED00: 1214 case PGP_PTAG_SS_USERDEFINED01: 1215 case PGP_PTAG_SS_USERDEFINED02: 1216 case PGP_PTAG_SS_USERDEFINED03: 1217 case PGP_PTAG_SS_USERDEFINED04: 1218 case PGP_PTAG_SS_USERDEFINED05: 1219 case PGP_PTAG_SS_USERDEFINED06: 1220 case PGP_PTAG_SS_USERDEFINED07: 1221 case PGP_PTAG_SS_USERDEFINED08: 1222 case PGP_PTAG_SS_USERDEFINED09: 1223 case PGP_PTAG_SS_USERDEFINED10: 1224 start_subpacket(&print->indent, pkt->tag); 1225 print_hexdump(print->indent, "Internal or user-defined", 1226 content->ss_userdef.contents, 1227 (unsigned)content->ss_userdef.len); 1228 end_subpacket(&print->indent); 1229 break; 1230 1231 case PGP_PTAG_SS_RESERVED: 1232 start_subpacket(&print->indent, pkt->tag); 1233 print_hexdump(print->indent, "Reserved", 1234 content->ss_userdef.contents, 1235 (unsigned)content->ss_userdef.len); 1236 end_subpacket(&print->indent); 1237 break; 1238 1239 case PGP_PTAG_SS_REVOCATION_REASON: 1240 start_subpacket(&print->indent, pkt->tag); 1241 print_hexdump(print->indent, "Revocation Reason", 1242 &content->ss_revocation.code, 1243 1); 1244 str = pgp_show_ss_rr_code(content->ss_revocation.code); 1245 print_string(print->indent, NULL, str); 1246 end_subpacket(&print->indent); 1247 break; 1248 1249 case PGP_PTAG_CT_LITDATA_HEADER: 1250 print_tagname(print->indent, "LITERAL DATA HEADER"); 1251 printf(" literal data header format=%c filename='%s'\n", 1252 content->litdata_header.format, 1253 content->litdata_header.filename); 1254 showtime(" modification time", 1255 content->litdata_header.mtime); 1256 printf("\n"); 1257 break; 1258 1259 case PGP_PTAG_CT_LITDATA_BODY: 1260 print_tagname(print->indent, "LITERAL DATA BODY"); 1261 printf(" literal data body length=%u\n", 1262 content->litdata_body.length); 1263 printf(" data="); 1264 print_escaped(content->litdata_body.data, 1265 content->litdata_body.length); 1266 printf("\n"); 1267 break; 1268 1269 case PGP_PTAG_CT_SIGNATURE_HEADER: 1270 print_tagname(print->indent, "SIGNATURE"); 1271 print_indent(print->indent); 1272 print_uint(print->indent, "Signature Version", 1273 (unsigned)content->sig.info.version); 1274 if (content->sig.info.birthtime_set) { 1275 print_time(print->indent, "Signature Creation Time", 1276 content->sig.info.birthtime); 1277 } 1278 if (content->sig.info.duration_set) { 1279 print_uint(print->indent, "Signature Duration", 1280 (unsigned)content->sig.info.duration); 1281 } 1282 print_string_and_value(print->indent, "Signature Type", 1283 pgp_show_sig_type(content->sig.info.type), 1284 content->sig.info.type); 1285 if (content->sig.info.signer_id_set) { 1286 hexdump_data(print->indent, "Signer ID", 1287 content->sig.info.signer_id, 1288 (unsigned)sizeof(content->sig.info.signer_id)); 1289 } 1290 print_string_and_value(print->indent, "Public Key Algorithm", 1291 pgp_show_pka(content->sig.info.key_alg), 1292 content->sig.info.key_alg); 1293 print_string_and_value(print->indent, "Hash Algorithm", 1294 pgp_show_hash_alg((uint8_t)content->sig.info.hash_alg), 1295 (uint8_t)content->sig.info.hash_alg); 1296 print_uint(print->indent, "Hashed data len", 1297 (unsigned)content->sig.info.v4_hashlen); 1298 1299 break; 1300 1301 case PGP_PTAG_CT_SIGNATURE_FOOTER: 1302 print_indent(print->indent); 1303 hexdump_data(print->indent, "hash2", &content->sig.hash2[0], 2); 1304 1305 switch (content->sig.info.key_alg) { 1306 case PGP_PKA_RSA: 1307 print_bn(print->indent, "sig", content->sig.info.sig.rsa.sig); 1308 break; 1309 1310 case PGP_PKA_DSA: 1311 print_bn(print->indent, "r", content->sig.info.sig.dsa.r); 1312 print_bn(print->indent, "s", content->sig.info.sig.dsa.s); 1313 break; 1314 1315 case PGP_PKA_ELGAMAL_ENCRYPT_OR_SIGN: 1316 print_bn(print->indent, "r", content->sig.info.sig.elgamal.r); 1317 print_bn(print->indent, "s", content->sig.info.sig.elgamal.s); 1318 break; 1319 1320 case PGP_PKA_PRIVATE00: 1321 case PGP_PKA_PRIVATE01: 1322 case PGP_PKA_PRIVATE02: 1323 case PGP_PKA_PRIVATE03: 1324 case PGP_PKA_PRIVATE04: 1325 case PGP_PKA_PRIVATE05: 1326 case PGP_PKA_PRIVATE06: 1327 case PGP_PKA_PRIVATE07: 1328 case PGP_PKA_PRIVATE08: 1329 case PGP_PKA_PRIVATE09: 1330 case PGP_PKA_PRIVATE10: 1331 print_data(print->indent, "Private/Experimental", 1332 &content->sig.info.sig.unknown); 1333 break; 1334 1335 default: 1336 (void) fprintf(stderr, 1337 "pgp_print_packet: Unusual key algorithm\n"); 1338 return 0; 1339 } 1340 break; 1341 1342 case PGP_GET_PASSPHRASE: 1343 print_tagname(print->indent, "PGP_GET_PASSPHRASE"); 1344 break; 1345 1346 case PGP_PTAG_CT_SECRET_KEY: 1347 print_tagname(print->indent, "PGP_PTAG_CT_SECRET_KEY"); 1348 pgp_print_seckey_verbose(pkt->tag, &content->seckey); 1349 break; 1350 1351 case PGP_PTAG_CT_ENCRYPTED_SECRET_KEY: 1352 print_tagname(print->indent, "PGP_PTAG_CT_ENCRYPTED_SECRET_KEY"); 1353 pgp_print_seckey_verbose(pkt->tag, &content->seckey); 1354 break; 1355 1356 case PGP_PTAG_CT_ARMOUR_HEADER: 1357 print_tagname(print->indent, "ARMOUR HEADER"); 1358 print_string(print->indent, "type", content->armour_header.type); 1359 break; 1360 1361 case PGP_PTAG_CT_SIGNED_CLEARTEXT_HEADER: 1362 print_tagname(print->indent, "SIGNED CLEARTEXT HEADER"); 1363 print_headers(&content->cleartext_head); 1364 break; 1365 1366 case PGP_PTAG_CT_SIGNED_CLEARTEXT_BODY: 1367 print_tagname(print->indent, "SIGNED CLEARTEXT BODY"); 1368 print_block(print->indent, "signed cleartext", content->cleartext_body.data, 1369 content->cleartext_body.length); 1370 break; 1371 1372 case PGP_PTAG_CT_SIGNED_CLEARTEXT_TRAILER: 1373 print_tagname(print->indent, "SIGNED CLEARTEXT TRAILER"); 1374 printf("hash algorithm: %d\n", 1375 content->cleartext_trailer->alg); 1376 printf("\n"); 1377 break; 1378 1379 case PGP_PTAG_CT_UNARMOURED_TEXT: 1380 if (!print->unarmoured) { 1381 print_tagname(print->indent, "UNARMOURED TEXT"); 1382 print->unarmoured = 1; 1383 } 1384 putchar('['); 1385 print_escaped(content->unarmoured_text.data, 1386 content->unarmoured_text.length); 1387 putchar(']'); 1388 break; 1389 1390 case PGP_PTAG_CT_ARMOUR_TRAILER: 1391 print_tagname(print->indent, "ARMOUR TRAILER"); 1392 print_string(print->indent, "type", content->armour_header.type); 1393 break; 1394 1395 case PGP_PTAG_CT_PK_SESSION_KEY: 1396 case PGP_PTAG_CT_ENCRYPTED_PK_SESSION_KEY: 1397 pgp_print_pk_sesskey(pkt->tag, &content->pk_sesskey); 1398 break; 1399 1400 case PGP_GET_SECKEY: 1401 pgp_print_pk_sesskey(PGP_PTAG_CT_ENCRYPTED_PK_SESSION_KEY, 1402 content->get_seckey.pk_sesskey); 1403 break; 1404 1405 default: 1406 print_tagname(print->indent, "UNKNOWN PACKET TYPE"); 1407 fprintf(stderr, "pgp_print_packet: unknown tag=%d (0x%x)\n", 1408 pkt->tag, pkt->tag); 1409 return 0; 1410 } 1411 return 1; 1412} 1413 1414static pgp_cb_ret_t 1415cb_list_packets(const pgp_packet_t *pkt, pgp_cbdata_t *cbinfo) 1416{ 1417 pgp_print_packet(&cbinfo->printstate, pkt); 1418 return PGP_RELEASE_MEMORY; 1419} 1420 1421/** 1422\ingroup Core_Print 1423\param filename 1424\param armour 1425\param keyring 1426\param cb_get_passphrase 1427*/ 1428int 1429pgp_list_packets(pgp_io_t *io, 1430 char *filename, 1431 unsigned armour, 1432 pgp_keyring_t *secring, 1433 pgp_keyring_t *pubring, 1434 void *passfp, 1435 pgp_cbfunc_t *cb_get_passphrase) 1436{ 1437 pgp_stream_t *stream = NULL; 1438 const unsigned accumulate = 1; 1439 const int printerrors = 1; 1440 int fd; 1441 1442 fd = pgp_setup_file_read(io, &stream, filename, NULL, cb_list_packets, 1443 accumulate); 1444 pgp_parse_options(stream, PGP_PTAG_SS_ALL, PGP_PARSE_PARSED); 1445 stream->cryptinfo.secring = secring; 1446 stream->cryptinfo.pubring = pubring; 1447 stream->cbinfo.passfp = passfp; 1448 stream->cryptinfo.getpassphrase = cb_get_passphrase; 1449 if (armour) { 1450 pgp_reader_push_dearmour(stream); 1451 } 1452 pgp_parse(stream, printerrors); 1453 pgp_teardown_file_read(stream, fd); 1454 return 1; 1455} 1456