- #YOUTBE TUTORIAL SIMPLY FORTRAN HOW TO#
- #YOUTBE TUTORIAL SIMPLY FORTRAN DRIVER#
- #YOUTBE TUTORIAL SIMPLY FORTRAN CODE#
!410: Make simple calculations work via LLVM in interactive mode #163: Implement basic Fortran to C++ translation backend LFortran has a Twitter account for latest updates: is progressing on the production version of LFortran that is written in C++Ģ2 Merge Requests were merged and 4 issues fixed in July 2020. The initial prototype C++ backend can translate Fortran’s do concurrent to C++’s Kokkos::parallel_for:
Valentin Clement has been committing initial changes for OpenACC support. Like task wait, barrier and parallel constructs.Ĭhanges have been made to default parse/unparse/compile processing to default to
#YOUTBE TUTORIAL SIMPLY FORTRAN DRIVER#
Support a driver program to replace the throwaway driver we currently have.ĪMD has been contributing parser and semantic processing for OpenMP constructs
#YOUTBE TUTORIAL SIMPLY FORTRAN CODE#
We cominue upstreaming the lowering code from the fir-dev fork (MLIR-basedįortran IR) into the llvm-project repository. Running FCVS and other test suites that use F77. Sufficient to compile and run Fortran 77 programs. Work continues on LLVM Flang, concentrating on semantics, lowering and runtime In the last call, AMD reviewed their outstanding pull requests for Fortran debug The notes from previous calls, upcoming agenda and a link to join the call can The next call will be Wednesday, August 12, 8:30 AM Pacific time. There is now a biweekly call to discuss issues and plans forĬlassic Flang. We’ve begun to evaluate pull requests and merge them into the original FlangĬompiler again. If you’d like to contribute in any way, be it the design, implementation, or testing of benchmarks, please join the ongoing discussion here. The benchmarks will aim to compare the performance of various Fortran compilers, as well as the performance of canonical algorithms implemented in Fortran and different languages. We created the benchmarks repository with the goal to design and implement a comprehensive set of benchmarks. Its long term goal is to build a rich and decentralized ecosystem of Fortran packages and create a healthyĮnvironment in which new open source Fortran projects are created and published with ease.
The short term goal of fpm is to make development and installation of Fortran packages with dependencies easier.
#YOUTBE TUTORIAL SIMPLY FORTRAN HOW TO#
Does it work? No? Let us know! Read the fpm packaging guide to learn how to build your package with fpm.īrowse the open issues and see if you can help implement any fixes or features. Soon, it will be able to be build by itself.įpm is still in very early development, and we need as much help as we can get. The Fortran fpm is, of course, an fpm package itself so it can be built by the Haskell fpm. The Haskell implementation has moved to the fpm/bootstrap directory, and the Fortran implementation is developed in fpm/fpm. We merged several pull requests toward the Fortran fpm implementation. We agreed on the need for an intermediate package model which will allow for clean separation of fpm frontends (user interface, parsing, and semantics) and fpm backends (fpm itself, CMake, Make, etc.). #146: We discussed the design of the new Fortran implementation of fpm in a video call. Soon, this registry will be used to generate detailed metadata that will be used by fpm to allow you to search for packages from the command-line, e.g. Please see the README there to learn how to contribute a package.įor now, the registry is simply a list of fpm-enabled Fortran packages that you can use as a dependency in your fpm.toml file. Which serves as a registry of fpm-enabled Fortran packages. #224: Handling and propagating errors inside stdlib #225: Name convention for derived types in stdlib The status of the procedures (experimental vs stable) are documented in the code, in the specs, and in the API docs With these changes, both experimental and stable procedures will reside together in the same modules. #223: the structure of the Fortran Standard Library has been modified for clarity and ease of use. What’s new in the Fortran Standard Library: We welcome any new contributors to the website and the tutorials page in particular - see the contributor guide for how to get started. Let us know if you have any suggestions for the website and its content. #121, #122, #127, #128: additional packages added to the packages pageīenchmarks section, a new dedicated repository was created at #116: updates to the Quickstart tutorial on loop control and syntaxīook section with a comprehensive list of We continued the work on the Fortran-lang website, including: The newsletter comes out on the first calendar day of every monthĪnd details Fortran news from the previous month.
Welcome to the August 2020 edition of the monthly Fortran newsletter.
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