* Enable compiler mode (--compile) for NetBSD at least.
Changelog:
Version 3.0.3 and 3.0.4
* Unavailable.
Version 3.0.1-4, January/February 2022
* Several bug fixes, reported for 3.0.0.
* Updates a68g.exe to GSL 2.7.1 and R mathlib 4.1.2.
Version 3.0.0, December 2021
* On platforms that support them: 64 bit INT/BITS and 128-bit LONG INT, LONG BITS and LONG REAL.
These platforms include amd64, x86_64 and i386 with GCC.
* More bindings for routines from the GNU Scientific Library.
* Adds a generalized incomplete gamma function.
* Builds with R mathlib bindings, if available.
* Fixes several minor bugs.
pkglint -r --network --only "migrate"
As a side-effect of migrating the homepages, pkglint also fixed a few
indentations in unrelated lines. These and the new homepages have been
checked manually.
This has been a pkglint warning for several years now, and pkglint can even
fix it automatically. And it did for this commit.
Only in lang/mercury, two passes of autofixing were necessary because there
were nested variables.
Version 2.8.3, March 2016
* Fixes garbage collector bug.
* Fixes "execve output" that caused a "too many open files" type error.
* Fixes ncurses support on Ubuntu.
Patch provided by Olaf 'Rhialto' Seibert via PR pkg/50371.
Changes:
Version 2.8.2, October 2015
* Several bug fixes.
* Cleaner interface for command line arguments
through routines a68gargc and a68gargv.
Version 2.8.1, January 2015
* Update source code for recent versions of gcc, autoconf, automake and TeX.
* Documentation updates.
are replaced with .include "../../devel/readline/buildlink3.mk", and
USE_GNU_READLINE are removed,
* .include "../../devel/readline/buildlink3.mk" without USE_GNU_READLINE
are replaced with .include "../../mk/readline.buildlink3.mk".
Version 2.6 November 2012
* Larger test set.
* Hyperlinked manual.
* Fixes several reported issues.
Version 2.5 October 2012
* FHS 2.3 compliant.
* Larger test set.
* Fixes minor issues.
* Adds routine "abend" (exits with runtime error).
The development of Algol played an important role in establishing
computer science as an academic discipline. The Algol 68 Genie
project preserves Algol 68 out of educational as well as
scientific-historical interest, by making available Algol 68 Genie;
a recent, well-featured implementation written from scratch. Algol
68 Genie is a practically full implementation of the language
defined by the Revised Report. The implementation is a hybrid
compiler-interpreter; units with considerable interpreter-overhead
can optionally be compiled.
Thanks for your work, Olaf Seibert.
