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2012-02-15Update nload to 0.7.4.obache1-5/+5
per maintainer update request by PR 45947. hanges since 0.7.2: * Newer Linux kernels use 64 bit counters, which caused traffic to increase by 4GB on every refresh (see Debian bug #651848) * Fix calculation of traffic and data units (thanks to Kirby Zhou, see also Debian bug #586943) * Fix memory leak in BSD network device detection * Workaround for faulty newwin() in ncurses 5.8 * Correctly escape minus signs in man page
2010-03-30Update nload to 0.7.2.obache1-4/+4
While here, set LICENSE=gnu-gpl-v2. 2008-06-28 Roland Riegel <feedback@roland-riegel.de> * Really fix compilation with g++ 4.3 2008-02-27 Roland Riegel <feedback@roland-riegel.de> * If devices are given on the command line, display only these * Use --sysconfdir as given to configure
2008-04-19Update nload to 0.7.0, based on maintainer update request in PR 38461.obache1-7/+6
While here, marked as DESTDIR ready. Changes since 0.6.0 - Abort configure script if ncurses is not found - Rewrite the linux proc devreader - Implement hpux device detection - Implement reading and writing of config files (fixes debian bug #247030) - Add F5 and F6 key shortcuts for reading and writing current settings - Change defaults for traffic units to human readable - Make shown devices configurable at run time and save this setting as well - Remove "-t 0" - Change key shortcuts, especially F2 for the option window - Replace "average smoothness" by average window period in seconds - Apply patch by Paul Brook <paul@nowt.org> so that nload works correctly on 64-bit kernels - Fix SIGSEGV when /proc/net/dev doesn't exist - Make compilation work with GCC 4.3 (fixes debian bug #417449)
2006-03-23Recognize DragonFly as BSD.joerg1-3/+3
2005-11-13Import nload from pkgsrc-wip. Packaged by Bartosz Kuzma.minskim1-0/+8
nload is a console application which monitors network traffic and bandwidth usage in real time. It visualizes the in- and outgoing traffic using two graphs and provides additional info like the total amount of transfered data and min/max network usage.