As suggested by sage-on-gento staff can you keyword that package? https://github.com/cschwan/sage-on-gentoo/issues/393#issuecomment-178937353
Alessandro, have you tested this on x86?
Alessandro I think Tomáš wants to know if you run the test. If not, can you just run ebuild /usr/portage/sci-mathematics/rw-0.7.ebuild test If it doesn't report anything wrong it is all OK.
That should have been ebuild /usr/portage/sci-mathematics/rw/rw-0.7.ebuild test You should be able to do that as a regular user too. I just had a look and sadly there is no test so just installing will do. Since you have sage installed you can sort of test it through sage -t --long /usr/lib/python2.7/site-packages/sage/graphs/graph_decompositions/rankwidth.pyx
Under tested I meant whatever from trying to compile it on x86 and trying some code with it or running tests (if any). Since this was not enabled on x86, maybe there is a reason for it. So this is just to provide some evidence that, yes, it works fine on x86.
The person that committed it, just had an amd64 machine and just left it at that. There is no reason this wouldn't work on x86 and it can be given a workout from sage.
(In reply to Francois Bissey from comment #5) > The person that committed it, just had an amd64 machine and just left it at > that. There is no reason this wouldn't work on x86 and it can be given a > workout from sage. I didn't want to commit it ~x86 without actually trying it, but all indications are that it works fine. There are some example graphs you can test if you build the executable. @x86, please keyword if it builds and this example works: $ rw --edgelist /usr/share/doc/rw-0.7/grid 9 vertices. Calculating for subsets of size 0. Calculating for subsets of size 1. Calculating for subsets of size 2. Calculating for subsets of size 3. Calculating for subsets of size 4. Calculating for subsets of size 5. Calculating for subsets of size 6. Calculating for subsets of size 7. Calculating for subsets of size 8. Calculating for subsets of size 9. rank-width: 2 cslot: 1ff cslot: 1 cslot: 1fe cslot: 2 cslot: 1fc cslot: 8 cslot: 1f4 cslot: 54 cslot: 4 cslot: 50 cslot: 10 cslot: 40 cslot: 1a0 cslot: 20 cslot: 180 cslot: 80 cslot: 100
(In reply to Michael Orlitzky from comment #6) > (In reply to Francois Bissey from comment #5) > > The person that committed it, just had an amd64 machine and just left it at > > that. There is no reason this wouldn't work on x86 and it can be given a > > workout from sage. > > I didn't want to commit it ~x86 without actually trying it, but all > indications are that it works fine. There are some example graphs you can > test if you build the executable. @x86, please keyword if it builds and this > example works: > > $ rw --edgelist /usr/share/doc/rw-0.7/grid > 9 vertices. > Calculating for subsets of size 0. > Calculating for subsets of size 1. > Calculating for subsets of size 2. > Calculating for subsets of size 3. > Calculating for subsets of size 4. > Calculating for subsets of size 5. > Calculating for subsets of size 6. > Calculating for subsets of size 7. > Calculating for subsets of size 8. > Calculating for subsets of size 9. > rank-width: 2 > cslot: 1ff > cslot: 1 > cslot: 1fe > cslot: 2 > cslot: 1fc > cslot: 8 > cslot: 1f4 > cslot: 54 > cslot: 4 > cslot: 50 > cslot: 10 > cslot: 40 > cslot: 1a0 > cslot: 20 > cslot: 180 > cslot: 80 > cslot: 100 I get: rw --edgelist /usr/share/doc/rw-0.7/grid 9 vertices. Calculating for subsets of size 0. Calculating for subsets of size 1. Calculating for subsets of size 2. Calculating for subsets of size 3. Calculating for subsets of size 4. Calculating for subsets of size 5. Calculating for subsets of size 6. Calculating for subsets of size 7. Calculating for subsets of size 8. Calculating for subsets of size 9. rank-width: 2 cslot: 1ff cslot: 1 cslot: 1fe cslot: 2 cslot: 1fc cslot: 8 cslot: 1f4 cslot: 54 cslot: 4 cslot: 50 cslot: 10 cslot: 40 cslot: 1a0 cslot: 20 cslot: 180 cslot: 80 cslot: 100
(In reply to Francois Bissey from comment #3) > That should have been > ebuild /usr/portage/sci-mathematics/rw/rw-0.7.ebuild test > You should be able to do that as a regular user too. I just had a look and > sadly there is no test so just installing will do. > Since you have sage installed you can sort of test it through > sage -t --long > /usr/lib/python2.7/site-packages/sage/graphs/graph_decompositions/rankwidth. > pyx The first command ends in: >>> Source compiled. >>> Test phase: sci-mathematics/rw-0.7 >>> Working in BUILD_DIR: "/var/tmp/portage/sci-mathematics/rw-0.7/work/rw-0.7" make -j1 check make: Nothing to be done for 'check'. >>> Completed testing sci-mathematics/rw-0.7 the second doesn't work sage -t --long /usr/lib/python2.7/site-packages/sage/graphs/graph_decompositions/rankwidth.pyx /usr/bin/sage: riga 539: exec: sage-runtests: non trovata
(In reply to Alessandro Barbieri from comment #8) > (In reply to Francois Bissey from comment #3) > > That should have been > > ebuild /usr/portage/sci-mathematics/rw/rw-0.7.ebuild test > > You should be able to do that as a regular user too. I just had a look and > > sadly there is no test so just installing will do. > > Since you have sage installed you can sort of test it through > > sage -t --long > > /usr/lib/python2.7/site-packages/sage/graphs/graph_decompositions/rankwidth. > > pyx > > The first command ends in: > > >>> Source compiled. > >>> Test phase: sci-mathematics/rw-0.7 > >>> Working in BUILD_DIR: "/var/tmp/portage/sci-mathematics/rw-0.7/work/rw-0.7" > make -j1 check > make: Nothing to be done for 'check'. > >>> Completed testing sci-mathematics/rw-0.7 > > the second doesn't work > > sage -t --long > /usr/lib/python2.7/site-packages/sage/graphs/graph_decompositions/rankwidth. > pyx > /usr/bin/sage: riga 539: exec: sage-runtests: non trovata Silly me! It cannot work if you didn't install sage with the "testsuite" useflag. But you should be able to run Michael's test.
(In reply to Francois Bissey from comment #3) > That should have been > ebuild /usr/portage/sci-mathematics/rw/rw-0.7.ebuild test > You should be able to do that as a regular user too. I just had a look and > sadly there is no test so just installing will do. > Since you have sage installed you can sort of test it through > sage -t --long > /usr/lib/python2.7/site-packages/sage/graphs/graph_decompositions/rankwidth. > pyx Seems to pass the test. sage -t --long /usr/lib/python2.7/site-packages/sage/graphs/graph_decompositions/rankwidth.pyx too many failed tests, not using stored timings Running doctests with ID 2016-02-17-02-59-11-fc7fa697. Using --optional=optional,sage Doctesting 1 file. sage -t --long /usr/lib/python2.7/site-packages/sage/graphs/graph_decompositions/rankwidth.pyx [23 tests, 0.51 s] ---------------------------------------------------------------------- All tests passed! ---------------------------------------------------------------------- Total time for all tests: 0.7 seconds cpu time: 0.2 seconds cumulative wall time: 0.5 seconds
I added the keyword after taking care of igraph (which was maintainer-needed): https://gitweb.gentoo.org/repo/gentoo.git/commit/?id=3ce952baca9125fa4286ae17519a974fd82ac8fc
