- patch-syscall
Use SYSCALL assembly instead of INT 0x80 for syscalls on amd64.
Using INT 0x80 as syscall gate on amd64 is an accidential and
undocumented feature of COMPAT_FREEBSD32. It allows to use 64-bit
ABI, but run syscalls through i386 gate.
Go used this "feature" to workaround a bug in FreeBSD 8, which is no
longer relevant.
The patch is exact e9ce76b0eca8fa95dddb90b0a72aadab58de2ffc from go
repo.
Now lang/go14 doesn't need COMPAT_FREEBSD32 to build and run.
- patch-pipe2
The pipe2 syscall is present in all supported versions of FreeBSD,
but pipe was removed from FreeBSD 11. With the patch go14 can be
built and run on a system without COMPAT_FREEBSD10.
Reviewed by: jlaffaye
* While here, set the MASTER_SITES for the portingAids separately.
* Stop to couple kirigamis' distfiles with kf5 until it's actually a part of it.
PR: 217709
Exp-Run by: antoine
Reviewed by: rakuco
Approved by: rakuco (mentor)
Differential Revision: https://reviews.freebsd.org/D9959
variables, do it via CONFIGURE_ENV. Configure script modification time
now does not get changed, which in turn does not force the rebuild of
`kawa.info', so dependency on `print/texinfo' can be dropped (generated
file was essentially the same modulo numeric indices).
- Instead sed(1)ing over every file set needed variables via MAKE_ARGS
- Unbreak the tests (against JDK 1.8) and convert to test framework
TIMESTAMP (kawa-2.3.tar.gz) = 1484583959
Myrddin is a systems programming language that covers a similar niche
as C including desktop, OS, and embedded development, but at the same
time making it harder to shoot yourself in the foot.
It is designed to be a simple language that runs close to the metal,
giving the programmer predictable and transparent behavior and mental
model. It also does strong type checking, generics, type inference,
closures, and traits.
Myrddin is not a language designed to explore the forefront of type
theory or compiler technology. It is not a language that is focused
on guaranteeing perfect safety. It is satisfied to be a practical,
small, fairly well defined, and easy to understand language for code
that needs to be close to the hardware.
WWW: https://myrlang.org/
Approved by: lme (mentor)
Differential Revision: https://reviews.freebsd.org/D9989
OpenCoarrays is an open-source software project that supports the coarray
Fortran (CAF) parallel programming features of the Fortran 2008 standard
and several features proposed for Fortran 2015.
WWW: http://www.opencoarrays.org/
PR: 217283
Submitted by: Anton Shterenlikht <mexas@bris.ac.uk>
Several libraries have their filename computed and based on the absolute
path to source files. Therefore, we need to generate the PLIST. Rust
installer already produces manifests listing files it installs. The port
now uses those files to complete `${TMPPLIST}`.
While the port built fine in Poudriere, it failed when built directly on
the host (regular make or with portmaster(1)) or using a different tool
such as Synth. This commit fixes the build for those methods.
Handling of DOCS-specific files is also unified with normal files. This
gets rid of code duplication.
How to do reproducible builds will be studied later.
PR: 217309
Reported by: Several people on freebsd-ports@ or Bugzilla
Tested by: Almost everyone who reported the issue
Approved by: antoine (mentor), riggs (maintainer of lang/rust)
Differential Revision: https://reviews.freebsd.org/D9816
EXPIRATION_DATE at the end of April 2017.
In the past six months, about a third of the ports marked BROKEN because
they were hosted on Google Code have been fixed. The remaining must not
be of use to anyone.
With hat: portmgr
Sponsored by: Absolight
Add a pkg-message to these ports advising users to mount procfs to see
backtraces.
Reviewed by: dumbbell, riggs
Approved by: dumbbell (ports)
Sponsored by: Spectra Logic Corp
Differential Revision: https://reviews.freebsd.org/D9838
The LDC project aims to provide a portable D programming language compiler
with modern optimization and code generation capabilities.
The compiler uses the official DMD frontends to support the latest version of
D2, and relies on the LLVM Core libraries for code generation.
LDC is fully Open Source; the parts of the code not taken/adapted from other
projects are BSD-licensed (see the LICENSE file for details).
WWW: http://wiki.dlang.org/LDC
