/** @brief print a MAC address in a familiar format to stdout
*
* @param mac the MAC address to print
*/
void
print_mac (const volatile unsigned char *mac)
{
fprint_mac (stdout, mac);
}
void print_host(FILE * outf, wiviz_host * host)
{
int i;
if (!host->occupied)
return;
fprintf(outf, "h.mac = '");
fprint_mac(outf, host->mac, "';\n");
if (host->RSSI < 0)
fprintf(outf, "h.rssi = %i;\nh.type = '", host->RSSI / 100);
else
fprintf(outf, "h.rssi = -%i;\nh.type = '", host->RSSI / 100);
switch (host->type) {
case typeAP:
fprintf(outf, "ap");
break;
case typeWDS:
fprintf(outf, "wds");
break;
case typeSta:
fprintf(outf, "sta");
break;
case typeAdhocHub:
fprintf(outf, "adhoc");
break;
}
fprintf(outf, "';\nh.self = ");
fprintf(outf, host->isSelf ? "true;\n" : "false;\n");
if (host->type == typeSta) {
switch (host->staInfo->state) {
case ssAssociated:
fprintf(outf, "h.sta_state='assoc';\nh.sta_bssid='");
fprint_mac(outf, host->staInfo->connectedBSSID, "';\n");
break;
case ssUnassociated:
fprintf(outf, "h.sta_state='unassoc';\n");
}
fprintf(outf, "h.sta_lastssid = '");
for (i = 0; i < host->staInfo->lastssidlen; i++) {
fprintf(outf, "&#%04i;", *((char *)host->staInfo->lastssid + i) & 0xFF);
}
fprintf(outf, "';\n");
}
if (host->type == typeAP || host->type == typeAdhocHub) {
fprintf(outf, "h.channel = %i;\nh.ssid = '", host->apInfo->channel & 0xFF);
for (i = 0; i < host->apInfo->ssidlen; i++) {
fprintf(outf, "&#%04i;", *((char *)host->apInfo->ssid + i) & 0xFF);
}
fprintf(outf, "';\nh.encrypted = ");
switch (host->apInfo->encryption) {
case aetUnknown:
fprintf(outf, "'unknown';\n");
break;
case aetUnencrypted:
fprintf(outf, "'no';\n");
break;
case aetEncUnknown:
fprintf(outf, "'yes';\nh.enctype = 'unknown';\n");
break;
case aetEncWEP:
fprintf(outf, "'yes';\nh.enctype = 'wep';\n");
break;
case aetEncWPA:
fprintf(outf, "'yes';\nh.enctype = 'wpa';\n");
break;
case aetEncWPA2:
fprintf(outf, "'yes';\nh.enctype = 'wpa2';\n");
break;
case aetEncWPAmix:
fprintf(outf, "'yes';\nh.enctype = 'wpa wpa2';\n");
break;
}
}
if (host->type == typeWDS) {
fprintf(outf, "h.channel = %i;\nh.ssid = '", host->apInfo->channel & 0xFF);
fprintf(outf, "';\nh.encrypted = ");
switch (host->apInfo->encryption) {
case aetUnknown:
fprintf(outf, "'unknown';\n");
break;
case aetUnencrypted:
fprintf(outf, "'no';\n");
break;
case aetEncUnknown:
fprintf(outf, "'yes';\nh.enctype = 'unknown';\n");
break;
case aetEncWEP:
fprintf(outf, "'yes';\nh.enctype = 'wep';\n");
break;
case aetEncWPA:
fprintf(outf, "'yes';\nh.enctype = 'wpa';\n");
break;
case aetEncWPA2:
fprintf(outf, "'yes';\nh.enctype = 'wpa2';\n");
break;
case aetEncWPAmix:
fprintf(outf, "'yes';\nh.enctype = 'wpa wpa2';\n");
break;
}
}
fprintf(outf, "h.age = %i;\n", time(0) - host->lastSeen);
}
/** @brief print the device static information to stream
*
* @param f the device context
* @param stream the output stream (i.e. stdout, stderr...)
* @param packet_in the DOOF_STATIC_INFO data structure containing the information to display
*/
void
fprint_static_info (libfb_t * f, FILE * stream, DOOF_STATIC_INFO * packet_in)
{
struct tm *time_info = malloc (sizeof (struct tm));
time_t calendar_time;
set_reftime (f);
fprintf (stream, "SW ver: %s\n", packet_in->sw_ver);
fprintf (stream, "SW Compile date: %s\n", packet_in->sw_compile_date);
fprintf (stream, "Build number: %d\n", packet_in->build_num);
fprintf (stream, "FB core ver sig: 0x%X\n", packet_in->fb_core_version);
fprintf (stream, "Spans: %d Devices: %d MACs: %d\n", packet_in->spans,
packet_in->devices, packet_in->mac_num);
fprintf (stream, "EPCS Blocks: %d\n", packet_in->epcs_blocks);
fprintf (stream, "EPCS Block size: 0x%X (%d KB)\n",
packet_in->epcs_block_size, packet_in->epcs_block_size / 1024);
fprintf (stream, "EPCS Region size: 0x%X (%d KB)\n",
packet_in->epcs_region_size, packet_in->epcs_region_size / 1024);
fprintf (stream, "\nStored config data:\n");
fprintf (stream, "--------------------\n");
fprintf (stream, "MAC[0]: ");
fprint_mac (stream, packet_in->epcs_config.mac_addr);
packet_in->epcs_config.mac_addr[5]++;
fprintf (stream, "MAC[1]: ");
fprint_mac (stream, packet_in->epcs_config.mac_addr);
fprintf (stream, "Serial: %s\n", packet_in->epcs_config.snumber);
fprintf (stream, "IP[0]: ");
fprint_ip (stream, packet_in->epcs_config.ip_address[0]);
fprintf (stream, "IP[1]: ");
fprint_ip (stream, packet_in->epcs_config.ip_address[1]);
fprintf (stream, "CFG Flags: 0x%X (%s)\n",
packet_in->epcs_config.cfg_flags,
packet_in->epcs_config.cfg_flags & (1 << 0) ? "IEC" : "FB2");
calendar_time = packet_in->epcs_config.mfg_date + libfb_get_ctime (f);
time_info = localtime (&calendar_time);
fprintf (stream, "Flash Date: %d (%d/%d/%d %d:%d:%d)\n",
(int) calendar_time, time_info->tm_mon + 1, time_info->tm_mday,
time_info->tm_year + 1900, time_info->tm_hour, time_info->tm_min,
time_info->tm_sec);
fprintf (stream, "CRC: 0x%X\n", packet_in->epcs_config.crc16);
fprintf (stream, "SYSID CRC: 0x%X\n", packet_in->fpga_sysid);
calendar_time = packet_in->fpga_timestamp + libfb_get_systime (f);
time_info = localtime (&calendar_time);
fprintf (stream, "SYSID Timestamp: 0x%X (%d/%d/%d %d:%d:%d)\n",
packet_in->fpga_timestamp,
time_info->tm_mon + 1, time_info->tm_mday,
time_info->tm_year + 1900, time_info->tm_hour, time_info->tm_min,
time_info->tm_sec);
fprintf (stream, "Attempted boots: %d\n",
packet_in->epcs_config.attempted_boots);
fprintf (stream, "GPAK File Length: %d bytes\n",
packet_in->epcs_config.gpak_len);
fprintf (stream, "\nDSP Parameters\n-----------------\n");
fprintf (stream, "Active/Max channels: %d/%d\n",
packet_in->gpak_config.active_channels,
packet_in->gpak_config.max_channels);
fprintf (stream, "BIST: %d Num EC: %d\n", packet_in->gpak_config.bist,
packet_in->gpak_config.num_ec);
fprintf (stream, "Stream0: Max channels: %d Supported channels: %d\n",
packet_in->gpak_config.stream_slots[0],
packet_in->gpak_config.stream_supported_slots[0]);
fprintf (stream, "Stream1: Max channels: %d Supported channels: %d\n",
packet_in->gpak_config.stream_slots[1],
packet_in->gpak_config.stream_supported_slots[1]);
fprintf (stream, "GPAK VerID: 0x%X\n", packet_in->gpak_config.ver);
}
void print_mac(u_char * mac, char *extra)
{
fprint_mac(stdout, mac, extra);
}
