a63d2383ed
ntopng 4.0: Breakthroughs * Plugins engine to tap into flows, hosts and other network elements * Migration to Bootstrap 4 and Font Awesome 5 for a renewed ntopng look-and-feel with light and dark themes * Processes and containers monitoring thanks to the eBPF integration via libebpfflow https://github.com/ntop/libebpfflow * Active monitoring of hosts ICMP/ICMPv6/HTTP/HTTPS Round Trip Times (RTT) New features * X.509 client certificate authentication * ERSPAN transparent ethernet bridging * Webhook export module for exporting alarms * Identifications of the hosts in broadcast domain * Category Lists editor to manage ip/domain lists * Handling of PEN fields from nProbe * Added anomalous flows to the looking glass * Visibility of ICMP port-unreachable flows IPv4 * TCP states filtering (est., connecting, closed and rst) * Ability to serialize local hosts in the broadcast domain via MAC address * Japanese, portugese/brazilian localization * Added process memory, cpu load, InfluxDB, Redis status pages and charts * Implement ntopng Plugins, self contained modules to extend the ntopng functionalities * Implement ZMQ/Suricata companion interface * SSL traffic analysis and alerts via JA3 fingerprint, unsafe ciphers detection * SSH traffic analysis and alerts via HASSH fingerprint * Host traffic profile generation via the (MUD) Manufacturer Usage Descriptor * Experimental Prometheus timeseries export * Introduce the System interface to manage system wide settings and status * Read events from Suricata and generate alerts * SNMP network topology visualization * Automatic ntopng update check and upgrade * Calculate host anomaly score and trigger alerts when it exceeds a threshold * Add ability to extract timeseries data with a click * Initial Marketplace droplet using Fabric * Alerts on duplex status change on SNMP interface Improvements * View interfaces are now optimized for big networks and use less memory * Systemd macros are now used to start/restart the ntopng services * Handles n2disk traffic extractions from recording processes non managed by ntopng * Interface in/out now available also for non PF_RING interfaces (read from /proc) * Automatic InfluxDB rollup support * MDNS discovery improvements * Rework of the alerts engine and api for efficient engaged alerts triggering * Faster ZMQ communication to nProbe thanks to the implementation of a binary TLV format * Stats update for ZMQ interfaces is now based on the idle/active flows timeout * Timeseries export improvements via queues, detect if InfluxDB is down and stop the export * Implemented reusable Lua engine to reduce the overhead of periodic scripts * Improve Lua error handling * Exclude certain categories from Elephant/Long lived flows alerts nEdge * Ability to set up port forwarding * Support for Ubuntu 18.04 * Fix users and other prefs deleted during nEdge data reset * Japanese localization * Block unsupported L3 protocols (currently only ARP and IPv4 are supported) * DNS mapping port to avoid conflicts with system programs Fixes * Fixed export to mysql on shutdown in case of Pcap file in community mode * Fixed failing SYN-scan detection * Fixed ZMQ decompression errors with large templates * Fixed possible XSS in login.lua referer param and `runtime.lua` * Update geolocation due to changes in the library usage policy * Fixes to support browsers dark mode * Option `--zmq-encryption-key <pub key>` can be used with `-I <endpoint>` to encrypt data hi hierarchical mode * Fixed nIndex missing data while performing some queries and throughput calculation
44 lines
1.3 KiB
C++
44 lines
1.3 KiB
C++
$NetBSD: patch-src_Redis.cpp,v 1.3 2020/05/25 20:26:51 adam Exp $
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Allow Redis connection through a socket.
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--- src/Redis.cpp.orig 2020-03-27 16:51:24.000000000 +0000
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+++ src/Redis.cpp
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@@ -36,9 +36,7 @@ Redis::Redis(const char *_redis_host, co
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redis_host = _redis_host ? strdup(_redis_host) : NULL;
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redis_password = _redis_password ? strdup(_redis_password) : NULL;
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redis_port = _redis_port, redis_db_id = _redis_db_id;
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-#ifdef __linux__
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is_socket_connection = false;
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-#endif
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memset(&stats, 0, sizeof(stats));
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@@ -85,13 +83,11 @@ void Redis::reconnectRedis(bool giveup_o
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redisFree(redis);
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}
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-#ifdef __linux__
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struct stat buf;
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if(!stat(redis_host, &buf) && S_ISSOCK(buf.st_mode))
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redis = redisConnectUnixWithTimeout(redis_host, timeout), is_socket_connection = true;
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else
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-#endif
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redis = redisConnectWithTimeout(redis_host, redis_port, timeout);
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if(redis == NULL || redis->err) {
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@@ -152,13 +148,11 @@ void Redis::reconnectRedis(bool giveup_o
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exit(1);
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}
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-#ifdef __linux__
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if(!is_socket_connection)
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ntop->getTrace()->traceEvent(TRACE_NORMAL,
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"Successfully connected to redis %s:%u@%u",
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redis_host, redis_port, redis_db_id);
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else
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-#endif
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ntop->getTrace()->traceEvent(TRACE_NORMAL,
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"Successfully connected to redis %s@%u",
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redis_host, redis_db_id);
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