void printHelp(void) {
printf("zpipeline - (C) 2014 ntop.org\n");
printf("Using PFRING_ZC v.%s\n", pfring_zc_version());
printf("A pipeline of threads sending ingress packets to the next thread.\n\n");
printf("-h Print this help\n");
printf("-i <device> Device name\n");
printf("-c <cluster id> Cluster id\n");
printf("-g <id:id...> Threads affinity mask (per pipeline stage)\n");
printf("-a Active packet wait\n");
printf("-f Flush packets immediately to the next stage (no buffering)\n");
exit(-1);
}
void printHelp(void) {
printf("zbounce_ipc - (C) 2014 ntop.org\n");
printf("Using PFRING_ZC v.%s\n", pfring_zc_version());
printf("A packet forwarder application between sw queue.\n\n");
printf("-h Print this help\n");
printf("-i <queue id> Ingress zero queue id\n");
printf("-o <queue id> Egress zero queue id\n");
printf("-c <cluster id> cluster id\n");
printf("-g <core_id> Bind this app to a core\n");
printf("-a Active packet wait\n");
printf("-f Flush packets immediately\n");
printf("-u Guest VM (master on the host)\n");
exit(-1);
}
void printHelp(void) {
printf("zbounce - (C) 2014 ntop.org\n");
printf("Using PFRING_ZC v.%s\n", pfring_zc_version());
printf("A packet forwarder application between interfaces.\n\n");
printf("-h Print this help\n");
printf("-i <device> Ingress device name\n");
printf("-o <device> Egress device name\n");
printf("-c <cluster id> cluster id\n");
printf("-b Bridge mode (forward in both directions)\n");
printf("-g <core id> Bind this app to a core (with -b use <core id>:<core id>)\n");
printf("-a Active packet wait\n");
printf("-f Flush packets immediately\n");
printf("-v Verbose\n");
exit(-1);
}
void printHelp(void) {
printf("zfanout_ipc - (C) 2014 ntop.org\n");
printf("Using PFRING_ZC v.%s\n", pfring_zc_version());
printf("A master process sending all ingress packets to all the consumer processes (e.g. zcount_ipc -c <cluster id> -i <consumer id>).\n");
printf("Note: this is an alternative to zbalance -m 2\n");
printf("-h Print this help\n");
printf("-i <device> Device name\n");
printf("-c <cluster id> Cluster id\n");
printf("-n <num_slaves> Number of slaves applications\n");
printf("-q <len> Number of slots in each queue (default: %u)\n", QUEUE_LEN);
printf("-S <core id> Enable Time Pulse thread and bind it to a core\n");
printf("-g <core_id> Bind this app to a core\n");
printf("-a Active packet wait\n");
exit(-1);
}
void printHelp(void) {
printf("zcount_ipc - (C) 2014 ntop.org\n");
printf("Using PFRING_ZC v.%s\n", pfring_zc_version());
printf("A simple packet counter application consuming packets from a sw queue.\n\n");
printf("Usage: zcount_ipc -i <queue id> -c <cluster id>\n"
" [-h] [-g <core id>] [-s] [-v] [-u] [-a]\n\n");
printf("-h Print this help\n");
printf("-i <queue id> Zero queue id\n");
printf("-c <cluster id> Cluster id\n");
printf("-g <core_id> Bind this app to a core\n");
printf("-a Active packet wait\n");
printf("-v Verbose: print packet data\n");
printf("-s In case of -v dump the buffer as sysdig event instead of packet bytes\n");
printf("-u Guest VM (master on the host)\n");
exit(-1);
}
void printHelp(void) {
printf("zsend - (C) 2014 ntop.org\n");
printf("Using PFRING_ZC v.%s\n", pfring_zc_version());
printf("A traffic generator able to replay synthetic udp packets or hex from standard input.\n");
printf("-h Print this help\n");
printf("-i <device> Device name\n");
printf("-c <cluster id> Cluster id\n");
printf("-g <core_id> Bind this app to a core\n");
printf("-p <pps> Rate (packets/s)\n");
printf("-l <len> Packet len (bytes)\n");
printf("-n <num> Number of packets\n");
printf("-b <num> Number of different IPs\n");
printf("-z Use burst API\n");
printf("-a Active packet wait\n");
exit(-1);
}
void printHelp(void) {
printf("zreplicator - (C) 2014 ntop.org\n");
printf("Using PFRING_ZC v.%s\n", pfring_zc_version());
printf("Read packets from multiple ingress devices and replicate it on multipe egress devices.\n\n");
printf("Usage: zreplicator [-h] -i <device> -o <device> -c <cluster id> [-g <core>]\n");
printf("-h Print this help\n");
printf("-i <device> Ingress devices (comma-separated list)\n");
printf("-o <device> Egress devices (comma-separated list)\n");
printf("-c <cluster id> Cluster id\n");
printf("-g <core_id> Bind this app to a core\n");
printf("-a Active packet wait\n");
exit(-1);
}
void printHelp(void) {
printf("zbalance - (C) 2014 ntop.org\n");
printf("Using PFRING_ZC v.%s\n", pfring_zc_version());
printf("A master thread balancing packets to multiple consumer threads counting packets.\n\n");
printf("-h Print this help\n");
printf("-i <device> Device name (comma-separated list)\n");
printf("-c <cluster id> Cluster id\n");
printf("-m <hash mode> Hashing modes:\n"
" 0 - No hash: Round-Robin (default)\n"
" 1 - IP hash\n"
" 2 - Fan-out\n");
printf("-r <id> Balancer thread core affinity\n");
printf("-g <id:id...> Consumer threads core affinity mask\n");
printf("-a Active packet wait\n");
exit(-1);
}
void printHelp(void) {
printf("zpipeline_ipc - (C) 2014 ntop.org\n");
printf("Using PFRING_ZC v.%s\n", pfring_zc_version());
printf("A master process sending packets from a source interface to a sw queue and from a sw queue to a destination interface (first and last stage of a pipeline)\n\n");
printf("Usage: zpipeline_ipc -i <device>;<queue> -o <device>;<queue> -n <num queues>\n"
" -c <cluster id> [-r <rx thread core>] [-t <tx thread core>]\n"
" [-h] [-a] [-f] [-Q <sock list>]\n\n");
printf("-h Print this help\n");
printf("-i <device>;<queue> Ingress device and destination queue\n");
printf("-o <device>;<queue> Egress device and source queue\n");
printf("-c <cluster id> Cluster id\n");
printf("-n <num queues> Number of queues\n");
printf("-r <rx thread core> Bind the rx thread to a core\n");
printf("-t <tx thread core> Bind the tx thread to a core\n");
printf("-a Active packet wait\n");
printf("-f Flush packets immediately to the destination queue/egress device (no buffering)\n");
printf("-Q <sock list> Enable VM support (comma-separated list of QEMU monitor sockets)\n");
exit(-1);
}
void printHelp(void) {
printf("zsend - (C) 2014 ntop.org\n");
printf("Using PFRING_ZC v.%s\n", pfring_zc_version());
printf("A traffic generator able to replay synthetic udp packets or hex from standard input.\n");
printf("Usage: zsend -i <device> -c <cluster id>\n"
" [-h] [-g <core id>] [-p <pps>] [-l <len>] [-n <num>]\n"
" [-b <num>] [-N <num>] [-S <core id>] [-P <core id>]\n"
" [-z] [-a] [-Q <sock>]\n\n");
printf("-h Print this help\n");
printf("-i <device> Device name (optional: do not specify a device to create a cluster with a sw queue)\n");
printf("-c <cluster id> Cluster id\n");
printf("-g <core id> Bind this app to a core\n");
printf("-p <pps> Rate (packets/s)\n");
printf("-l <len> Packet len (bytes)\n");
printf("-n <num> Number of packets\n");
printf("-b <num> Number of different IPs\n");
printf("-N <num> Simulate a producer for n2disk multi-thread (<num> threads)\n");
printf("-S <core id> Append timestamp to packets, bind time-pulse thread to a core\n");
printf("-P <core id> Use a time-pulse thread to control transmission rate, bind the thread to a core\n");
printf("-z Use burst API\n");
printf("-a Active packet wait\n");
printf("-Q <sock> Enable VM support to attach a consumer from a VM (<sock> is a QEMU monitor sockets)\n");
exit(-1);
}