RTL wireless lan card2500
- Type:
- Applications > Windows
- Files:
- 1
- Size:
- 10.72 MiB (11236612 Bytes)
- Uploaded:
- 2009-02-04 21:18 GMT
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- sHaKiS455
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- 2
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- Info Hash: 67DFBF45D5683C0B6F2655C8AB0EECE8B08EE420
000 DRIVER wirelessLAN haRDware RtL v2500---
trunk/lorcon.3 ¶
r123 r137
1 1 ." $Id: $
2 .TH LORCON 3 "01 November 2006"
2 .TH LORCON 3 "22 March 2007"
3 3 .SH NAME
4 4 LORCON - 802.11 Wireless Packet Injection Library
… …
7 7 .ft B
8 8 #include <tx80211.h>
9 #include <tx80211_packet.h>
10 9 .ft
11 10 .LP
12 11 .nf
13 12 .ft B
14 struct tx80211_cardlist *tx80211_getcardlist()
13 tx80211_cardlist_t *tx80211_getcardlist()
15 14 void tx80211_freecardlist(struct tx80211_cardlist *in_list)
16 15 .ft
… …
25 24 .LP
26 25 .ft B
27 int tx80211_init(struct tx80211 *in_tx, const char *in_ifname,
26 int tx80211_init(tx80211_t *in_tx, const char *in_ifname,
28 27 .ti +8
29 28 int in_injector)
… …
31 30 .LP
32 31 .ft B
33 char * tx80211_geterrstr(struct tx80211 *in_tx)
34 .ft
35 .LP
36 .ft B
37 int tx80211_getcapabilities(struct tx80211 *in_tx)
38 .ft
39 .LP
40 .ft B
41 int tx80211_open(struct tx80211 *in_tx)
42 .ft
43 .LP
44 .ft B
45 int tx80211_setmode(struct tx80211 *in_tx, int in_mode) /* superceded */
46 int tx80211_getmode(struct tx80211 *in_tx)
47 int tx80211_setfunctionalmode(struct tx80211 *in_tx, int in_fmode)
48 .ft
49 .LP
50 .ft B
51 int tx80211_setchannel(struct tx80211 *in_tx, int in_chan)
52 int tx80211_getchannel(struct tx80211 *in_tx)
53 .ft
54 .LP
55 .ft B
56 int tx80211_txpacket(struct tx80211 *in_tx,
32 char * tx80211_geterrstr(tx80211_t *in_tx)
33 .ft
34 .LP
35 .ft B
36 int tx80211_getcapabilities(tx80211_t *in_tx)
37 .ft
38 .LP
39 .ft B
40 int tx80211_open(tx80211_t *in_tx)
41 .ft
42 .LP
43 .ft B
44 int tx80211_setmode(tx80211_t *in_tx, int in_mode) /* superceded */
45 int tx80211_getmode(tx80211_t *in_tx)
46 int tx80211_setfunctionalmode(tx80211_t *in_tx, int in_fmode)
47 .ft
48 .LP
49 .ft B
50 int tx80211_setchannel(tx80211_t *in_tx, int in_chan)
51 int tx80211_getchannel(tx80211_t *in_tx)
52 .ft
53 .LP
54 .ft B
55 int tx80211_settxrate(tx80211_t *in_tx, tx80211_packet_t *in_packet,
57 56 .ti +8
58 struct tx80211_packet *in_packet)
59 .ft
60 .LP
61 .ft B
62 int tx80211_close(struct tx80211 *in_tx)
57 int rate)
58 .ft
59 .ft B
60 int tx80211_gettxrate(tx80211_packet_t *in_packet)
61 .ft
62 .LP
63 .ft B
64 int tx80211_setmodulation(tx80211_t *in_tx, tx80211_packet_t *in_packet,
65 .ti +8
66 int modulation)
67 .ft
68 .ft B
69 int tx80211_getmodulation(tx80211_packet_t *in_packet)
70 .ft
71 .LP
72 .ft B
73 int tx80211_initpacket(tx80211_packet_t *in_packet)
74 .ft
75 .LP
76 .ft B
77 int tx80211_txpacket(tx80211_t *in_tx,
78 .ti +8
79 tx80211_packet_t *in_packet)
80 .ft
81 .LP
82 .ft B
83 int tx80211_close(tx80211_t *in_tx)
63 84 .ft
64 85 .fi
… …
91 112 architecture, with a driver description and capability information. This
92 113 function allocates memory to populate a pointer of type
93 .I tx80211_cardlist
114 .I tx80211_cardlist_t
94 115 , returning NULL on error.
95 116
… …
97 118 .BR tx80211_freecardlist()
98 119 is used to free the
99 .I tx80211_cardlist
120 .I tx80211_cardlist_t
100 121 pointer populated by
101 122 .B tx80211_getcardlist().
102 123 .I in_list
103 is the populated tx80211_cardlist pointer.
124 is the populated tx80211_cardlist_t pointer.
104 125
105 126 .PP
… …
115 136 Indicates the wlan-ng driver available at
116 137 .I ftp://ftp.linux-wlan.org/pub/linux-wlan-ng.
117 The string "wlanng" or "wlan-ng" may be used to indicate the use of this driver.
138 The strings "wlanng" or "wlan-ng" may be used to indicate the use of this driver.
118 139 .TP
119 140 .B INJ_HOSTAP
120 141 Indicated the HostAP driver available at
121 142 .I http://hostap.epitest.fi.
122 The string "host-ap" or "hostap" may be used to indicate the use of this driver.
143 The strings "host-ap" or "hostap" may be used to indicate the use of this driver.
123 144 .TP
124 145 .B INJ_AIRJACK
… …
136 157 Indicates the Prism54 driver, available at
137 158 .I http://prism54.org.
138 The string "prismgt" or "prism54" may be used to indicate the use of this driver.
159 The strings "prismgt" or "prism54" may be used to indicate the use of this driver.
139 160 .TP
140 161 .B INJ_MADWIFING
141 162 Indicates the MADWIFI-ng drivers, available at
142 163 .I http://www.madwifi.org.
143 The string "madwifi-ng" may be used to indicate the use of this driver.
164 The strings "madwifi-ng" or "madwifing" may be used to indicate the use of this driver.
144 165 .TP
145 166 .B INJ_MADWIFIOLD
… …
151 172 Indicates the Realtek RTL8180 driver, available at
152 173 .I http://sourceforge.net/projects/rtl8180-sa2400.
153 The string "rtl8180" or "rt8180" may be used to indicate the use of this driver.
174 The strings "rtl8180" or "rt8180" may be used to indicate the use of this driver.
154 175 .TP
155 176 .B INJ_RT2500
156 177 Indicates the Ralink RT2500 driver, available at
157 .I http://sourceforge.net/projects/rt2400.
158 The string "rt2500" or "rtl2500" or "rt25k" or "rtl25k" may be used to indicate the use of this driver.
178 .I http://rt2x00.serialmonkey.com.
179 The strings "rt2500" or "rtl2500" or "rt25k" or "rtl25k" may be used to indicate the use of this driver.
159 180 .TP
160 181 .B INJ_RT2750
161 182 Indicates the Ralink RT2570 USB driver, available at
162 .I http://sourceforge.net/projects/rt2400.
163 The string "rt2750" or "rtl2570" may be used to indicate the use of this driver.
183 .I http://rt2x00.serialmonkey.com.
184 The strings "rt2750" or "rtl2570" may be used to indicate the use of this driver.
185 .TP
186 .B INJ_RT73
187 Indicates the Ralink RT73 USB driver, available at
188 .I http://rt2x00.serialmonkey.com.
189 The strings "rt73" or "rtl2571" may be used to indicate the use of this driver.
190 .TP
191 .B INJ_RT61
192 Indicates the Ralink RT61 PCI/PC-Card driver, available at
193 .I http://rt2x00.serialmonkey.com.
194 The strings "rt61" or "rt2561" may be used to indicate the use of this driver.
195 .TP
196 .B INJ_AIRPCAP
197 Indicates the CACE Technologies AirPcap USB adapter for Windows, available at
198 .I http://www.cacetech.com/products/airpcap.htm. This is a commercial adapter for Windows. The string "airpcap" may be used to indicate the use of this driver.
164 199 .TP
165 200 .B INJ_NODRIVER
… …
167 202 .I in_str
168 203 is not recognized. This can be due to a typo, or due to lack of support for
169 the specified driver in the installed version of LORCON.
204 the specified driver in the installed version of LORCON for the current operating system.
170 205 .RE
171 206 .LP
… …
270 305 TX80211_CAP_SNIFFACK
271 306 Indicates the capability to observe the presence of ACK frames in monitor mode.
272 .B NOTE:
273 This is not a TX-related capability, and may be replaced with a separate
274 capability bitmask for RX-related capabilities in a future release.
275 307 .TP
276 308 .B
… …
300 332 Indicates the capability to transmit frames using OFDM modulation. This is
301 333 appropriate for cards that support 802.11g or 802.11a networking.
302 .B NOTE:
303 It is possible to differentiate between 802.11g and 802.11a networking by
304 specifying the appropriate channel in the 2.4 GHz or 5 GHz spectrums with the
305 334 .B tx80211_setchannel()
306 335 function.
… …
315 344 TX80211_CAP_SETRATE
316 345 Indicates the capability to set the data transmission rate using the
317 .B tx80211_setrate()
346 .B tx80211_settxrate()
347 function.
348 .TP
349 .B
350 TX80211_CAP_SETMODULATION
351 Indicates the capability to set the data modulation mechanism using the
352 .B tx80211_setmodulation()
318 353 function.
319 354 .RE
… …
337 372 .B tx80211_open()
338 373 function before transmitting packets.
374 .B tx80211_open()
375 returns
376 .B
377 TX80211_ENOERR
378 on success and < 0 on failure.
339 379
340 380 .PP
… …
390 430 .RE
391 431 .B tx80211_setmode()
392 returns 0 on success, -1 on error.
432 returns
433 .B
434 TX80211_ENOERR
435 on success, < 0 on error.
393 436
394 437 .PP
… …
421 464 .RE
422 465 .B tx80211_setfunctionalmode()
423 returns 0 on success, < 0 on error.
466 returns
467 .B
468 TX80211_ENOERR
469 on success, < 0 on error.
424 470
425 471 .B NOTE:
… …
434 480 .PP
435 481 .BR tx80211_getmode()
436 is used to identify the current operating mode, returning the operating mode or -1 on error.
482 is used to identify the current operating mode, returning the operating mode or < 0 on error.
437 483 .I in_tx
438 484 is the structure populated by the
… …
442 488 .PP
443 489 .BR tx80211_setchannel()
444 is used to set card channel, returning 0 on success and -1 on error.
490 is used to set card channel, returning
491 .B
492 TX80211_ENOERR
493 on success and -1 on error.
445 494 .I in_tx
446 495 is the structure populated by the
… …
448 497 function.
449 498 .I in_chan is the desired channel number.
499 .B tx80211_setchannel()
500 returns
501 .B
502 TX80211_ENOERR
503 on success, and < 0 on failure.
450 504
451 505 .PP
452 506 .BR tx80211_getchannel()
453 507 is used to identify the current channel number, returning the channel number
454 or -1 on error.
455 .I in_tx
456 is the structure populated by the
457 .B tx80211_init
458 function.
508 or < 0 on error.
509 .I in_tx
510 is the structure populated by the
511 .B tx80211_init
512 function.
513
514 .PP
515 .BR tx80211_settxrate()
516 is used to specify the transmit rate for the frame. This parameter is per-packet specific (e.g. specified in the
517 .I
518 in_packet
519 structure, allowing you to create and transmit multiple frames with different rates without having to call
520 .B
521 tx80211_settxrate()
522 successively for each transmission.
523 .I in_tx
524 is the structure populated by the
525 .B tx80211_init
526 function. The
527 .B rate
528 specifiers are defined as follows:
529 .RS
530 .TP
531 .B
532 TX80211_RATE_DEFAULT
533 Transmission at the default driver rate, typically 1 Mbps
534 .TP
535 .B
536 TX80211_RATE_1MB
537 Transmission at 1 Mbps
538 .TP
539 .B
540 TX80211_RATE_2MB
541 Transmission at 2 Mbps
542 .TP
543 .B
544 TX80211_RATE_5_5MB
545 Transmission at 5.5 Mbps
546 .TP
547 .B
548 TX80211_RATE_6MB
549 Transmission at 6 Mbps
550 .TP
551 .B
552 TX80211_RATE_9MB
553 Transmission at 9 Mbps
554 .TP
555 .B
556 TX80211_RATE_11MB
557 Transmission at 11 Mbps
558 .TP
559 .B
560 TX80211_RATE_22MB
561 Transmission at 22 Mbps
562 .TP
563 .B
564 TX80211_RATE_24MB
565 Transmission at 24 Mbps
566 .TP
567 .B
568 TX80211_RATE_36MB
569 Transmission at 36 Mbps
570 .TP
571 .B
572 TX80211_RATE_48MB
573 Transmission at 48 Mbps
574 .TP
575 .B
576 TX80211_RATE_72MB
577 Transmission at 72 Mbps
578 .TP
579 .B
580 TX80211_RATE_96MB
581 Transmission at 96 Mbps
582 .TP
583 .B
584 TX80211_RATE_108MB
585 Transmission at 108 Mbps
586 .RE
587 .LP
588
589 .B
590 NOTE:
591 This function is only available for drivers with the
592 .B
593 TX80211_CAP_SETRATE
594 capability.
595 .B
596 tx80211_settxrate()
597 returns
598 .B
599 TX80211_ENOERR
600 on success, < 0 on failure.
601
602 .PP
603 .BR tx80211_gettxrate()
604 returns the configured data rate for the
605 .B
606 in_packet
607 context. Returns the rate as specified with the
608 .B tx80211_settxrate()
609 function, or
610 .B TX80211_RATE_DEFAULT
611 .
612
613 .PP
614 .BR tx80211_setmodulation()
615 is used to specify the modulation mechanism rate for the frame. This parameter is per-packet specific (e.g. specified in the
616 .I
617 in_packet
618 structure, allowing you to create and transmit multiple frames with different rates without having to call
619 .B
620 tx80211_setmodulation()
621 successively for each transmission.
622 .I in_tx
623 is the structure populated by the
624 .B tx80211_init
625 function. The
626 .B rate
627 specifiers are defined as follows:
628 .RS
629 .TP
630 .B
631 TX80211_MOD_DEFAULT
632 Transmission using the default driver modulation mechanism for the configured channel.
633 .TP
634 .B
635 TX80211_MOD_FHSS
636 Transmission using Frequency Hopping Spread Spectrum (FHSS). Currently, no LORCON supported drivers accommodate FHSS transmission.
637 .TP
638 .B
639 TX80211_MOD_DSSS
640 Transmission using Distributed Sequence Spread Spectrum (DSSS). This is the common modulation mechanism for IEEE 802.11b networks.
641 .TP
642 .B
643 TX80211_MOD_OFDM
644 Transmission using Orthogonal Frequency Division Multiplexing (OFDM). This is the common modulation mechanism for IEEE 802.11g and IEEE 802.11a networks.
645 .TP
646 .B
647 TX80211_MOD_TURBO
648 Transmission using the proprietary Atheros Turbo modulation mechanism.
649 .TP
650 .B
651 TX80211_MOD_MIMO
652 Transmission using the Multiple Input Multiple Output (MIMO) mechanism specified in IEEE 802.11n. This modulation mechanism uses a preamble that is backward-compatible with IEEE 802.11a/b/g cards.
653 .TP
654 .B
655 TX80211_MOD_MIMOGF
656 Transmission using the Multiple Input Multiple Output (MIMO) Greenfield mode specified in IEEE 802.11n. This modulation mechanism uses a preamble that is NOT backward-compatible with IEEE 802.11a/b/g cards.
657 .RE
658 .LP
659 .B
660 NOTE:
661 This function is only available for drivers with the
662 .B
663 TX80211_CAP_SETMODODULATION
664 capability.
665 .B
666 tx80211_setmodulation()
667 returns
668 .B
669 TX80211_ENOERR
670 on success, < 0 on failure.
671
672 .PP
673 .BR tx80211_initpacket()
674 is used to initialize the per-packet context. Must be called before
675 .B tx80211_txpacket().
676 .I in_packet
677 is the structure declared with tx80211_packet_t.
459 678
460 679 .PP
… …
488 707 is the structure populated by the
489 708 .B tx80211_init
490 function. The return value is zero on success, or -1 if an error occurred.
709 function. The return value is
710 .B
711 TX80211_ENOERR
712 on success, or < 0 if an error occured.
491 713
492 714 .PP
… …
499 721
500 722 #include <tx80211.h>
501 #include <tx80211_packet.h>
502 723 #include <linux/wireless.h>
503 724
… …
508 729 {
509 730
510 struct tx80211_cardlist *cardlist = NULL;
731 tx80211_cardlist_t *cardlist = NULL;
511 732 int i;
512 733
… …
535 756 };
536 757
537 struct tx80211 in_tx;
538 struct tx80211_packet in_packet;
758 tx80211_t in_tx;
759 tx80211_packet_t in_packet;
539 760 int drivertype;
540 761
… …
557 778 if (tx80211_init(&in_tx, IFACE, drivertype) < 0) {
558 779 fprintf(stderr, "Error initializing driver "
559 "\"%s\".\n", argv[1]);
780 "\"%s\": %s.\n", argv[1],
781 tx80211_geterrstr(&in_tx));
560 782 return -1;
561 783 }
… …
572 794 if (tx80211_setfunctionalmode(&in_tx, TX80211_FUNCMODE_INJMON) != 0) {
573 795 fprintf(stderr, "Error setting monitor/inject mode: %s.\n",
574 tx80211_geterrstr(in_tx));
796 tx80211_geterrstr(&in_tx));
575 797 return 1;
576 798 }
… …
579 801 if (tx80211_setchannel(&in_tx, CHANNEL) < 0) {
580 802 fprintf(stderr, "Error setting channel: %s.\n",
581 tx80211_geterrstr(in_tx));
803 tx80211_geterrstr(&in_tx));
582 804 return 1;
583 805 }
… …
586 808 if (tx80211_open(&in_tx) < 0) {
587 809 fprintf(stderr, "Unable to open interface %s: %s.\n",
588 in_tx.ifname, tx80211_geterrstr(in_tx));
810 in_tx.ifname, tx80211_geterrstr(&in_tx));
589 811 return 1;
590 812 }
591 813
592 /* Initialized in_packet with packet contents and length of
814 /* Initialize in_packet and set packet contents and length of
593 815 the packet */
816 tx80211_initpacket(&in_packet);
594 817 in_packet.packet = packet;
595 818 in_packet.plen = sizeof(packet);
… …
598 821 if (tx80211_txpacket(&in_tx, &in_packet) < 0) {
599 822 fprintf(stderr, "Unable to transmit packet: %s.\n",
600 tx80211_geterrstr(in_tx));
823 tx80211_geterrstr(&in_tx));
601 824 return 1;
602 825 }
… …
621 844 .LP
622 845 .RS
623 [email protected]
846 [email protected]
847
848 .SH RESOURCES
849 Please see http://802.11ninja.net/lorcon for updates to LORCON, documentation and the bug database.
624 850 .RE
TabularUnifiedtrunk/tx80211.c ¶
r135 r137
135 135 ret->cardnames[ret->num_cards] = strdup("rt61");
136 136 ret->descriptions[ret->num_cards] = strdup("Raylink 61 pre-N PC Card");
137 ret->capabilities[ret->num_cards] = tx80211_rt2570_capabilities();
137 ret->capabilities[ret->num_cards] = tx80211_rt61_capabilities();
138 138 ret->num_cards++;
139 139
… …
204 204 return INJ_RT2500;
205 205
206 if (!strcasecmp(in_str, "rt2570") || !strcasecmp(in_str, "rtl2570"))
206 if (!strcasecmp(in_str, "rt2570") || !strcasecmp(in_str, "rtl2570") ||
207 !strcasecmp(in_str, "rt2570"))
207 208 return INJ_RT2570;
208 209
209 if (!strcasecmp(in_str, "rt73") || !strcasecmp(in_str, "rtl73"))
210 if (!strcasecmp(in_str, "rt73") || !strcasecmp(in_str, "rtl73") ||
211 !strcasecmp(in_str, "rt2571"))
210 212 return INJ_RT73;
211 213
212 if (!strcasecmp(in_str, "rt61") || !strcasecmp(in_str, "rtl61"))
214 if (!strcasecmp(in_str, "rt61") || !strcasecmp(in_str, "rt2561"))
213 215 return INJ_RT61;
214 216
TabularUnifiedtrunk/tx80211.h ¶
r135 r137
214 214 #define INJ_ZD1211RW 13
215 215 /*
216 * No-one should be testing for INJ_MAX, test for TX80211_ENOSUCHINJ instead
216 * No-one should test for INJ_MAX, test for INJ_NODRIVER instead
217 217 */
218 218 #define INJ_MAX 14
TabularUnifiedtrunk/tx80211_packet.h ¶
r123 r137
66 66
67 67 /* Values are in a quantity of 500 Kbps increments */
68 #define TX80211_RATE_DEFAULT 0
68 69 #define TX80211_RATE_1MB 2
69 70 #define TX80211_RATE_2MB 4