gap> phi := EpimorphismStandardPresentation( procId : ClassBound := 3 );
#I Class 1 3-quotient and its 3-covering group computed in 0.00 seconds
#I Order of GL subgroup is 48
#I No. of soluble autos is 0
#I dim U = 1 dim N = 3 dim M = 3
#I nice stabilizer with perm rep
#I Computing standard presentation for class 2 took 0.00 seconds
#I Computing standard presentation for class 3 took 0.00 seconds
Note the three timings in there.
They can cause this test to fail due to random fluctuations on the test system. In practice this luckily seems to happen veeery rarely, but it just did in this PackageDistro CI run
Theses messages are printed by the pq binary. One way to fix the problem would be to patch the binary to not print them. However, presumably some people may find them useful...
So another way to deal with it would be to use the TestDirectory option testOptions to override the Test option compareFunction with a function that ignores the timing bit (say by searching substrings matching "took ?.?? seconds" and replacing them by "took 0.00 seconds").
Right now
tst/anupq1eg.tstcontains this:Note the three timings in there.
They can cause this test to fail due to random fluctuations on the test system. In practice this luckily seems to happen veeery rarely, but it just did in this PackageDistro CI run
Theses messages are printed by the
pqbinary. One way to fix the problem would be to patch the binary to not print them. However, presumably some people may find them useful...So another way to deal with it would be to use the
TestDirectoryoptiontestOptionsto override theTestoptioncompareFunctionwith a function that ignores the timing bit (say by searching substrings matching "took ?.?? seconds" and replacing them by "took 0.00 seconds").