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* Noteworthy changes in release 1.12 (2022-04-07) [stable]
** Changes in behavior
'gzip -l' no longer misreports file lengths 4 GiB and larger.
Previously, 'gzip -l' output the 32-bit value stored in the gzip
header even though that is the uncompressed length modulo 2**32.
Now, 'gzip -l' calculates the uncompressed length by decompressing
the data and counting the resulting bytes. Although this can take
much more time, nowadays the correctness pros seem to outweigh the
performance cons.
'zless' is no longer installed on platforms lacking 'less'.
** Bug fixes
zgrep applied to a crafted file name with two or more newlines
can no longer overwrite an arbitrary, attacker-selected file.
[bug introduced in gzip-1.3.10]
zgrep now names input file on error instead of mislabeling it as
"(standard input)", if grep supports the GNU -H and --label options.
'zdiff -C 5' no longer misbehaves by treating '5' as a file name.
[bug present since the beginning]
Configure-time options like --program-prefix now work.
* Noteworthy changes in release 1.11 (2021-09-03) [stable]
** Performance improvements
IBM Z platforms now support hardware-accelerated deflation.
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All checksums have been double-checked against existing RMD160 and SHA512
hashes.
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pkglint --only "https instead of http" -r -F
With manual adjustments afterwards since pkglint 19.4.4 fixed a few
indentations in unrelated lines.
This mainly affects projects hosted at SourceForce, as well as
freedesktop.org, CTAN and GNU.
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Prompted in part because prior releases fail to build on Linux
distributions that use glibc >= 2.27 (relates to PR pkg/53826).
* Noteworthy changes in release 1.10 (2018-12-29) [stable]
** Changes in behavior
Compressed gzip output no longer contains the current time as a
timestamp when the input is not a regular file. Instead, the output
contains a null (zero) timestamp. This makes gzip's behavior more
reproducible when used as part of a pipeline. (As a reminder, even
regular files will use null timestamps after the year 2106, due to a
limitation in the gzip format.)
** Bug fixes
A use of uninitialized memory on some malformed inputs has been fixed.
[bug present since the beginning]
A few theoretical race conditions in signal handers have been fixed.
These bugs most likely do not happen on practical platforms.
[bugs present since the beginning]
* Noteworthy changes in release 1.9 (2018-01-07) [stable]
** Bug fixes
gzip -d -S SUFFIX file.SUFFIX would fail for any upper-case byte in SUFFIX.
E.g., before, this command would fail:
$ :|gzip > kT && gzip -d -S T kT
gzip: kT: unknown suffix -- ignored
[bug present since the beginning]
When decompressing data in 'pack' format, gzip no longer mishandles
leading zeros in the end-of-block code. [bug introduced in gzip-1.6]
When converting from system-dependent time_t format to the 32-bit
unsigned MTIME format used in gzip files, if a timestamp does not
fit gzip now substitutes zero instead of the timestamp's low-order
32 bits, as per Internet RFC 1952. When converting from MTIME to
time_t format, if a timestamp does not fit gzip now warns and
substitutes the nearest in-range value instead of crashing or
silently substituting an implementation-defined value (typically,
the timestamp's low-order bits). This affects timestamps before
1970 and after 2106, and timestamps after 2038 on platforms with
32-bit signed time_t. [bug present since the beginning]
Commands implemented via shell scripts are now more consistent about
failure status. For example, 'gunzip --help >/dev/full' now
consistently exits with status 1 (error), instead of with status 2
(warning) on some platforms. [bug present since the beginning]
Support for VMS and Amiga has been removed. It was not working anyway,
and it reportedly caused file name glitches on MS-Windowsish platforms.
* Noteworthy changes in release 1.8 (2016-04-26) [stable]
** Bug fixes
gzip -l no longer falsely reports a write error when writing to a pipe.
[bug introduced in gzip-1.7]
Port to Oracle Solaris Studio 12 on x86-64.
[bug present since at least gzip-1.2.4]
When configuring gzip, ./configure DEFS='...-DNO_ASM...' now
suppresses assembler again. [bug introduced in gzip-1.3.5]
* Noteworthy changes in release 1.7 (2016-03-27) [stable]
** Changes in behavior
The GZIP environment variable is now obsolescent; gzip now warns if
it is used, and rejects attempts to use dangerous options or operands.
You can use an alias or script instead.
Installed programs like 'zgrep' now use the PATH environment variable
as usual to find subsidiary programs like 'gzip' and 'grep'.
Previously they prepended the installation directory to the PATH,
which sometimes caused 'make check' to test the wrong gzip executable.
[bug introduced in gzip-1.3.13]
** New features
gzip now accepts the --synchronous option, which causes it to use
fsync and similar primitives to transfer output data to the output
file's storage device when the file system supports this. Although
this option makes gzip safer in the presence of system crashes, it
can make gzip considerably slower.
gzip now accepts the --rsyncable option. This option is accepted in
all modes, but has effect only when compressing: it makes the resulting
output more amenable to efficient use of rsync. For example, when a
large input file gets a small change, a gzip --rsyncable image of
that file will remain largely unchanged, too. Without --rsyncable,
even a tiny change in the input could result in a totally different
gzip-compressed output file.
** Bug fixes
gzip -k -v no longer reports that files are replaced.
[bug present since the beginning]
zgrep -f A B C no longer reads A more than once if A is not a regular file.
This better supports invocations like 'zgrep -f <(COMMAND) B C' in Bash.
[bug introduced in gzip-1.2]
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Problems found with existing distfile for eagle:
distfiles/bicom101.zip
distfiles/szip-2.1nb3/szip-2.1.tar.gz
distfiles/xmill-0.9.1.tar.gz
No changes made to these distinfo files.
Otherwise, existing SHA1 digests verified and found to be the same on
the machine holding the existing distfiles (morden). All existing
SHA1 digests retained for now as an audit trail.
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building on AIX. This is a workaround for an issue where though the wctype.h
included on system was found, wctype_t & wctrans_t were deemed unsuitable,
causing the build to fail due to previous declaration with confliciting types.
Reviewed by wiz@
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to avoid circular dependency of archive tool.
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The "--keep" (-k) option was added to not delete input files, in line with other tools such as xz, lzip, and bzip2. A decompression issue with certain invalid data in the 'pack' format was fixed. An incorrect overwrite when compiled with optimization was fixed. zgrep's handling of multi-digit context options was fixed. zmore now acts more like 'more'.
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* Fix build on NetBSD 6.0.1.
Update for fpos_t change (like devel/m4).
Tested on NetBSD/amd64 6.0.1 and 6.99.21.
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Changelog:
* Noteworthy changes in release 1.5 (2012-06-17) [stable]
** Bug fixes
gzip -d now decodes and checks header CRC16 checksums as specified by
the FHCRC section of Internet RFC 1952.
"gzip -d -S '' precious.gz" is now rejected immediately. Before,
that command would emulate "rm -i precious.gz", but with an easily-
misunderstood prompt. I.e., gzip would ask if it's ok to remove the
existing file, "precious.gz". If you made the mistake of saying "yes",
it would remove that input file before attempting to uncompress it.
gzip -cdf now properly handles input consisting of gzip'd data followed
by uncompressed data. Before it would output raw compressed input, too.
For example, now "(printf x|gzip; echo y)|gzip -dcf" prints "xy\n",
while before it would print "x<compressed data>y\n".
gzip -rf no longer compresses files more than once (e.g., replacing
FOO with FOO.gz.gz) on file systems such as ZFS where a readdir
loop that unlinks and creates files can revisit output files.
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Bump PKGREVISION.
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PKGREVISION++
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Patches provided by Yakovetsky Vladimir in PR 37384.
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This includes many security fixes, improvements for files over 4GB,
portability improves, zless, etc.
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then automatically generate a PLIST that says "${PKGNAME} has no files".
* If PLIST_SRC and GENERATE_PLIST are not set in a package Makefile,
and no PLIST files exist, then fail during the package build with
PKG_FAIL_REASON.
* Remove "intentionally empty" PLISTs again.
Now, the easy way to say that a package installs no files is to just
add the following to the package Makefile:
PLIST_SRC= # empty
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that directly manipulate empty PLISTs.
Modify plist/plist.mk so that if the PLIST files are missing and no
GENERATE_PLIST is defined, then the package fails to build.
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can handle packages having no PLIST files.
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We never had any other version in pkgsrc anyway.
Still a binary package change, so bump revision.
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developer is officially maintaining the package.
The rationale for changing this from "tech-pkg" to "pkgsrc-users" is
that it implies that any user can try to maintain the package (by
submitting patches to the mailing list). Since the folks most likely
to care about the package are the folks that want to use it or are
already using it, this would leverage the energy of users who aren't
developers.
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Should anybody feel like they could be the maintainer for any of thewe packages,
please adjust.
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- install scripts with executable bit set.
- style nits (DESCR has 80 columns, make PKGNAME version agnostic, move
comment about info file where it belongs, ..).
Addresses PR pkg/21702 by Rob Quinn.
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have been converted to USE_BUILDLINK2.
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appropriate.
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