vcpkg/ports/hpx/CONTROL
Victor Romero 050e71d01d
Remove references to CMAKE_WINDOWS_EXPORT_ALL_SYMBOLS (#5937)
* [various ports] remove references to CMAKE_WINDOWS_EXPORT_ALL_SYMBOLS

* [alac,benchmark,capnproto] Fix  check_linkage call

* [fastlz] Fix SHA512

* [coroutine] Fix dynamic build

* [folly] Find double-conversion

* [gamma] Use vcpkg_from_github

* [librsync] Enable static builds

* [netcdf-cxx4] Fix SHA512

* [octomap] Fix static build

* [tidy-html5] Fix static build

* [various ports] remove custom messages for shared/static builds, modernize some scripts in the meantime

* [folly] Use ras0219's fix for link paths

* [octomap] Fix exported targets

* [uvatlas] Set tool download SHA512

* [duktape+python2] fix portfile to call configure with correct python version, manage python2 also outside win32

* [suitesparse] osx fix

* [gtkmm] Call vcpkg_check_linkage after including vcpkg functions

* [duktape] Resolve conflicts

* [duktape] FIxed typo in Python paths

* [wangle] Find zlib

* [openssl-uwp] Fix SHA512

* [glib] Allow static builds on non-Windows

* [suitesparse] Fix build on Windows

* [multiple ports] Bump CONTROL version

* [multiple ports] Fix description indent

* [directxtk] Fix CONTROL file

* [bde,duktape,qpid-proton] Build packages with python2 installed

* [binn] remove CMAKE_WINDOWS_EXPORT_ALL_SYMBOLS

* [gdal,live555,uriparser] Fix regressions

* [live555] Update to 2019.04.24
2019-05-02 22:57:43 -07:00

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Source: hpx
Version: 1.2.1-1
Build-Depends: hwloc, boost-accumulators, boost-algorithm, boost-asio, boost-assign, boost-atomic, boost-bimap, boost-chrono, boost-config, boost-context, boost-dynamic-bitset, boost-exception, boost-filesystem, boost-iostreams, boost-lockfree, boost-program-options, boost-range, boost-regex, boost-signals2, boost-smart-ptr, boost-spirit, boost-system, boost-throw-exception, boost-variant, boost-winapi
Description: The C++ Standards Library for Concurrency and Parallelism
HPX is a C++ Standards Library for Concurrency and Parallelism. It implements all of the corresponding facilities as defined by the C++ Standard. Additionally, in HPX we implement functionalities proposed as part of the ongoing C++ standardization process. We also extend the C++ Standard APIs to the distributed case.