-
Notifications
You must be signed in to change notification settings - Fork 78
New issue
Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community.
By clicking “Sign up for GitHub”, you agree to our terms of service and privacy statement. We’ll occasionally send you account related emails.
Already on GitHub? Sign in to your account
Package COOLFluiD for binary distribution / automatic build tool #4
Comments
Yes, this could be a good idea indeed. Do you volonteer to do that later on? I would first prefer to get more testcases in the regression suite before, though. What about adding a few testcases, in the way I described in the HOWTO, for radiation? But this, AFTER having submitting the two papers, as we were planning! that's the most important thing for me right now ... |
I could implement an automatic build and test program. About the radiation test cases, I added a new ticket for that. And of course, after finishing the papers |
First, great idea to make a distribution package. I would volunteer to help for RHEL based systems, since I am running these myself (mostly Fedora, but I have access to CentOS too). The first thing that has to be done is to test how well COOLFluiD builds with the libraries provided by the distributions themselves. This is a bit problematic, since there is no official rpm package of PETSC, Parmetis and Trilinos. For PETSC there is a COPR repository: http://copr-fe.cloud.fedoraproject.org/coprs/loveshack/livhpc/ which provides PETSC not only for Fedora but also for CentOS. For Trilinos there are packages for Opensuse and Mandriva, however since Mandriva has been nonexistent for quite some time, I would suggest to repackage the rpms from opensuse for Fedora. Last there is Parmetis. There are no packages around, since their license prohibits redistribution unless approved by the authors. I have build a package for personal use, but unless they give the permission, the rpm cannot be distributed via different channels (for instance a COOLFluiD repository). There are also some things that would have to be patched in COOLFluiD. For instance the cmake MPI detection fails on Fedora 22 with openmpi, since there is no MPI_HOME when using the openmpi rpm package (the cmake script relies on the headers being in a subfolder of MPI_HOME called include, but in Fedora headers usually go into /usr/include or in this case /usr/include/openmpi-x86_64/). This could be however solved using an extra set of patches used for building the rpm packages that don't have to be a part of the master branch. I would suggest to use COPR for building packages for Fedora & RHEL, since this has the advantage that one has only to supply a source rpm and COPR builds the packages and creates a repository itself. How about creating a wiki-page with necessary distribution-specific changes as a first step? |
Could someone build a binary package .deb for ubuntu and its related distributions? |
The only way right now to run COOLFluiD on a local machine is to download the source and compile it. Could we also distribute a precompiled binary along the source code? That would be primarily targeted to users and not developers. We could take the following approaches:
I would prefer the 2nd option, but we should target no more than two distros (Ubuntu and Fedora). Setting up a weekly build tool will also benefit the project as we can check compilation problems.
The text was updated successfully, but these errors were encountered: