This library provides the basis for all of the polymorphic encoders that
Metasploit uses for payload encoding. Encoders are used to try and create a
version of a payload that is free of bad characters as defined by the exploit.
WWW: https://github.com/rapid7/rex-encoder
Backport of standard pathlib module which tracks the standard library module,
so all the newest features of the standard pathlib can be used also on older
Python versions.
WWW: https://pypi.python.org/pypi/pathlib2/
PR: 213049
- Take maintainership [1]
- Options adapted to new version
- Removed LUA option since it's a mandatoory requirement now
- Use project own install target
- Fix installation of lua helper libraries
- Project moved to github
- in conky-awesome, properly use OPTIONS_EXCLUDE
PR: 212629
Submitted by: me
Approved by: ntarmos@ceid.upatras.gr (former maintainer) [1]
Fix regression in text-mode caused by activation of watchdog.
The watchdog is checking the lengths of the build logs to figure out if
a builder has stalled. It turns out that the logs were only being
inspected in ncurses display mode, so any port that took longer than
20 minutes to build would be aborted by the watchdog.
While here, bump the *BASE* time limit for the build phase from 20 to
25 minutes based on extreme causes (normally involving gcc or tex ports)
and also bump the check-plist phase limit from 3 minutes to 10 minutes.
Some ports have tens of thousands of files in them which takes a long
time to check under test mode, especially if the server is loaded.
Add some examples if requested.
Add some test programs if requested.
N.B. PR is actually against comms/libcodec2 which is a duplicate port.
PR: ports/210186
Submitted by: takefu@
* Upgrades fbalpha core from version 0.2.97.37 to 0.2.97.38, which fixes
rewinding on pgm game (Ketsui tested) when using fba/fbalpha core
* Update path of snes9x-next to new name of snes9x2010 (same checkout version)
PR: 212479
Submitted by: Timothy Beyer <beyert@cs.ucr.edu>
Approved by: yuri@rawbw.com (maintainer)
It was added in 2009 in r232247 without the reason it was failing, I've
tried with -J 2-10, and can't have one of the BIND9 port fail.
Feel free to add it back, but please, add the reason why it fails.
Sponsored by: Absolight
While here fix common mistakes such as:
- Missing "or (at your option) any later version" bit
- LICENSE_FILE with LICENSE_COMB != single
- LICENSE_COMB = dual for code + assets
- Copy-pasting undocumented NC/SA restriction
- Update to version 4.9c
- Set LICENSE=GPLv3
- Use the variable PORTDOCS to automate the generation of the DOCS plist (as
suggested by mat@).
- Install dat/ examples/ and Technical/ directories as well as files in the root
directory of the distribution tarball.
- Fix broken permissions.
- Delete Windows executables.
- Build and install useful binaries not built by upstream's Makefile.
- Update pkg-descr.
Reviewed by: swills (mentor)
Approved by: swills (mentor)
Differential Revision: https://reviews.freebsd.org/D8040
The file lib/collectd/disk.so was being commented out in pkg-plist for
all FreeBSD versions instead of just for versions less than 10.
Reported by: pierre@guinoiseau.eu (via ports-committers@)
Reviewed by: swills (mentor)
Approved by: swills (mentor)
Differential Revision: https://reviews.freebsd.org/D8042
The purpose of this academic open-source project is to develop a video
encoder for the emerging High Efficiency Video Coding (HEVC) standard.
This Kvazaar HEVC encoder is being developed towards the following goals:
1. Coding efficiency close to HEVC reference encoder (HM)
2. Modular encoder structure to simplify its data flow modeling
3. Efficient support for different parallelization approaches
4. Easy portability to different platforms
5. Optimized encoding speed without sacrificing its coding efficiency,
modularity, or portability
6. Reduced computation and memory resources without sacrificing its
coding efficiency, modularity, or portability
7. Excellent software readability and implementation documentation
Achieving these objectives requires encoder with design decisions that
make this open-source encoder unique:
1. The encoder is developed from the scratch (HM used as a reference)
2. The implementation language is platform-independent C
http://ultravideo.cs.tut.fi/#encoder
