mirror of
https://github.com/rtbrick/bngblaster.git
synced 2024-05-06 15:54:57 +00:00
update session stats
This commit is contained in:
Christian Giese
committed by
Christian Giese
Christian Giese
parent
88d5489a45
commit
3a548beab3
@@ -413,7 +413,8 @@ bbl_stats_stdout(bbl_stats_s *stats) {
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float percent;
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printf("%s", banner);
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printf("Report:\n=======\n");
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printf("Report:");
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printf("\n==============================================================================\n");
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printf("Test Duration: %lus\n", test_duration());
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if(g_ctx->sessions) {
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printf("Sessions PPPoE: %u IPoE: %u\n", g_ctx->sessions_pppoe, g_ctx->sessions_ipoe);
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@@ -427,13 +428,13 @@ bbl_stats_stdout(bbl_stats_s *stats) {
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if(dict_count(g_ctx->li_flow_dict)) {
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printf("\nLI Statistics:");
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printf("\n--------------------------------------------------------------\n");
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printf("\n------------------------------------------------------------------------------\n");
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printf(" Flows: %10lu\n", dict_count(g_ctx->li_flow_dict));
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printf(" RX Packets: %10lu\n", stats->li_rx);
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}
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if(g_ctx->config.l2tp_server) {
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printf("\nL2TP LNS Statistics:");
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printf("\n--------------------------------------------------------------\n");
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printf("\n------------------------------------------------------------------------------\n");
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printf(" Tunnels: %10u\n", g_ctx->l2tp_tunnels_max);
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printf(" Established: %10u\n", g_ctx->l2tp_tunnels_established_max);
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printf(" Sessions: %10u\n", g_ctx->l2tp_sessions_max);
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@@ -457,7 +458,7 @@ bbl_stats_stdout(bbl_stats_s *stats) {
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} else if(interface->type == LAG_MEMBER_INTERFACE) {
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printf(" (%s)", interface->lag->interface->name);
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}
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printf("\n--------------------------------------------------------------\n");
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printf("\n------------------------------------------------------------------------------\n");
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if(interface->type != LAG_INTERFACE) {
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bbl_stats_generate_interface(interface->io.tx, &interface_stats_tx);
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@@ -627,12 +628,11 @@ bbl_stats_stdout(bbl_stats_s *stats) {
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if(g_ctx->stats.session_traffic_flows) {
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printf("\nSession Traffic (Global):");
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printf("\n--------------------------------------------------------------\n");
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printf("\n------------------------------------------------------------------------------\n");
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printf(" Config:\n");
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printf(" IPv4 PPS: %8u\n", g_ctx->config.session_traffic_ipv4_pps);
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printf(" IPv6 PPS: %8u\n", g_ctx->config.session_traffic_ipv6_pps);
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printf(" IPv6PD PPS: %8u\n", g_ctx->config.session_traffic_ipv6pd_pps);
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printf(" PPS IPv4: %8u\n", g_ctx->config.session_traffic_ipv4_pps);
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printf(" PPS IPv6: %8u\n", g_ctx->config.session_traffic_ipv6_pps);
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printf(" PPS IPv6PD: %8u\n", g_ctx->config.session_traffic_ipv6pd_pps);
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percent = (float)((float)g_ctx->stats.session_traffic_flows_verified/(float)g_ctx->stats.session_traffic_flows) * 100.0;
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printf(" Verified Traffic Flows: %8u/%u (%.2f%%)\n",
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g_ctx->stats.session_traffic_flows_verified, g_ctx->stats.session_traffic_flows, percent);
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@@ -643,73 +643,86 @@ bbl_stats_stdout(bbl_stats_s *stats) {
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printf(" Upstream IPv6: %8u\n", stats->sessions_up_ipv6_rx);
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printf(" Upstream IPv6PD: %8u\n", stats->sessions_up_ipv6pd_rx);
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printf(" Violations: >1s >1s-2s >2s-3s >3s\n");
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violations = stats->violations_down_ipv4_1s+stats->violations_down_ipv4_2s+stats->violations_down_ipv4_3s;
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percent = (float)((float)violations/(float)g_ctx->stats.session_traffic_flows) * 100.0;
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printf(" Downstream IPv4: %8lu (%6.2f%%) %8lu %8lu %8lu\n", \
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violations, percent, \
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stats->violations_down_ipv4_1s, stats->violations_down_ipv4_2s, stats->violations_down_ipv4_3s);
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violations = stats->violations_down_ipv6_1s+stats->violations_down_ipv6_2s+stats->violations_down_ipv6_3s;
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percent = (float)((float)violations/(float)g_ctx->stats.session_traffic_flows) * 100.0;
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printf(" Downstream IPv6: %8lu (%6.2f%%) %8lu %8lu %8lu\n", \
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violations, percent, \
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stats->violations_down_ipv6_1s, stats->violations_down_ipv6_2s, stats->violations_down_ipv6_3s);
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violations = stats->violations_down_ipv6pd_1s+stats->violations_down_ipv6pd_2s+stats->violations_down_ipv6pd_3s;
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percent = (float)((float)violations/(float)g_ctx->stats.session_traffic_flows) * 100.0;
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printf(" Downstream IPv6PD: %8lu (%6.2f%%) %8lu %8lu %8lu\n", \
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violations, percent, \
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stats->violations_down_ipv6pd_1s, stats->violations_down_ipv6pd_2s, stats->violations_down_ipv6pd_3s);
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violations = stats->violations_up_ipv4_1s+stats->violations_up_ipv4_2s+stats->violations_up_ipv4_3s;
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percent = (float)((float)violations/(float)g_ctx->stats.session_traffic_flows) * 100.0;
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printf(" Upstream IPv4: %8lu (%6.2f%%) %8lu %8lu %8lu\n", \
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violations, percent, \
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stats->violations_up_ipv4_1s, stats->violations_up_ipv4_2s, stats->violations_up_ipv4_3s);
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violations = stats->violations_up_ipv6_1s+stats->violations_up_ipv6_2s+stats->violations_up_ipv6_3s;
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percent = (float)((float)violations/(float)g_ctx->stats.session_traffic_flows) * 100.0;
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printf(" Upstream IPv6: %8lu (%6.2f%%) %8lu %8lu %8lu\n", \
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violations, percent, \
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stats->violations_up_ipv6_1s, stats->violations_up_ipv6_2s, stats->violations_up_ipv6_3s);
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violations = stats->violations_up_ipv6pd_1s+stats->violations_up_ipv6pd_2s+stats->violations_up_ipv6pd_3s;
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percent = (float)((float)violations/(float)g_ctx->stats.session_traffic_flows) * 100.0;
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printf(" Upstream IPv6PD: %8lu (%6.2f%%) %8lu %8lu %8lu\n", \
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violations, percent, \
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stats->violations_up_ipv6pd_1s, stats->violations_up_ipv6pd_2s, stats->violations_up_ipv6pd_3s);
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violations = (stats->violations_down_ipv4_3s + stats->violations_down_ipv6_3s + stats->violations_down_ipv6pd_3s + \
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stats->violations_up_ipv4_3s + stats->violations_up_ipv6_3s + stats->violations_up_ipv6pd_3s + \
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stats->violations_down_ipv4_2s + stats->violations_down_ipv6_2s + stats->violations_down_ipv6pd_2s + \
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stats->violations_up_ipv4_2s + stats->violations_up_ipv6_2s + stats->violations_up_ipv6pd_2s + \
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stats->violations_down_ipv4_1s + stats->violations_down_ipv6_1s + stats->violations_down_ipv6pd_1s + \
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stats->violations_up_ipv4_1s + stats->violations_up_ipv6_1s + stats->violations_up_ipv6pd_1s);
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percent = (float)((float)violations/(float)g_ctx->stats.session_traffic_flows) * 100.0;
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printf(" Violations (> 1s): %8lu (%.2f%%)\n", violations, percent);
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if(violations) {
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violations = (stats->violations_down_ipv4_1s + stats->violations_down_ipv6_1s + stats->violations_down_ipv6pd_1s + \
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stats->violations_up_ipv4_1s + stats->violations_up_ipv6_1s + stats->violations_up_ipv6pd_1s);
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percent = (float)((float)violations/(float)g_ctx->stats.session_traffic_flows) * 100.0;
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printf(" > 1s - 2s: %8lu (%.2f%%)\n", violations, percent);
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printf(" Downstream IPv4: %8lu\n", stats->violations_down_ipv4_1s);
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printf(" Downstream IPv6: %8lu\n", stats->violations_down_ipv6_1s);
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printf(" Downstream IPv6PD: %8lu\n", stats->violations_down_ipv6pd_1s);
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printf(" Upstream IPv4: %8lu\n", stats->violations_up_ipv4_1s);
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printf(" Upstream IPv6: %8lu\n", stats->violations_up_ipv6_1s);
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printf(" Upstream IPv6PD: %8lu\n", stats->violations_up_ipv6pd_1s);
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printf(" Total: %8lu (%6.2f%%) %8lu %8lu %8lu\n", \
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violations, percent, \
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stats->violations_down_ipv4_1s+stats->violations_up_ipv4_1s+ \
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stats->violations_down_ipv6_1s+stats->violations_up_ipv6_1s+ \
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stats->violations_down_ipv6pd_1s+stats->violations_up_ipv6pd_1s, \
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stats->violations_down_ipv4_2s+stats->violations_up_ipv4_2s+ \
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stats->violations_down_ipv6_2s+stats->violations_up_ipv6_2s+ \
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stats->violations_down_ipv6pd_2s+stats->violations_up_ipv6pd_2s, \
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stats->violations_down_ipv4_3s+stats->violations_up_ipv4_3s+ \
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stats->violations_down_ipv6_3s+stats->violations_up_ipv6_3s+ \
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stats->violations_down_ipv6pd_3s+stats->violations_up_ipv6pd_3s);
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violations = (stats->violations_down_ipv4_2s + stats->violations_down_ipv6_2s + stats->violations_down_ipv6pd_2s + \
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stats->violations_up_ipv4_2s + stats->violations_up_ipv6_2s + stats->violations_up_ipv6pd_2s);
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percent = (float)((float)violations/(float)g_ctx->stats.session_traffic_flows) * 100.0;
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printf(" > 2s - 3s: %8lu (%.2f%%)\n", violations, percent);
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printf(" Downstream IPv4: %8lu\n", stats->violations_down_ipv4_2s);
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printf(" Downstream IPv6: %8lu\n", stats->violations_down_ipv6_2s);
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printf(" Downstream IPv6PD: %8lu\n", stats->violations_down_ipv6pd_2s);
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printf(" Upstream IPv4: %8lu\n", stats->violations_up_ipv4_2s);
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printf(" Upstream IPv6: %8lu\n", stats->violations_up_ipv6_2s);
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printf(" Upstream IPv6PD: %8lu\n", stats->violations_up_ipv6pd_2s);
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violations = (stats->violations_down_ipv4_3s + stats->violations_down_ipv6_3s + stats->violations_down_ipv6pd_3s + \
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stats->violations_up_ipv4_3s + stats->violations_up_ipv6_3s + stats->violations_up_ipv6pd_3s);
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percent = (float)((float)violations/(float)g_ctx->stats.session_traffic_flows) * 100.0;
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printf(" > 3s: %8lu (%.2f%%)\n", violations, percent);
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printf(" Downstream IPv4: %8lu\n", stats->violations_down_ipv4_3s);
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printf(" Downstream IPv6: %8lu\n", stats->violations_down_ipv6_3s);
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printf(" Downstream IPv6PD: %8lu\n", stats->violations_down_ipv6pd_3s);
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printf(" Upstream IPv4: %8lu\n", stats->violations_up_ipv4_3s);
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printf(" Upstream IPv6: %8lu\n", stats->violations_up_ipv6_3s);
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printf(" Upstream IPv6PD: %8lu\n", stats->violations_up_ipv6pd_3s);
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}
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printf(" First Sequence Number Received:\n");
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printf(" Downstream IPv4 MIN: %6lu (%5.2fs) AVG: %6lu (%5.2fs) MAX: %6lu (%5.2fs)\n",
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printf(" First Sequence Received: MIN AVG MAX\n");
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printf(" Downstream IPv4 %8lu (%5.2fs) %8lu (%5.2fs) %8lu (%5.2fs)\n",
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stats->min_down_ipv4_rx_first_seq, stats->min_down_ipv4_rx_seconds,
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stats->avg_down_ipv4_rx_first_seq, stats->avg_down_ipv4_rx_seconds,
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stats->max_down_ipv4_rx_first_seq, stats->max_down_ipv4_rx_seconds);
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printf(" Downstream IPv6 MIN: %6lu (%5.2fs) AVG: %6lu (%5.2fs) MAX: %6lu (%5.2fs)\n",
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printf(" Downstream IPv6 %8lu (%5.2fs) %8lu (%5.2fs) %8lu (%5.2fs)\n",
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stats->min_down_ipv6_rx_first_seq, stats->min_down_ipv6_rx_seconds,
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stats->avg_down_ipv6_rx_first_seq, stats->avg_down_ipv6_rx_seconds,
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stats->max_down_ipv6_rx_first_seq, stats->max_down_ipv6_rx_seconds);
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printf(" Downstream IPv6PD MIN: %6lu (%5.2fs) AVG: %6lu (%5.2fs) MAX: %6lu (%5.2fs)\n",
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printf(" Downstream IPv6PD %8lu (%5.2fs) %8lu (%5.2fs) %8lu (%5.2fs)\n",
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stats->min_down_ipv6pd_rx_first_seq, stats->min_down_ipv6pd_rx_seconds,
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stats->avg_down_ipv6pd_rx_first_seq, stats->avg_down_ipv6pd_rx_seconds,
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stats->max_down_ipv6pd_rx_first_seq, stats->max_down_ipv6pd_rx_seconds);
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printf(" Upstream IPv4 MIN: %6lu (%5.2fs) AVG: %6lu (%5.2fs) MAX: %6lu (%5.2fs)\n",
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printf(" Upstream IPv4 %8lu (%5.2fs) %8lu (%5.2fs) %8lu (%5.2fs)\n",
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stats->min_up_ipv4_rx_first_seq, stats->min_up_ipv4_rx_seconds,
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stats->avg_up_ipv4_rx_first_seq, stats->avg_up_ipv4_rx_seconds,
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stats->max_up_ipv4_rx_first_seq, stats->max_up_ipv4_rx_seconds);
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printf(" Upstream IPv6 MIN: %6lu (%5.2fs) AVG: %6lu (%5.2fs) MAX: %6lu (%5.2fs)\n",
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printf(" Upstream IPv6 %8lu (%5.2fs) %8lu (%5.2fs) %8lu (%5.2fs)\n",
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stats->min_up_ipv6_rx_first_seq, stats->min_up_ipv6_rx_seconds,
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stats->avg_up_ipv6_rx_first_seq, stats->avg_up_ipv6_rx_seconds,
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stats->max_up_ipv6_rx_first_seq, stats->max_up_ipv6_rx_seconds);
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printf(" Upstream IPv6PD MIN: %6lu (%5.2fs) AVG: %6lu (%5.2fs) MAX: %6lu (%5.2fs)\n",
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printf(" Upstream IPv6PD %8lu (%5.2fs) %8lu (%5.2fs) %8lu (%5.2fs)\n",
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stats->min_up_ipv6pd_rx_first_seq, stats->min_up_ipv6pd_rx_seconds,
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stats->avg_up_ipv6pd_rx_first_seq, stats->avg_up_ipv6pd_rx_seconds,
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stats->max_up_ipv6pd_rx_first_seq, stats->max_up_ipv6pd_rx_seconds);
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@@ -717,7 +730,7 @@ bbl_stats_stdout(bbl_stats_s *stats) {
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if(g_ctx->stats.stream_traffic_flows) {
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printf("\nTraffic Streams:");
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printf("\n--------------------------------------------------------------\n");
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printf("\n------------------------------------------------------------------------------\n");
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printf(" Verified Traffic Flows: %u/%u\n",
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g_ctx->stats.stream_traffic_flows_verified, g_ctx->stats.stream_traffic_flows);
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printf(" First Sequence Number Received MIN: %8lu MAX: %8lu\n",
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@@ -733,7 +746,7 @@ bbl_stats_stdout(bbl_stats_s *stats) {
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if(g_ctx->config.igmp_group_count > 1) {
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printf("\nMulticast:");
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printf("\n--------------------------------------------------------------\n");
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printf("\n------------------------------------------------------------------------------\n");
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printf("\nIGMP Config:\n");
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printf(" Version: %d\n", g_ctx->config.igmp_version);
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printf(" Start Delay: %us\n", g_ctx->config.igmp_start_delay);
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