Bug#922584: [Help] Re: FTBFS against opencv 4.0.1 (exp)

2022-12-03 Thread Roelof Berg
I agree, it’s also unmaintained. Let’s take it out. Roelof (Author and original packager) Von meinem Mobiltelefon gesendet. > Am 02.12.2022 um 10:38 schrieb Andreas Tille : > > Am Thu, Dec 01, 2022 at 11:39:47PM +0200 schrieb Adrian Bunk: >> [1] contains a patch from a Debian porter, but

Bug#798601: limereg: FTBFS on mips/mipsel

2016-02-01 Thread Roelof Berg
I changed the compiler settings as suggested. This is only a hotfix to enable the package-build again. Because the underlying problem might be safety relevant (BOF) I added an entry to upstream's issue tracker and added a note to inform debian, when the compiler can be reverted to more strict

Bug#798601: limereg: FTBFS on mips/mipsel

2016-01-24 Thread Roelof Berg
Wow, thanks a lot Jurica ! I'll take care of it asap. On 17.01.2016 19:52, Jurica Stanojkovic wrote: User: debian-m...@lists.debian.org Hello, I have found that changing -fstack-protector-strong to -fstack-protector (for test or for entire source) does make this issue disappear on mipsel.

Bug#798601: Reproduction of #798601: limereg on mips

2015-10-29 Thread Roelof Berg
Damn. If I execute it in qemu (Mips), all tests pass. Cannot reproduce it (yet).

Bug#798601: Reproduction of #798601: qemu

2015-10-27 Thread Roelof Berg
debian_wheezy_mips_standard.qcow2 -append "root=/dev/sda1 console=tty0" Thanks Aurel32 On 26.10.2015 21:47, Roelof Berg wrote: I wonder what might be the best way, to test my fix for MIPS.

Bug#798601: Bug Analyzation

2015-10-26 Thread Roelof Berg
I wonder what might be the best way, to test my fix for MIPS. Esp. I wonder how the Debian build server operates. I would normally assume a cross-compile - but the tests seem to be executed on a real MIPS. Might it be emulated ? On 28.09.2015 22:53, Roelof Berg wrote: I assume, the software

Bug#798601: Bug Analyzation

2015-09-28 Thread Roelof Berg
I assume, the software is ok but the test automation is not. The 'algorithm under test' gives a bit fuzzy results depending on the multicore calling order and depending on numerical rounding issues. Therefore the automated tests accept results within a range of plausible values. Seems that

Bug#798601: GCC Update

2015-09-11 Thread Roelof Berg
Probably related to the latest GCC update, I'll take care of it.