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2019-10-16dnsperf: update to 2.3.2. Changed upstream to DNS-OARC.maya1-1/+4
2019-08-23 Jerry Lundström Release 2.3.2 This release fixes a buffer overflow when using TSIG and algorithms with digests larger then SHA256, reported by Mukund Sivaraman. Also fix build dependencies for `sqrt()`. e54aa58 Digest bca5d8d sqrt d9eaa5b Package 2019-07-24 Jerry Lundström Release 2.3.1 After a report and additional confirming results the use of `poll()` in the network receive code for TCP and TLS has been removed. This `poll()` initially gave better results while testing in a docker container on it's loopback interface but when on physical networks it reduced performance to 1/12th, so it had to go. Thanks to Brian Wellington (Akamai/Nominum) for the initial report and testing, and to Jan Hák (CZ.NIC) for testing and confirming the results. Bugfix: - Fix check for having more DNS messages in the receive buffer for TCP and TLS 670db9c TCP/TLS receive b8925b2 recvbuf have more 2019-07-17 Jerry Lundström Release 2.3.0 This release adds support for DNS over TCP and TLS which can be selected by using the mode option for `dnsperf` and `resperf`. The default server port used is now determined by the transport mode, udp/tcp port 53 and tls port 853. Note that the mode option is different between the program because it was already taken for `resperf`. `dnsperf` changes: - Add `-m` for setting transport mode, `udp` (default), `tcp` or `tls` - Add verbose messages about network readiness and congestion `resperf` changes: - Add `-M` for setting transport mode, `udp` (default), `tcp` or `tls` - Add `-v` for verbose mode to report about network readiness and congestion ffa49cf LGTM, SonarCloud 4cd5441 TLS 35624d1 TCP send, socket ready loop fbf76aa TCP support 5988b06 Funding 2019-01-28 Jerry Lundström Release 2.2.1 The commit pulled from a fork that used `inttypes.h`, instead of ISC internal types, missed to remove the old conversion specifier. This was reported and fixed by Vladimír Čunát. 9534ce1 remove visible "u" characters after numbers 2019-01-25 Jerry Lundström Release 2.2.0 First release by DNS-OARC with a rework of the code to use autotools, semantic versioning 2.0 and bugfixes pulled from other's forks. Bugfixes: - Fix infinite loop in argument parsing - Fix min/max latency summing for multithreaded runs - Fix calculation of per_thread socket counts - Fixes to queryparse - Mark correctly end of file - Support python3 - Stop looping on end of file undefinitely - Fix compilation issues and work around missing `dns_fixedname_initname()` - Clang `scan-build` fixes Other changes: - add "configure --with-bind" option - Handle bind library changes to HMAC (see #22) and other differences between versions - Workaround issue on FreeBSD (see #23) - Use `snprintf()` and OpenBSD's `strlcat()` - Add/update build dependencies for Debia, Ubuntu, CentOS, FreeBSD and OpenBSD ae9bc91 Clang format b9bb085 CI, buildbot b84e41b Autotools, README, changelog a2e1732 License 9dcb661 Remove $Id markers, Principal Author and Reviewed tags from the full source tree 0677bf0 Use dns_fixedname_initname() where possible d8d4696 [master] add "configure --with-bind" option to dnsperf b71a280 Add deb based distros dependencies 439c614 Replace custom isc_boolean_t with C standard bool type 407ae7c Replace custom isc_u?intNN_t types with C99 u?intNN_t types c27afd4 Replace ISC_PRINT_QUADFORMAT with inttypes.h format constants 6fdb2f7 Fix queryparse 4909b78 README 2782d50 README.md: Rectify link to software e31ddf4 fix calculation of per_thread socket counts 3bd7fb4 Fix min/max latency summing for multithreaded runs 2207e27 Fix infinite loop in argument parsing. 3bfe97a Include the github URL; remove the bug reports section. 0cee04a Add note about bug reports. 62c4b32 add .gitignore c45f0be Initial import. 149172b Initial commit
2013-11-30Add new "dnsperf" package:tron1-0/+6
DNSPerf, ResPerf, and DHCPerf are free tools developed by Nominum that make it simple to gather accurate latency and throughput metrics for Domain Name Service (DNS) and Dynamic Host Configuration Protocol (DHCP). These tools are easy-to-use and simulate typical Internet so network operators can benchmark their naming and addressing infrastructure and plan for upgrades. The latest version of the DNS test tools (DNSPerf and ResPerf) can be used with new test files that include IPv6 queries. DNSPerf "self-paces" the DNS query load to simulate network conditions. New features in DNSPerf improve the precision of latency measurements and allow for per packet per-query latency reporting is possible. DNSPerf is now multithreaded, multiple DNSPerf clients can be supported in multicore systems (each client requires two cores). The output of DNSPerf has also been improved so it is more concise and useful. Latency data can be used to make detailed graphs so it is simple for network operators to take advantage of the data.