these ports on !x86.
libunwind is only available for x86; lang/ruby* already expresses this
correctly. Some of the rubygems did not: for the ones that already had
USE_RUBY, the dependency was overspecified in the first place.
Tested for no-harm on amd64.
While here, pet portlint where appropriate.
Approved by: portmgr (tier-2 blanket)
- Add missing dependencies
- Remove unneeded patches
- Regenerate and rename legacy patches
- Add NLS option to ports providing such a knob, and missing the
option
- Add INSTALL_TARGET=install-strip where missing
- Sort things
- Remove unneeded +=
- Cosmetic changes to OPTION related variables to improve readability
- Update WWW
- Silence portlint warnings about variables order
- Bump PORTREVISION where changing dependencies and/or adding
install-strip
The Advanced Scientific Data Format (ASDF) is a next-generation interchange
format for scientific data. This package contains the Python implementation of
the ASDF Standard.
The ASDF format has the following features:
- A hierarchical, human-readable metadata format (implemented using YAML)
- Numerical arrays are stored as binary data blocks which can be memory mapped.
Data blocks can optionally be compressed.
- The structure of the data can be automatically validated using schemas
(implemented using JSON Schema)
- Native Python data types (numerical types, strings, dicts, lists) are
serialized automatically
- ASDF can be extended to serialize custom data types
WWW: https://github.com/spacetelescope/asdf
a symbol matches multiple clauses the last one takes precedence. If the
catch-all is last it captures everything. In the case of Qt5 libraries
this caused all symbols to have a Qt_5 label while some should have
Qt_5_PRIVATE_API. This only affects lld because GNU ld always gives the
catch-all lowest priority.
Older versions of Qt5Webengine exported some memory allocation symbols from
the bundled Chromium. Version 5.9 stopped exporting these [1] but the
symbols were kept as weak wrappers for the standard allocation functions to
maintain binary compatibility. [2][3] The problem is that the call to the
standard function in these weak wrappers is only resolved to the standard
function if there's a call to this standard function in other parts of
Qt5Webengine, because only then is there a non-weak symbol that takes
precedence over the weak one. If there's no such non-weak symbol the call
in the weak wrapper resolves to the weak wrapper itself creating an infinite
call loop that overflows the stack and causes a crash. Some of the
allocation functions are variants of C++ new and delete and it probably
depends on the compiler whether these variants are used in other parts of
Qt5Webengine.
Remove the weak wrappers (make them Linux specific). This isn't binary
compatible but we are already breaking that with the changes to the symbol
versions.
[1] 5c2cbfccf9
[2] 2ed5054e3a
[3] 009f5ebb4b
Bump all ports that depend on Qt5.
PR: 234070
Exp-run by: antoine
Approved by: kde (adridg)
RLN is based on install(1) and -s means "run strip(1) on the installed
binary". install(1) ignores -s when it makes a link, so it "works"
now instead of failing when it links non-binaries.
Release Announcement:
https://www.kde.org/announcements/announce-applications-18.12.1.php
Today KDE released the first stability update for KDE Applications 18.12.
This release contains only bugfixes and translation updates, providing a
safe and pleasant update for everyone.
About 20 recorded bugfixes include improvements to Kontact, Cantor, Dolphin,
JuK, Kdenlive, Konsole, Okular, among others.
Improvements include:
* Akregator now works with WebEngine from Qt 5.11 or newer
* Sorting columns in the JuK music player has been fixed
* Konsole renders box-drawing characters correctly again
You can find the full list of changes here:
https://www.kde.org/announcements/fulllog_applications-aether.php?version=18.12.1
