// show packet list of that sequence
int sequence_show (struct cli_def *cli, char *command, char *argv[], int argc)
{
char str[512], name[32], layers[16], proto[16];
struct pseq *seq;
int i;
if (strcmp(argv[argc-1],"?")==0) {
cli_print(cli, "Shows all packets of the current sequence.\n");
return CLI_OK;
}
if (argc>0) {
cli_print(cli, "This command has currently no arguments!\n");
return CLI_OK;
}
seq = (struct pseq*) cli_seq->data;
if (seq->count==0) {
cli_print(cli, "Current sequence '%s' has no entries.\n", cli_seq->name);
}
else { // show all packets in this sequence
cli_print(cli, "%i sequence(s) defined.\r", packet_sequences->refcount-1); // total info
snprintf(str,512, "Current sequence '%s' has %i entries:", cli_seq->name, seq->count); // num entries here
cli_print(cli, "%s\n", str);
cli_print(cli, "Nr PId PktName Layers Protocol Device");
for (i=0; i<seq->count; i++) {
strncpy (name, seq->packet[i]->packet_name, 13); // only show first 13 chars
if (strnlen(seq->packet[i]->packet_name, MAX_MOPS_PACKET_NAME_LEN)>13) {
name[13]=0x00;
strcat(name, "...");
}
mops_get_proto_info(seq->packet[i], layers, proto);
snprintf(str,512, "%2i %4i %-16s %s %-8s %-6s", i+1, seq->packet[i]->id, name, layers, proto, seq->packet[i]->device);
cli_print(cli, "%s\r", str);
if ((seq->gap[i].tv_sec !=0) || (seq->gap[i].tv_nsec !=0)) { // gap also defined?
timespec2str(&seq->gap[i], str);
cli_print(cli, " \\___ %s pause ___/\r", str);
}
}
}
return CLI_OK;
}
void ListArrayClass::save_to_file_and_clear() {
ListArrayClass *lac;
//const uint timestr_size = strlen("2014-12-31 12:59:59.123456789") + 1;
const uint timestr_size = 30;
char timestr1[timestr_size];
char timestr2[timestr_size];
for (lac = this; lac != NULL; lac = lac->nextListArrayClass) {
if (lac->array_paket_header != NULL) {
int min;
if (lac->count_paket_header_in_one_array < lac->count_paket_headers) {
min = lac->count_paket_header_in_one_array;
} else {
min = lac->count_paket_headers;
}
if (file_csv != NULL) {
for (int i = 0; i < min; i++) {
timespec2str(timestr1, timestr_size, &lac->array_paket_header[i].recv_time);
timespec2str(timestr2, timestr_size, &lac->array_paket_header[i].send_time);
fprintf(file_csv, "%d;%d;%d;%d;%d;%d;%d;%d;%d;%d;%d;%s;%s;%f\n",
lac->array_paket_header[i].train_id,
lac->array_paket_header[i].retransfer_train_id,
lac->array_paket_header[i].paket_id,
lac->array_paket_header[i].retransfer_train_id,
lac->array_paket_header[i].recv_data_rate,
lac->array_paket_header[i].first_recv_train_id,
lac->array_paket_header[i].first_recv_retransfer_train_id,
lac->array_paket_header[i].first_recv_paket_id,
lac->array_paket_header[i].last_recv_paket_bytes,
lac->array_paket_header[i].timeout_time_tv_sec,
lac->array_paket_header[i].timeout_time_tv_usec,
timestr1,
timestr2,
lac->array_paket_header[i].rtt
);
fflush(file_csv);
}
}
int bytezahl = min * lac->paket_header_size;
if (bytezahl != write(File_Deskriptor, lac->array_paket_header, bytezahl)) {
printf("ERROR:\n Fehler beim Schreiben der Datei \"%s\" \n(%s)\n", filename, strerror(errno));
fflush(stdout);
exit(EXIT_FAILURE);
}
}
}
count_paket_headers = 0;
first_paket_header = NULL;
last_paket_header = NULL;
if (nextListArrayClass != NULL) {
return nextListArrayClass->clear();
}
}
