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hcxpcapngtool.c
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hcxpcapngtool.c
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#define _GNU_SOURCE
#include <ctype.h>
#include <errno.h>
#include <fcntl.h>
#include <getopt.h>
#include <inttypes.h>
#include <libgen.h>
#include <limits.h>
#include <stdbool.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <sys/stat.h>
#include <sys/time.h>
#include <time.h>
#include <unistd.h>
#if defined (__APPLE__) || defined(__OpenBSD__)
#include <sys/socket.h>
#endif
#ifdef _WIN32
#include <winsock2.h>
#else
#include <arpa/inet.h>
#endif
#include <openssl/core.h>
#include <openssl/crypto.h>
#include <openssl/err.h>
#include <openssl/evp.h>
#include <openssl/params.h>
#include <openssl/types.h>
#if __BYTE_ORDER__ == __ORDER_BIG_ENDIAN__
#define BIG_ENDIAN_HOST
#endif
#include "include/hcxpcapngtool.h"
#include "include/ieee80211.c"
#include "include/strings.c"
#include "include/byteops.c"
#include "include/fileops.c"
#include "include/hashops.c"
#include "include/pcap.c"
#ifdef WANTZLIB
#include "include/gzops.c"
#endif
/*===========================================================================*/
struct hccap_s
{
char essid[36];
unsigned char ap[6];
unsigned char client[6];
unsigned char snonce[32];
unsigned char anonce[32];
unsigned char eapol[256];
int eapol_size;
int keyver;
unsigned char keymic[16];
};
typedef struct hccap_s hccap_t;
#define HCCAP_SIZE (sizeof(hccap_t))
/*===========================================================================*/
struct hccapx_s
{
uint32_t signature;
#define HCCAPX_SIGNATURE 0x58504348
uint32_t version;
#define HCCAPX_VERSION 4
uint8_t message_pair;
uint8_t essid_len;
uint8_t essid[32];
uint8_t keyver;
uint8_t keymic[16];
uint8_t ap[6];
uint8_t anonce[32];
uint8_t client[6];
uint8_t snonce[32];
uint16_t eapol_len;
uint8_t eapol[256];
} __attribute__((packed));
typedef struct hccapx_s hccapx_t;
#define HCCAPX_SIZE (sizeof(hccapx_t))
/*===========================================================================*/
/*===========================================================================*/
/* global var */
static EVP_MAC *hmac;
static EVP_MAC *cmac;
static EVP_MAC_CTX *ctxhmac;
static EVP_MAC_CTX *ctxcmac;
static OSSL_PARAM paramsmd5[3];
static OSSL_PARAM paramssha1[3];
static OSSL_PARAM paramssha256[3];
static OSSL_PARAM paramsaes128[3];
static size_t magicblockcount;
static maclist_t *aplist, *aplistptr;
static messagelist_t *messagelist;
static handshakelist_t *handshakelist, *handshakelistptr;
static pmkidlist_t *pmkidlist, *pmkidlistptr;
static eapmd5msglist_t *eapmd5msglist;
static eapmd5hashlist_t *eapmd5hashlist, *eapmd5hashlistptr;
static eapleaphashlist_t *eapleaphashlist, *eapleaphashlistptr;
static eapleapmsglist_t *eapleapmsglist;
static eapmschapv2hashlist_t *eapmschapv2hashlist, *eapmschapv2hashlistptr;
static eapmschapv2msglist_t *eapmschapv2msglist;
static tacacsplist_t *tacacsplist, *tacacsplistptr;
static char *jtrbasenamedeprecated;
static FILE *fh_pmkideapol;
static FILE *fh_pmkideapolclient;
static FILE *fh_eapmd5;
static FILE *fh_eapmd5john;
static FILE *fh_eapleap;
static FILE *fh_tacacsp;
static FILE *fh_essid;
static FILE *fh_essidproberequest;
static FILE *fh_deviceinfo;
static FILE *fh_identity;
static FILE *fh_username;
static FILE *fh_nmea;
static FILE *fh_csv;
static FILE *fh_raw_out;
static FILE *fh_lts;
static FILE *fh_log;
static FILE *fh_pmkideapoljtrdeprecated;
static FILE *fh_pmkiddeprecated;
static FILE *fh_hccapxdeprecated;
static FILE *fh_hccapdeprecated;
static int maclistmax;
static int handshakelistmax;
static int pmkidlistmax;
static int eapmd5hashlistmax;
static int eapleaphashlistmax;
static int eapmschapv2hashlistmax;
static int tacacsplistmax;
static int fd_pcap;
static int gzipstat;
static int pcapngstat;
static int capstat;
static int endianness;
static uint16_t versionmajor;
static uint16_t versionminor;
static int opensslversionmajor;
static int opensslversionminor;
static uint32_t iface;
static uint32_t dltlinktype[MAX_INTERFACE_ID +1];
static uint32_t timeresolval[MAX_INTERFACE_ID +1];
static long int radiotaperrorcount;
static long int nmeacount;
static long int nmeaerrorcount;
static long int rawpacketcount;
static long int pcapreaderrors;
static long int skippedpacketcount;
static long int zeroedtimestampcount;
static long int fcsframecount;
static long int fcsgoodframecount;
static long int fcsbadframecount;
static long int band24count;
static long int band5count;
static long int band6count;
static long int wdscount;
static long int actioncount;
static long int actionessidcount;
static long int awdlcount;
static long int beaconcount;
static long int beaconssidunsetcount;
static long int beaconssidzeroedcount;
static long int beaconssidoversizedcount;
static long int beaconhcxcount;
static long int beaconerrorcount;
static long int broadcastmacerrorcount;
static long int pagcount;
static long int proberesponsecount;
static long int proberesponsessidunsetcount;
static long int proberesponsessidzeroedcount;
static long int proberequestundirectedcount;
static long int proberequestdirectedcount;
static long int mgtreservedcount;
static long int deauthenticationcount;
static long int disassociationcount;
static long int authenticationcount;
static long int authopensystemcount;
static long int authseacount;
static long int authsharedkeycount;
static long int authfbtcount;
static long int authfilscount;
static long int authfilspfs;
static long int authfilspkcount;
static long int authnetworkeapcount;
static long int authunknowncount;
static long int associationrequestcount;
static long int associationrequestpskcount;
static long int associationrequestftpskcount;
static long int associationrequestpsk256count;
static long int associationrequestsae256count;
static long int associationrequestsae384bcount;
static long int associationrequestowecount;
static long int reassociationrequestcount;
static long int reassociationrequestpskcount;
static long int reassociationrequestftpskcount;
static long int reassociationrequestpsk256count;
static long int reassociationrequestsae256count;
static long int reassociationrequestsae384bcount;
static long int reassociationrequestowecount;
static long int ipv4count;
static long int icmp4count;
static long int ipv6count;
static long int icmp6count;
static long int tcpcount;
static long int udpcount;
static long int grecount;
static long int protochapcount;
static long int protochapreqcount;
static long int protochaprespcount;
static long int protochapsuccesscount;
static long int protopapcount;
static long int tacacspcount;
static long int tacacsp2count;
static long int tacacsp3count;
static long int tacacspwrittencount;
static long int wepenccount;
static long int wpaenccount;
static long int eapcount;
static long int eapsimcount;
static long int eapakacount;
static long int eappeapcount;
static long int eapmd5count;
static long int eapmd5hashcount;
static long int eapleapcount;
static long int eapleaphashcount;
static long int eapmschapv2count;
static long int eapmschapv2hashcount;
static long int eaptlscount;
static long int eapexpandedcount;
static long int eapidcount;
static long int eapcodereqcount;
static long int eapcoderespcount;
static long int radiusrequestcount;
static long int radiuschallengecount;
static long int radiusacceptcount;
static long int radiusrejectcount;
static long int zeroedpmkidpskcount;
static long int zeroedpmkidpmkcount;
static long int zeroedeapolpskcount;
static long int zeroedeapolpmkcount;
static long int pmkidcount;
static long int pmkidbestcount;
static long int pmkidroguecount;
static long int pmkiduselesscount;
static long int pmkidfaultycount;
static long int pmkidakmcount;
static long int pmkidwrittenhcount;
static long int pmkidclientwrittenhcount;
static long int pmkidwrittenjcountdeprecated;
static long int pmkidwrittencountdeprecated;
static long int eapolrc4count;
static long int eapolrsncount;
static long int eapolwpacount;
static long int eapolmsgcount;
static long int eapolrelayedcount;
static long int eapolnccount;
static long int eapolmsgerrorcount;
static long int eapolmsgtimestamperrorcount;
static long int eapolmpcount;
static long int eapolmpbestcount;
static long int eapolm1count;
static long int eapolm1kdv0count;
static long int eapolm1ancount;
static long int eapolm1errorcount;
static long int eapolm2count;
static long int eapolm2oversizedcount;
static long int eapolm2kdv0count;
static long int eapolm2ftpskcount;
static long int eapolm2errorcount;
static long int eapolm3count;
static long int eapolm3oversizedcount;
static long int eapolm3kdv0count;
static long int eapolm3errorcount;
static long int eapolm4count;
static long int eapolm4oversizedcount;
static long int eapolm4zeroedcount;
static long int eapolm4kdv0count;
static long int eapolm4errorcount;
static long int eapolwrittencount;
static long int eapolncwrittencount;
static long int eapolaplesscount;
static long int eapolwrittenjcountdeprecated;
static long int eapolwrittenhcpxcountdeprecated;
static long int eapolncwrittenhcpxcountdeprecated;
static long int eapolwrittenhcpcountdeprecated;
static long int eapolm12e2count;
static long int eapolm14e4count;
static long int eapolm32e2count;
static long int eapolm32e3count;
static long int eapolm34e3count;
static long int eapolm34e4count;
static long int eapmd5writtencount;
static long int eapmd5johnwrittencount;
static long int eapleapwrittencount;
static long int eapmschapv2writtencount;
static long int identitycount;
static long int usernamecount;
static uint64_t rcgapmax;
static long int taglenerrorcount;
static long int essidcount;
static long int essiderrorcount;
static long int deviceinfocount;
static long int sequenceerrorcount;
static long int essiddupemax;
static long int malformedcount;
static uint64_t timestampstart;
static uint64_t timestampmin;
static uint64_t timestampmax;
static uint64_t timestampdiff;
static uint64_t eaptimegapmax;
static uint64_t captimestampold;
static uint64_t eapoltimeoutvalue;
static uint64_t ncvalue;
static int essidsvalue;
static uint16_t frequency;
static int nmealen;
static bool addtimestampflag;
static bool ignoreieflag;
static bool donotcleanflag;
static bool ancientdumpfileformat;
static bool radiotappresent;
static bool ieee80211flag;
static const uint8_t fakenonce1[] =
{
0x07, 0xbc, 0x92, 0xea, 0x2f, 0x5a, 0x1e, 0xe2, 0x54, 0xf6, 0xb1, 0xb7, 0xe0, 0xaa, 0xd3, 0x53,
0xf4, 0x5b, 0x0a, 0xac, 0xf9, 0xc9, 0x90, 0x2f, 0x90, 0xd8, 0x78, 0x80, 0xb7, 0x03, 0x0a, 0x20
};
static const uint8_t fakenonce2[] =
{
0x95, 0x30, 0xd1, 0xc7, 0xc3, 0x55, 0xb9, 0xab, 0xe6, 0x83, 0xd6, 0xf3, 0x7e, 0xcb, 0x78, 0x02,
0x75, 0x1f, 0x53, 0xcc, 0xb5, 0x81, 0xd1, 0x52, 0x3b, 0xb4, 0xba, 0xad, 0x23, 0xab, 0x01, 0x07
};
static char rssi;
static int interfacechannel;
static uint8_t myaktap[6];
static uint8_t myaktclient[6];
static uint8_t myaktanonce[32];
static uint8_t myaktsnonce[32];
static uint64_t myaktreplaycount;
static char pcapnghwinfo[OPTIONLEN_MAX];
static char pcapngosinfo[OPTIONLEN_MAX];
static char pcapngapplinfo[OPTIONLEN_MAX];
static char pcapngoptioninfo[OPTIONLEN_MAX];
static char pcapngweakcandidate[OPTIONLEN_MAX];
static uint8_t pcapngdeviceinfo[6];
static uint8_t pcapngtimeresolution;
static char nmeasentence[OPTIONLEN_MAX];
static char gpwplold[OPTIONLEN_MAX];
static char zeroedpsk[8];
static uint8_t zeroedpmk[32];
static uint8_t calculatedpmk[32];
static uint16_t usedfrequency[0xffff];
static uint8_t beaconchannel[CHANNEL_MAX];
/*===========================================================================*/
/*
static inline void debugprint(int len, uint8_t *ptr)
{
static int p;
fprintf(stdout, "\nRAW: ");
for(p = 0; p < len; p++)
{
fprintf(stdout, "%02x", ptr[p]);
}
fprintf(stdout, "\n");
return;
}
*/
/*===========================================================================*/
static void closelists(void)
{
if(aplist != NULL) free(aplist);
if(messagelist != NULL) free(messagelist);
if(handshakelist != NULL) free(handshakelist);
if(pmkidlist != NULL) free(pmkidlist);
if(eapmd5msglist != NULL) free(eapmd5msglist);
if(eapmd5hashlist != NULL) free(eapmd5hashlist);
if(eapleapmsglist != NULL) free(eapleapmsglist);
if(eapleaphashlist != NULL) free(eapleaphashlist);
if(eapmschapv2msglist != NULL) free(eapmschapv2msglist);
if(eapmschapv2hashlist != NULL) free(eapmschapv2hashlist);
if(tacacsplist != NULL) free(tacacsplist);
return;
}
/*===========================================================================*/
static bool initlists(void)
{
static const char nastring[] = { "N/A" };
maclistmax = MACLIST_MAX;
if((aplist = (maclist_t*)calloc((maclistmax +1), MACLIST_SIZE)) == NULL) return false;
aplistptr = aplist;
if((messagelist = (messagelist_t*)calloc((MESSAGELIST_MAX +1), MESSAGELIST_SIZE)) == NULL) return false;
handshakelistmax = HANDSHAKELIST_MAX;
if((handshakelist = (handshakelist_t*)calloc((handshakelistmax +1), HANDSHAKELIST_SIZE)) == NULL) return false;
handshakelistptr = handshakelist;
pmkidlistmax = PMKIDLIST_MAX;
if((pmkidlist = (pmkidlist_t*)calloc((pmkidlistmax +1),PMKIDLIST_SIZE)) == NULL) return false;
pmkidlistptr = pmkidlist;
if((eapmd5msglist = (eapmd5msglist_t*)calloc((EAPMD5MSGLIST_MAX +1), EAPMD5MSGLIST_SIZE)) == NULL) return false;
eapmd5hashlistmax = EAPMD5HASHLIST_MAX;
if((eapmd5hashlist = (eapmd5hashlist_t*)calloc((eapmd5hashlistmax +1), EAPMD5HASHLIST_SIZE)) == NULL) return false;
eapmd5hashlistptr = eapmd5hashlist;
if((eapleapmsglist = (eapleapmsglist_t*)calloc((EAPLEAPMSGLIST_MAX +1), EAPLEAPMSGLIST_SIZE)) == NULL) return false;
eapleaphashlistmax = EAPLEAPHASHLIST_MAX;
if((eapleaphashlist = (eapleaphashlist_t*)calloc((eapleaphashlistmax +1), EAPLEAPHASHLIST_SIZE)) == NULL) return false;
eapleaphashlistptr = eapleaphashlist;
if((eapmschapv2msglist = (eapmschapv2msglist_t*)calloc((EAPMSCHAPV2MSGLIST_MAX +1), EAPMSCHAPV2MSGLIST_SIZE)) == NULL) return false;
eapmschapv2hashlistmax = EAPMSCHAPV2HASHLIST_MAX;
if((eapmschapv2hashlist = (eapmschapv2hashlist_t*)calloc((eapmschapv2hashlistmax +1), EAPMSCHAPV2HASHLIST_SIZE)) == NULL) return false;
eapmschapv2hashlistptr = eapmschapv2hashlist;
tacacsplistmax = TACACSPLIST_MAX;
if((tacacsplist = (tacacsplist_t*)calloc((TACACSPLIST_MAX +1), TACACSPLIST_SIZE)) == NULL) return false;
tacacsplistptr = tacacsplist;
memset(&pcapnghwinfo, 0, OPTIONLEN_MAX);
memset(&pcapngosinfo, 0, OPTIONLEN_MAX);
memset(&pcapngapplinfo, 0, OPTIONLEN_MAX);
memset(&pcapngoptioninfo, 0, OPTIONLEN_MAX);
memset(&pcapngweakcandidate, 0 ,OPTIONLEN_MAX);
memset(&pcapngdeviceinfo, 0 ,6);
pcapngtimeresolution = TSRESOL_USEC;
memset(&myaktap, 0 ,6);
memset(&myaktclient, 0 ,6);
memset(&nmeasentence, 0, OPTIONLEN_MAX);
memset(&gpwplold, 0, OPTIONLEN_MAX);
memcpy(&pcapnghwinfo, nastring, 3);
memcpy(&pcapngosinfo, nastring, 3);
memcpy(&pcapngapplinfo, nastring, 3);
memcpy(&pcapngoptioninfo, nastring, 3);
memcpy(&pcapngweakcandidate, nastring, 3);
ieee80211flag = false;
radiotaperrorcount = 0;
nmeacount = 0;
nmeaerrorcount = 0;
endianness = 0;
rawpacketcount = 0;
pcapreaderrors = 0;
skippedpacketcount = 0;
zeroedtimestampcount = 0;
fcsframecount = 0;
fcsgoodframecount = 0;
fcsbadframecount = 0;
band24count = 0;
band5count = 0;
band6count = 0;
wdscount = 0;
actioncount = 0;
actionessidcount = 0;
awdlcount = 0;
beaconcount = 0;
beaconssidunsetcount = 0;
beaconssidzeroedcount = 0;
beaconssidoversizedcount = 0;
beaconhcxcount = 0;
beaconerrorcount = 0;
broadcastmacerrorcount = 0;
pagcount = 0;
proberesponsecount = 0;
proberesponsessidunsetcount = 0;
proberesponsessidzeroedcount = 0;
proberequestundirectedcount = 0;
proberequestdirectedcount = 0;
mgtreservedcount = 0;
deauthenticationcount = 0;
disassociationcount = 0;
authenticationcount = 0;
authopensystemcount = 0;
authseacount = 0;
authsharedkeycount = 0;
authfbtcount = 0;
authfilscount = 0;
authfilspfs = 0;
authfilspkcount = 0;
authnetworkeapcount = 0;
authunknowncount = 0;
associationrequestcount = 0;
associationrequestpskcount = 0;
associationrequestftpskcount = 0;
associationrequestpsk256count = 0;
associationrequestsae256count = 0;
associationrequestsae384bcount = 0;
associationrequestowecount = 0;
reassociationrequestcount = 0;
reassociationrequestpskcount = 0;
reassociationrequestpsk256count = 0;
reassociationrequestsae256count = 0;
reassociationrequestsae384bcount = 0;
reassociationrequestowecount = 0;
ipv4count = 0;
icmp4count = 0;
ipv6count = 0;
icmp6count = 0;
tcpcount = 0;
udpcount = 0;
grecount = 0;
protochapcount = 0;
protochapreqcount = 0;
protochaprespcount = 0;
protochapsuccesscount = 0;
protopapcount = 0;
tacacspcount = 0;
tacacsp2count = 0;
tacacsp3count = 0;
tacacspwrittencount = 0;
wepenccount = 0;
wpaenccount = 0;
eapcount = 0;
eapsimcount = 0;
eapakacount = 0;
eappeapcount = 0;
eapmd5count = 0;
eapmd5hashcount = 0;
eapleapcount = 0;
eapleaphashcount = 0;
eapmschapv2count = 0;
eapmschapv2hashcount = 0;
eaptlscount = 0;
eapexpandedcount = 0;
eapidcount = 0;
eapcodereqcount = 0;
eapcoderespcount = 0;
radiusrequestcount = 0;
radiuschallengecount = 0;
radiusacceptcount = 0;
radiusrejectcount = 0;
zeroedpmkidpskcount = 0;
zeroedpmkidpmkcount = 0;
zeroedeapolpskcount = 0;
zeroedeapolpmkcount = 0;
pmkidcount = 0;
pmkidbestcount = 0;
pmkidroguecount = 0;
pmkiduselesscount = 0;
pmkidfaultycount = 0;
pmkidakmcount = 0;
pmkidwrittenhcount = 0;
pmkidclientwrittenhcount = 0;
eapolwrittenjcountdeprecated = 0;
pmkidwrittenjcountdeprecated = 0;
pmkidwrittencountdeprecated = 0;
eapolrc4count = 0;
eapolrsncount = 0;
eapolwpacount = 0;
eapolmsgcount = 0;
eapolrelayedcount = 0;
eapolnccount = 0;
eapolmsgerrorcount = 0;
eapolmsgtimestamperrorcount = 0;
eapolmpbestcount = 0;
eapolmpcount = 0;
eapolm1count = 0;
eapolm1kdv0count = 0;
eapolm1ancount = 0;
eapolm1errorcount = 0;
eapolm2count = 0;
eapolm2oversizedcount = 0;
eapolm2kdv0count = 0;
eapolm2ftpskcount = 0;
eapolm2errorcount = 0;
eapolm3count = 0;
eapolm3oversizedcount = 0;
eapolm3kdv0count = 0;
eapolm3errorcount = 0;
eapolm4count = 0;
eapolm4oversizedcount = 0;
eapolm4zeroedcount = 0;
eapolm4kdv0count = 0;
eapolm4errorcount = 0;
eapolwrittencount = 0;
eapolncwrittencount = 0;
eapolaplesscount = 0;
eapolwrittenjcountdeprecated = 0;
eapolwrittenhcpxcountdeprecated = 0;
eapolwrittenhcpcountdeprecated = 0;
eapolm12e2count = 0;
eapolm14e4count = 0;
eapolm32e2count = 0;
eapolm32e3count = 0;
eapolm34e3count = 0;
eapolm34e4count = 0;
eapmd5writtencount = 0;
eapmd5johnwrittencount = 0;
eapleapwrittencount = 0;
eapmschapv2writtencount = 0;
identitycount = 0;
usernamecount = 0;
taglenerrorcount = 0;
essidcount = 0;
essiderrorcount = 0;
deviceinfocount = 0;
sequenceerrorcount = 0;
essiddupemax = 0;
rcgapmax = 0;
eaptimegapmax = 0;
malformedcount = 0;
timestampmin = 0;
timestampmax = 0;
timestampdiff = 0;
timestampstart = 0;
captimestampold = 0;
memset(&zeroedpsk, 0, 8);
memset(&zeroedpmk, 0, 32);
memset(&beaconchannel, 0, sizeof(beaconchannel));
memset(&usedfrequency, 0, sizeof(usedfrequency));
return true;
}
/*===========================================================================*/
static void printcontentinfo(void)
{
static int c;
static uint8_t i;
static uint16_t p;
if(nmeacount > 0) fprintf(stdout, "NMEA PROTOCOL............................: %ld\n", nmeacount);
if(nmeaerrorcount > 0) fprintf(stdout, "NMEA PROTOCOL checksum errors............: %ld\n", nmeaerrorcount);
if(endianness == 0) fprintf(stdout, "endianness (capture system)..............: little endian\n");
else fprintf(stdout, "endianness (capture system)..............: big endian\n");
if(rawpacketcount > 0) fprintf(stdout, "packets inside...........................: %ld\n", rawpacketcount);
if(skippedpacketcount > 0) fprintf(stdout, "skipped packets..........................: %ld\n", skippedpacketcount);
if(fcsframecount > 0) fprintf(stdout, "frames with FCS (radiotap)...............: %ld\n", fcsframecount);
if(fcsgoodframecount > 0) fprintf(stdout, "frames with correct FCS (crc)............: %ld\n", fcsgoodframecount);
if(fcsbadframecount > 0) fprintf(stdout, "frames with bad FCS (radiotap)...........: %ld\n", fcsbadframecount);
if(band24count > 0) fprintf(stdout, "packets received on 2.4 GHz..............: %ld\n", band24count);
if(band5count > 0) fprintf(stdout, "packets received on 5 GHz................: %ld\n", band5count);
if(band6count > 0) fprintf(stdout, "packets received on 6 GHz................: %ld\n", band6count);
if(wdscount > 0) fprintf(stdout, "WIRELESS DISTRIBUTION SYSTEM.............: %ld\n", wdscount);
if(deviceinfocount > 0) fprintf(stdout, "frames containing device information.....: %ld\n", deviceinfocount);
if(essidcount > 0) fprintf(stdout, "ESSID (total unique).....................: %ld\n", essidcount);
if(essiddupemax > 0)
{
if((essidsvalue > 1) || (donotcleanflag == true)) fprintf(stdout, "ESSID changes (detected maximum).........: %ld\n", essiddupemax);
else fprintf(stdout, "ESSID changes (detected maximum).........: %ld (information: option --max-essids=%ld and --all recommended)\n", essiddupemax, essiddupemax +1);
}
if(beaconcount > 0)
{
fprintf(stdout, "BEACON (total)...........................: %ld\n", beaconcount);
if((beaconchannel[0] &GHZ24) == GHZ24)
{
fprintf(stdout, "BEACON on 2.4 GHz channel (from IE_TAG)..: ");
for(i = 1; i <= 14; i++)
{
if(beaconchannel[i] != 0) fprintf(stdout, "%d ", i);
}
fprintf(stdout, "\n");
}
if((beaconchannel[0] &GHZ5) == GHZ5)
{
fprintf(stdout, "BEACON on 5/6 GHz channel (from IE_TAG)..: ");
for(i = 15; i < CHANNEL_MAX; i++)
{
if(beaconchannel[i] != 0) fprintf(stdout, "%d ", i);
}
fprintf(stdout, "\n");
}
}
if(beaconssidunsetcount > 0) fprintf(stdout, "BEACON (SSID wildcard/unset).............: %ld\n", beaconssidunsetcount);
if(beaconssidzeroedcount > 0) fprintf(stdout, "BEACON (SSID zeroed).....................: %ld\n", beaconssidzeroedcount);
if(beaconssidoversizedcount > 0) fprintf(stdout, "BEACON (oversized SSID length)...........: %ld\n", beaconssidoversizedcount);
if(pagcount > 0) fprintf(stdout, "BEACON (pwnagotchi)......................: %ld\n", pagcount);
if(beaconhcxcount > 0) fprintf(stdout, "BEACON (hcxhash2cap).....................: %ld\n", beaconhcxcount);
if(actioncount > 0) fprintf(stdout, "ACTION (total)...........................: %ld\n", actioncount);
if(actionessidcount > 0) fprintf(stdout, "ACTION (containing ESSID)................: %ld\n", actionessidcount);
if(awdlcount > 0) fprintf(stdout, "AWDL (Apple Wireless Direct Link)........: %ld\n", awdlcount);
if(proberequestundirectedcount > 0) fprintf(stdout, "PROBEREQUEST (undirected)................: %ld\n", proberequestundirectedcount);
if(proberequestdirectedcount > 0) fprintf(stdout, "PROBEREQUEST (directed)..................: %ld\n", proberequestdirectedcount);
if(proberesponsecount > 0) fprintf(stdout, "PROBERESPONSE (total)....................: %ld\n", proberesponsecount);
if(proberesponsessidunsetcount > 0) fprintf(stdout, "PROBERESPONSE (SSID unset)...............: %ld\n", proberesponsessidunsetcount);
if(proberesponsessidzeroedcount > 0) fprintf(stdout, "PROBERESPONSE (SSID zeroed)..............: %ld\n", proberesponsessidzeroedcount);
if(deauthenticationcount > 0) fprintf(stdout, "DEAUTHENTICATION (total).................: %ld\n", deauthenticationcount);
if(disassociationcount > 0) fprintf(stdout, "DISASSOCIATION (total)...................: %ld\n", disassociationcount);
if(authenticationcount > 0) fprintf(stdout, "AUTHENTICATION (total)...................: %ld\n", authenticationcount);
if(authopensystemcount > 0) fprintf(stdout, "AUTHENTICATION (OPEN SYSTEM).............: %ld\n", authopensystemcount);
if(authseacount > 0) fprintf(stdout, "AUTHENTICATION (SAE).....................: %ld\n", authseacount);
if(authsharedkeycount > 0) fprintf(stdout, "AUTHENTICATION (SHARED KEY)..............: %ld\n", authsharedkeycount);
if(authfbtcount > 0) fprintf(stdout, "AUTHENTICATION (FBT).....................: %ld\n", authfbtcount);
if(authfilscount > 0) fprintf(stdout, "AUTHENTICATION (FILS)....................: %ld\n", authfilscount);
if(authfilspfs > 0) fprintf(stdout, "AUTHENTICATION (FILS PFS)................: %ld\n", authfilspfs);
if(authfilspkcount > 0) fprintf(stdout, "AUTHENTICATION (FILS PK..................: %ld\n", authfilspkcount);
if(authnetworkeapcount > 0) fprintf(stdout, "AUTHENTICATION (NETWORK EAP).............: %ld\n", authnetworkeapcount);
if(authunknowncount > 0) fprintf(stdout, "AUTHENTICATION (unknown).................: %ld\n", authunknowncount);
if(associationrequestcount > 0) fprintf(stdout, "ASSOCIATIONREQUEST (total)...............: %ld\n", associationrequestcount);
if(associationrequestpskcount > 0) fprintf(stdout, "ASSOCIATIONREQUEST (PSK).................: %ld\n", associationrequestpskcount);
if(associationrequestftpskcount > 0) fprintf(stdout, "ASSOCIATIONREQUEST (FT using PSK)........: %ld\n", associationrequestftpskcount);
if(associationrequestpsk256count > 0) fprintf(stdout, "ASSOCIATIONREQUEST (PSK SHA256)..........: %ld\n", associationrequestpsk256count);
if(associationrequestsae256count > 0) fprintf(stdout, "ASSOCIATIONREQUEST (SAE SHA256)..........: %ld\n", associationrequestsae256count);
if(associationrequestsae384bcount > 0) fprintf(stdout, "ASSOCIATIONREQUEST (SAE SHA384 SUITE B)..: %ld\n", associationrequestsae384bcount);
if(associationrequestowecount > 0) fprintf(stdout, "ASSOCIATIONREQUEST (OWE).................: %ld\n", associationrequestowecount);
if(reassociationrequestcount > 0) fprintf(stdout, "REASSOCIATIONREQUEST (total).............: %ld\n", reassociationrequestcount);
if(reassociationrequestpskcount > 0) fprintf(stdout, "REASSOCIATIONREQUEST (PSK)...............: %ld\n", reassociationrequestpskcount);
if(reassociationrequestftpskcount > 0) fprintf(stdout, "REASSOCIATIONREQUEST (FT using PSK)......: %ld\n", reassociationrequestftpskcount);
if(reassociationrequestpsk256count > 0) fprintf(stdout, "REASSOCIATIONREQUEST (PSK SHA256)........: %ld\n", reassociationrequestpsk256count);
if(reassociationrequestsae256count > 0) fprintf(stdout, "REASSOCIATIONREQUEST (SAE SHA256)........: %ld\n", reassociationrequestsae256count);
if(reassociationrequestsae384bcount > 0)fprintf(stdout, "REASSOCIATIONREQUEST (SAE SHA384 SUITE B): %ld\n", reassociationrequestsae384bcount);
if(reassociationrequestowecount > 0) fprintf(stdout, "REASSOCIATIONREQUEST (OWE)...............: %ld\n", reassociationrequestowecount);
if(mgtreservedcount > 0) fprintf(stdout, "RESERVED MANAGEMENT frame................: %ld\n", mgtreservedcount);
if(wpaenccount > 0) fprintf(stdout, "WPA encrypted............................: %ld\n", wpaenccount);
if(wepenccount > 0) fprintf(stdout, "WEP encrypted............................: %ld\n", wepenccount);
if(ipv4count > 0) fprintf(stdout, "IPv4 (total).............................: %ld\n", ipv4count);
if(icmp4count > 0) fprintf(stdout, "ICMPv4...................................: %ld\n", icmp4count);
if(ipv6count > 0) fprintf(stdout, "IPv6 (total).............................: %ld\n", ipv6count);
if(icmp6count > 0) fprintf(stdout, "ICMPv6...................................: %ld\n", icmp6count);
if(tcpcount > 0) fprintf(stdout, "TCP (total)..............................: %ld\n", tcpcount);
if(udpcount > 0) fprintf(stdout, "UDP (total)..............................: %ld\n", udpcount);
if(grecount > 0) fprintf(stdout, "GRE (total)..............................: %ld\n", grecount);
if(protochapcount > 0) fprintf(stdout, "PPP-CHAP (total).........................: %ld\n", protochapcount);
if(protochapreqcount > 0) fprintf(stdout, "PPP-CHAP request.........................: %ld\n", protochapreqcount);
if(protochaprespcount > 0) fprintf(stdout, "PPP-CHAP response........................: %ld\n", protochaprespcount);
if(protochapsuccesscount > 0) fprintf(stdout, "PPP-CHAP success.........................: %ld\n", protochapsuccesscount);
if(protopapcount > 0) fprintf(stdout, "PPP-PAP..................................: %ld\n", protopapcount);
if(tacacspcount > 0) fprintf(stdout, "TACACS+ v1...............................: %ld\n", tacacspcount);
if(tacacsp2count > 0) fprintf(stdout, "TACACS+ v2...............................: %ld (unsupported)\n", tacacsp2count);
if(tacacsp3count > 0) fprintf(stdout, "TACACS+ v3...............................: %ld (unsupported)\n", tacacsp3count);
if(tacacspwrittencount > 0) fprintf(stdout, "TACACS+ written..........................: %ld\n", tacacspwrittencount);
if(identitycount > 0) fprintf(stdout, "IDENTITIES...............................: %ld\n", identitycount);
if(usernamecount > 0) fprintf(stdout, "USERNAMES................................: %ld\n", usernamecount);
if(radiusrequestcount > 0) fprintf(stdout, "RADIUS AUTHENTICATION (REQUEST)..........: %ld\n", radiusrequestcount);
if(radiuschallengecount > 0) fprintf(stdout, "RADIUS AUTHENTICATION (CHALLENGE)........: %ld\n", radiuschallengecount);
if(radiusacceptcount > 0) fprintf(stdout, "RADIUS AUTHENTICATION (ACCEPT)...........: %ld\n", radiusacceptcount);
if(radiusrejectcount > 0) fprintf(stdout, "RADIUS AUTHENTICATION (REJECT)...........: %ld\n", radiusrejectcount);
if(eapcount > 0) fprintf(stdout, "EAP (total)..............................: %ld\n", eapcount);
if(eapexpandedcount > 0) fprintf(stdout, "EAP-EXPANDED.............................: %ld\n", eapexpandedcount);
if(eapcodereqcount > 0) fprintf(stdout, "EAP CODE request.........................: %ld\n", eapcodereqcount);
if(eapcoderespcount > 0) fprintf(stdout, "EAP CODE response........................: %ld\n", eapcoderespcount);
if(eapidcount > 0) fprintf(stdout, "EAP ID...................................: %ld\n", eapidcount);
if(eapsimcount > 0) fprintf(stdout, "EAP-SIM..................................: %ld\n", eapsimcount);
if(eapakacount > 0) fprintf(stdout, "EAP-AKA..................................: %ld\n", eapakacount);
if(eappeapcount > 0) fprintf(stdout, "EAP-PEAP.................................: %ld\n", eappeapcount);
if(eapmd5count > 0) fprintf(stdout, "EAP-MD5 messages.........................: %ld\n", eapmd5count);
if(eapmd5hashcount > 0) fprintf(stdout, "EAP-MD5 pairs............................: %ld\n", eapmd5hashcount);
if(eapmd5writtencount > 0) fprintf(stdout, "EAP-MD5 pairs written....................: %ld\n", eapmd5writtencount);
if(eapmd5johnwrittencount > 0) fprintf(stdout, "EAP-MD5 pairs written to JtR.............: %ld\n", eapmd5johnwrittencount);
if(eapleapcount > 0) fprintf(stdout, "EAP-LEAP messages........................: %ld\n", eapleapcount);
if(eapleapwrittencount > 0) fprintf(stdout, "EAP-LEAP pairs written...................: %ld\n", eapleapwrittencount);
if(eapmschapv2count > 0) fprintf(stdout, "EAP-MSCHAPV2 messages....................: %ld\n", eapmschapv2count);
if(eapmschapv2writtencount > 0) fprintf(stdout, "EAP-MSCHAPV2 pairs written...............: %ld\n", eapmschapv2writtencount);
if(eaptlscount > 0) fprintf(stdout, "EAP-TLS messages.........................: %ld\n", eaptlscount);
if(eapolmsgcount > 0) fprintf(stdout, "EAPOL messages (total)...................: %ld\n", eapolmsgcount);
if(eapolrelayedcount > 0) fprintf(stdout, "EAPOL messages relayed (ignored).........: %ld\n", eapolrelayedcount);
if(eapolrc4count > 0) fprintf(stdout, "EAPOL RC4 messages.......................: %ld\n", eapolrc4count);
if(eapolrsncount > 0) fprintf(stdout, "EAPOL RSN messages.......................: %ld\n", eapolrsncount);
if(eapolwpacount > 0) fprintf(stdout, "EAPOL WPA messages.......................: %ld\n", eapolwpacount);
if(eaptimegapmax > 0) fprintf(stdout, "EAPOLTIME gap (measured maximum msec)....: %" PRIu64 "\n", eaptimegapmax / 1000000);
if(rcgapmax > 1024) rcgapmax = 1024;
if((eapolnccount > 0) && (eapolmpcount > 0))
{
printf ("EAPOL ANONCE error corrections (NC)......: working\n");
if(rcgapmax > 0) fprintf(stdout, "REPLAYCOUNT gap (suggested NC)...........: %" PRIu64 "\n", (rcgapmax *2 +1));
if(rcgapmax == 0) fprintf(stdout, "REPLAYCOUNT gap (recommended NC).........: 8\n");
}
if(eapolnccount == 0)
{
fprintf(stdout, "EAPOL ANONCE error corrections (NC)......: not detected\n");
if(rcgapmax > 0) fprintf(stdout, "REPLAYCOUNT gap (measured maximum).......: %" PRIu64 "\n", rcgapmax);
}
if(eapolm1count > 0) fprintf(stdout, "EAPOL M1 messages (total)................: %ld\n", eapolm1count);
if(eapolm1kdv0count > 0) fprintf(stdout, "EAPOL M1 messages (KDV:0 AKM defined)....: %ld (PMK not recoverable)\n", eapolm1kdv0count);
if(eapolm2count > 0) fprintf(stdout, "EAPOL M2 messages (total)................: %ld\n", eapolm2count);
if(eapolm2oversizedcount > 0) fprintf(stdout, "EAPOL M2 messages (oversized)............: %ld\n", eapolm2oversizedcount);
if(eapolm2kdv0count > 0) fprintf(stdout, "EAPOL M2 messages (KDV:0 AKM defined)....: %ld (PMK not recoverable)\n", eapolm2kdv0count);
if(eapolm2ftpskcount > 0) fprintf(stdout, "EAPOL M2 messages (FT using PSK).........: %ld (PMK not recoverable)\n", eapolm2ftpskcount);
if(eapolm3count > 0) fprintf(stdout, "EAPOL M3 messages (total)................: %ld\n", eapolm3count);
if(eapolm3oversizedcount > 0) fprintf(stdout, "EAPOL M3 messages (oversized)............: %ld\n", eapolm3oversizedcount);
if(eapolm3kdv0count > 0) fprintf(stdout, "EAPOL M3 messages (KDV:0 AKM defined)....: %ld (PMK not recoverable)\n", eapolm3kdv0count);
if(eapolm4count > 0) fprintf(stdout, "EAPOL M4 messages (total)................: %ld\n", eapolm4count);
if(eapolm4oversizedcount > 0) fprintf(stdout, "EAPOL M4 messages (oversized)............: %ld\n", eapolm4oversizedcount);
if(eapolm4zeroedcount > 0) fprintf(stdout, "EAPOL M4 messages (zeroed NONCE).........: %ld\n", eapolm4zeroedcount);
if(eapolm4kdv0count > 0) fprintf(stdout, "EAPOL M4 messages (KDV:0 AKM defined)....: %ld (PMK not recoverable)\n", eapolm4kdv0count);
if(eapolmpcount > 0) fprintf(stdout, "EAPOL pairs (total)......................: %ld\n", eapolmpcount);
if(zeroedeapolpskcount > 0) fprintf(stdout, "EAPOL (from zeroed PSK)..................: %ld (not converted by default options - use --all)\n", zeroedeapolpskcount);
if(zeroedeapolpmkcount > 0) fprintf(stdout, "EAPOL (from zeroed PMK)..................: %ld (not converted by default options - use --all)\n", zeroedeapolpmkcount);
if(donotcleanflag == false)
{
if(eapolmpbestcount > 0) fprintf(stdout, "EAPOL pairs (best).......................: %ld\n", eapolmpbestcount);
}
else
{
if(eapolmpbestcount > 0) fprintf(stdout, "EAPOL pairs (useful).....................: %ld\n", eapolmpbestcount);
}
if(eapolaplesscount > 0) fprintf(stdout, "EAPOL ROGUE pairs........................: %ld\n", eapolaplesscount);
if(eapolwrittencount > 0) fprintf(stdout, "EAPOL pairs written to 22000 hash file...: %ld (RC checked)\n", eapolwrittencount);
if(eapolncwrittencount > 0) fprintf(stdout, "EAPOL pairs written to 22000 hash file...: %ld (RC not checked)\n", eapolncwrittencount);
if(eapolwrittenhcpxcountdeprecated > 0) fprintf(stdout, "EAPOL pairs written to old format hccapx.: %ld (RC checked)\n", eapolwrittenhcpxcountdeprecated);
if(eapolncwrittenhcpxcountdeprecated > 0) fprintf(stdout, "EAPOL pairs written to old format hccapx.: %ld (RC not checked)\n", eapolncwrittenhcpxcountdeprecated);
if(eapolwrittenhcpcountdeprecated > 0) fprintf(stdout, "EAPOL pairs written to old format hccap..: %ld (RC checked)\n", eapolwrittenhcpcountdeprecated);
if(eapolwrittenjcountdeprecated > 0) fprintf(stdout, "EAPOL pairs written to old format JtR....: %ld (RC checked)\n", eapolwrittenjcountdeprecated);
if(eapolm12e2count > 0) fprintf(stdout, "EAPOL M12E2 (challenge)..................: %ld\n", eapolm12e2count);
if(eapolm14e4count > 0) fprintf(stdout, "EAPOL M14E4 (authorized).................: %ld\n", eapolm14e4count);
if(eapolm32e2count > 0) fprintf(stdout, "EAPOL M32E2 (authorized).................: %ld\n", eapolm32e2count);
if(eapolm32e3count > 0) fprintf(stdout, "EAPOL M32E3 (authorized).................: %ld\n", eapolm32e3count);
if(eapolm34e3count > 0) fprintf(stdout, "EAPOL M34E3 (authorized).................: %ld\n", eapolm34e3count);
if(eapolm34e4count > 0) fprintf(stdout, "EAPOL M34E4 (authorized).................: %ld\n", eapolm34e4count);
if(pmkiduselesscount > 0) fprintf(stdout, "RSN PMKID (useless)......................: %ld\n", pmkiduselesscount);
if(pmkidfaultycount > 0) fprintf(stdout, "RSN PMKID (faulty).......................: %ld\n", pmkidfaultycount);
if(pmkidcount > 0) fprintf(stdout, "RSN PMKID (total)........................: %ld\n", pmkidcount);
if(zeroedpmkidpskcount > 0) fprintf(stdout, "RSN PMKID (from zeroed PSK)..............: %ld (not converted by default options - use --all)\n", zeroedpmkidpskcount);
if(zeroedpmkidpmkcount > 0) fprintf(stdout, "RSN PMKID (from zeroed PMK)..............: %ld (not converted by default options - use --all)\n", zeroedpmkidpmkcount);
if(donotcleanflag == false)
{
if(pmkidbestcount > 0) fprintf(stdout, "RSN PMKID (best).........................: %ld\n", pmkidbestcount);
}
else
{
if(pmkidbestcount > 0) fprintf(stdout, "RSN PMKID (useful).......................: %ld\n", pmkidbestcount);
}
if(pmkidroguecount > 0) fprintf(stdout, "RSN PMKID ROGUE..........................: %ld\n", pmkidroguecount);
if(pmkidakmcount > 0) fprintf(stdout, "RSN PMKID (KDV:0 AKM defined)............: %ld (PMK not recoverable)\n", pmkidakmcount);
if(pmkidwrittenhcount > 0) fprintf(stdout, "RSN PMKID written to 22000 hash file.....: %ld\n", pmkidwrittenhcount);
if(pmkidclientwrittenhcount > 0) fprintf(stdout, "RSN PMKID written to 22000 hash file.....: %ld (possible MESH/REPEATER PMKIDs)\n", pmkidclientwrittenhcount);
if(pmkidwrittenjcountdeprecated > 0) fprintf(stdout, "RSN PMKID written to old format JtR......: %ld\n", pmkidwrittenjcountdeprecated);
if(pmkidwrittencountdeprecated > 0) fprintf(stdout, "RSN PMKID written to old format (1680x)..: %ld\n", pmkidwrittencountdeprecated);
if(pcapreaderrors > 0) fprintf(stdout, "packet read error........................: %ld\n", pcapreaderrors);
if(radiotaperrorcount > 0) fprintf(stdout, "packet with damaged radiotap header......: %ld\n", radiotaperrorcount);
if(zeroedtimestampcount > 0) fprintf(stdout, "packets with zeroed timestamps...........: %ld\n", zeroedtimestampcount);
if(eapolmsgtimestamperrorcount > 0) fprintf(stdout, "EAPOL frames with wrong timestamp........: %ld\n", eapolmsgtimestamperrorcount);
malformedcount = beaconerrorcount +broadcastmacerrorcount +taglenerrorcount +essiderrorcount +eapolmsgerrorcount;
if(malformedcount > 0) fprintf(stdout, "malformed packets (total)................: %ld\n", malformedcount);
beaconerrorcount += broadcastmacerrorcount;
if(beaconerrorcount > 0) fprintf(stdout, "BEACON error (total malformed packets)...: %ld\n", beaconerrorcount);
if(broadcastmacerrorcount > 0) fprintf(stdout, "BROADCAST MAC error (malformed packets)..: %ld\n", broadcastmacerrorcount);
if(taglenerrorcount > 0) fprintf(stdout, "IE TAG length error (malformed packets)..: %ld\n", taglenerrorcount);
if(essiderrorcount > 0) fprintf(stdout, "ESSID error (malformed packets)..........: %ld\n", essiderrorcount);
eapolmsgerrorcount = eapolmsgerrorcount +eapolm1errorcount +eapolm2errorcount +eapolm3errorcount +eapolm4errorcount;
if(eapolmsgerrorcount > 0) fprintf(stdout, "EAPOL messages (malformed packets).......: %ld\n", eapolmsgerrorcount);
if(radiotappresent == true)
{
c = 0;
fprintf(stdout, "\nfrequency statistics from radiotap header (frequency: received packets)\n"
"-----------------------------------------------------------------------\n");
for(p = 2412; p <= 7115; p ++)
{
if(usedfrequency[p] != 0)
{
fprintf(stdout, "% 5d: %d\t", p, usedfrequency[p]);
c++;
if((c %4) == 0) fprintf(stdout, "\n");
}
}
fprintf(stdout, "\n");
}
if(zeroedtimestampcount > 0)
{
fprintf(stdout, "\nWarning: missing timestamps!\n"
"This dump file contains frames with zeroed timestamps.\n"
"It prevent calculation of EAPOL TIMEOUT values.\n"
"That is a bug of the capturing/cleaning tool.\n");
}
if(eapolmsgtimestamperrorcount > 0)
{
fprintf(stdout, "\nWarning: wrong timestamps!\n"
"This dump file contains frames with wrong timestamps.\n"
"It prevent calculation of EAPOL TIMEOUT values.\n"
"That is a bug of the capturing/cleaning tool.\n");
}
if(sequenceerrorcount > 0)
{
fprintf(stdout, "\nWarning: out of sequence timestamps!\n"
"This dump file contains frames with out of sequence timestamps.\n"
"That is a bug of the capturing/cleaning tool.\n");
}
if(ancientdumpfileformat == true)
{
fprintf(stdout, "\nInformation: limited dump file format detected!\n"
"This file format is a very basic format to save captured network data.\n"
"It is recommended to use PCAP Next Generation dump file format (or pcapng for short) instead. "
"The PCAP Next Generation dump file format is an attempt to overcome the limitations "
"of the currently widely used (but very limited) libpcap (cap, pcap) format.\n"
"https://www.wireshark.org/docs/wsug_html_chunked/AppFiles.html#ChAppFilesCaptureFilesSection\n"
"https://github.com/pcapng/pcapng\n");
}
if(ieee80211flag == false)
{
fprintf(stdout, "\n");
return;
}
if(radiotappresent == false)
{
fprintf(stdout, "\nInformation: radiotap header is missing!\n"
"Radiotap is a de facto standard for 802.11 frame injection and "
"reception. The radiotap header format is a mechanism to supply "
"additional information about frames, from the driver to userspace applications.\n"
"https://www.radiotap.org/\n");
}
if(magicblockcount > 1)
{
fprintf(stdout, "\nWarning: this dump file contains more than one custom block!\n"
"This always happens if dump files are merged!\n"
"Do not merge dump files, because this destroys assigned hash values!\n");
}
if(((deauthenticationcount +disassociationcount) >= 100) && ((deauthenticationcount +disassociationcount) <= 10000))
{
fprintf(stdout, "\nWarning: too many deauthentication/disassociation frames detected!\n"
"That can cause that an ACCESS POINT change channel, reset EAPOL TIMER, "
"renew ANONCE and set PMKID to zero. "
"This could prevent to calculate a valid EAPOL MESSAGE PAIR, to get a valid PMKID "
"or to decrypt the traffic.\n");
}
if((deauthenticationcount +disassociationcount) > 10000)
{
fprintf(stdout, "\nWarning: excessive number of deauthentication/disassociation frames detected!\n"
"That can cause that an ACCESS POINT change channel, reset EAPOL TIMER, "
"renew ANONCE and set PMKID to zero. "
"This could prevent to calculate a valid EAPOL MESSAGE PAIR, to get a valid PMKID "
"or to decrypt the traffic.\n");
}
if(((beaconcount + proberesponsecount) == 0) && ((associationrequestcount + reassociationrequestcount) == 0))
{
fprintf(stdout, "\nInformation: missing frames!\n"
"This dump file does not contain BEACON or PROBERESPONSE frames.\n"
"This frames contain the ESSID which is mandatory to calculate a PMK.\n"
"It always happens if the capture file was cleaned or "
"it could happen if filter options are used during capturing. "
"That makes it impossible to recover the PSK.\n");
}
if(proberequestundirectedcount == 0)
{
fprintf(stdout, "\nInformation: missing frames!\n"
"This dump file does not contain undirected proberequest frames.\n"
"An undirected proberequest may contain information about the PSK. "
"It always happens if the capture file was cleaned or "
"it could happen if filter options are used during capturing.\n"
"That makes it hard to recover the PSK.\n");
}
if((authenticationcount +associationrequestcount +reassociationrequestcount) == 0)
{
fprintf(stdout, "\nInformation: missing frames!\n"
"This dump file does not contain important frames like authentication, association or reassociation.\n"
"It always happens if the capture file was cleaned or "
"it could happen if filter options are used during capturing. "
"That makes it hard to recover the PSK.\n");
if(timestampdiff < 60000000000) fprintf(stdout, "Duration of the dump tool was a way too short to capture enough additional information.\n");
}
if(eapolm1ancount <= 1)
{
fprintf(stdout, "\nInformation: missing frames!\n"
"This dump file does not contain enough EAPOL M1 frames.\n"
"It always happens if the capture file was cleaned or "
"it could happen if filter options are used during capturing.\n"
"That makes it impossible to calculate nonce-error-correction values.\n"
"https://hashcat.net/forum/thread-6361.html\n");
if(timestampdiff < 60000000000) fprintf(stdout, "Duration of the dump tool was a way too short to capture enough additional information.\n");
}
if((eapolm1count + eapolm2count + eapolm4count > 0) && (eapolm3count == 0))
{
fprintf(stdout, "\nInformation: missing EAPOL M3 frames!\n"
"This dump file does not contain EAPOL M3 frames (possible packet loss).\n"
"It strongly recommended to recapture the traffic or "
"to use --all option to convert all possible EAPOL MESSAGE PAIRs.\n");
}
if(malformedcount > 5)
{
fprintf(stdout, "\nInformation: malformed packets detected!\n"
"In monitor mode the adapter does not check to see if the cyclic redundancy check (CRC) "