Thanks very much Andrius. I noticed that libpdb-redo still fails to build on i386 and ppc64el.The reason for i386 is that the tolerance for floating comparison in the test code is too strict (i386 being 32bit has a different double outcome for some calculations). That is something I need to fix in the testing code.
And ppc64el is still failing in libclipper/libccp4 reading MTZ files. The error indicates that the endianness is interpreted incorrectly. I would love to fix this (in clipper/ccp4), but I don't have access to a native ppc64el architecture. Should it be possible to test (debug) code for this architecture on a amd64 machine using some kind of virtualization? I did some attempts that failed but I'm asking myself if it is worth trying, if it should be possible at all?
regards, -maarten Op 04-01-2021 om 11:06 schreef Andrius Merkys:
On 2021-01-04 09:57, Maarten L. Hekkelman wrote:Just started the new year by applying a couple of contributed patches. Could someone please upload the changes I committed to the packages libcifpp, libpdb-redo and density-fitness?Done! Best, Andrius
-- Maarten L. Hekkelman http://www.hekkelman.com/