Fixes a potential information leak (CVE-2018-20319), and adds some new
features including support for PAN GlobalProtect.
- minor of SHARED_LIBS has been bumped as symbols have been added
- switched HOMEPAGE to https
- drop wrapper scripts that are not useful for us, e.g tncc-wrapper.py
needs the icedtea-web plugin that we don't have and the CSD scripts
involve running a linux binary (suggested by sthen@)
Feedback and OK from sthen@
When the sysctls were updated for OpenBSD 6.3, the vm related sysctls were
incorrectly dropped. This updates to a later commit where the vm related
sysctls have been restored.
Noted by landry@ who discovered the issue via the telegraf port.
When -mretpoline is enabled with clang, a __llvm_retpoline_r11 weak symbol
is emitted in each compilation unit. This results in the Go linker
complaining when processing a package archive that contains cgo linkages,
since it finds the same weak symbol defined in multiple object files.
Relax the duplicate symbol detection such that weak symbols are permitted
to be duplicated. This makes it possible to build Go with clang again and
addresses a similar duplicate weak symbol issue that results from retguard.
Also backport an upstream commit that corrects the handling of libgcc vs
libcompiler_rt. Combined with the above fix `make regress` now passes with
both gcc and clang.
On non-clang archs, ports-clang uses the libestdc++ backend from
ports-gcc, so it needs the headers in the g++ package at runtime.
Testing CHOSEN_COMPILER == "ports-gcc" is nice semantically but since it
happens after including bsd.port.mk, it's too late to change TEST/RUN_DEPENDS.
Use a different test that may not be optimal but works in practice, so that
the dep is correctly registered.
This should fix random build failures due to dpb junking in bulk builds
on non-clang archs.
Problem pointed out by Goerge Koehler, ok sthen@
(Most of) the port was removed with:
date: 2018/12/20 08:19:31; author: solene; commitid: HEM3m98xxGUeVOpX;
Remove openafs
Broken on i386 due to clang switch and was only for arch i386.
ok todd@ naddy@
Xschem is a schematic capture program, it allows creation of
hierarchical representation of circuits with a top down approach. By
focusing on interfaces, hierarchy and instance properties a complex
system can be described in terms of simpler building blocks.
A VHDL or Verilog or Spice netlist can be generated from the drawn
schematic, allowing the simulation of the circuit. Key feature of the
program is its drawing engine written in C and using directly the Xlib
drawing primitives; this gives very good speed performance, even on
very big circuits. The user interface is built with the Tcl-Tk
toolkit, tcl is also the extension language used.
Netlist can be exported in tEDAx format which can then be used by
pcb-rnd to design a printed circuit board.
From Hannu Vuolasaho <vuokkosetae [at] gmail.com> who takes mainainer.
Feedback from me, OK rsadowski
Improves visibility of ports that are broken with LLD by using a common
variable rather than various workarounds, and allows simpler testing/debug
ld.bfd failures on amd64.
While here:
- order WANTLIB
- drop -g from CFLAGS, which is covered in DEBUG
Discussed offlist with gonzalo@ (MAINTAINER) who responded with "I think
we still need to push this upstream, BUT go ahead with the commit for
now, and then we can delete the patches."
Comment:
KDE document viewer
Description:
Okular is a universal document viewer based on KPDF for KDE 4.
It combines the excellent functionalities of KPDF with the
versatility of supporting different kind of documents, like PDF,
Postscript, DjVu, CHM, XPS, ePub and others.
Maintainer: Rafael Sadowski <rsadowski@openbsd.org>
WWW: https://okular.kde.org/
upplay is a desktop UPnP audio Control Point for Linux/Unix and MS
Windows.
upplay does not play music, it controls a Media Renderer which may
be running on the same host or anywhere else.
Features:
* Plays gapless using either the UPnP SetNextTransportURI action
or the OpenHome Playlist service, depending on the device capabilities.
OpenHome is chosen by default if available.
* In AVT mode, remembers the last playlist.
* Can move your current playlist to another renderer.
* Lets you browse any UPnP Content Directory on the local network and
add music from there (click titles, or use the right-click menu for
directory adds).
* Supports multiple browsing tabs
* Lets you search the server, and the local listing.
* Can control the connections between multiple Linn Songcast Senders and
Receivers (multiroom synchronized playing).
Libupnpp is a C++ wrapper for libupnp, a.k.a Portable UPnP, which
is a direct descendant of the Open Source SDK released by Intel in
support of UPnP development.
Libupnpp can be used to implement UPnP devices and services, or
Control Points.
The Control Point side of libupnpp, which is documented here, allows
a C++ program to discover UPnP devices, and exchange commands and
status with them.
The library has a number of predefined modules for controlling
specific AVTransport or OpenHome audio services, and it is relatively
easy to add modules for other services externally (the internal
modules have no more access to library internals than an external
module would).
