Version 3.9.5, 06 Dec 06
- Binaries are updated to the latest stable version of tcpdump, i.e. tcpdump 3.9.5. Please refer to the changelog of tcpdump for further details.
- Binary built with WinPcap 4.0 beta 3. Use this version of Windump in conjunction with WinPcap 3.1 or later, available here.
Version 3.9.3, 05 Aug 05
- Binaries are updated to the latest stable version of tcpdump, i.e. tcpdump 3.9.3
- Binary built with WinPcap 3.1. Use this version of Windump in conjunction with WinPcap 3.1, available here.
Version 3.8.3 beta, 03 May 04
- Binaries are updated to the latest CVS version of tcpdump in the 3.8.x branch
- Binary built with WinPcap 3.1 beta2. Use this version of Windump in conjunction with the new version of WinPcap, available here.
Version 3.8 alpha, 09 Aug 02
- Integration with tcpdump. The development source code of windump can now be found at www.tcpdump.org
- Binaries are updated to the latest CVS version of tcpdump.org
- Binary built with WinPcap 3.0 alpha. Use this version in conjunction with the new version of WinPcap.
Version 3.6.2, 28 Mar 02
- Upgrade to tcpdump 3.6.2
Version 3.5.2b, 30 Jul 01
- Added the IPv6 patches by Jun-ya Kato.
Version 3.5.2a, 6 Jun 01
- Makefile for cygwin. WinDump can now be compiled with the gnu C compiler under Windows.
Version 3.5.2, 15 Mar 01
- Support for Windows ME
- Upgrade to tcpdump 3.5.2
- IPv6 DNS resolution
- New web site + documentation
Version 2.02, 30 Mar 00
- WinDump development split from the WinPcap one
- Support for Windows 2000
- Multiple instances in Windows 95 and Windows 98
- Improved interface selection in WinDump
- Bug fixing
- New documentation
Version 2.01, 11 Oct 99
- Various performance optimizations in the filtering and capture processes
- Minor improvements to libpcap
- Bug fixing
- New documentation
Version 2.0, 21 Aug 99
- BPF filtering implemented into the kernel
- Kernel buffering
- Synchronous access to the driver
- Performance improvement
- First release of WinDump as a stand-alone tool
Version 1.0, 31 Mar 99
- First working Release
- Asynchronous access to the driver
- BPF filtering at user level
- No kernel buffering