@@ -8,7 +8,7 @@ problem = AIT.DummyProblem()
88@testset " StopAfterIteration" begin
99 s1 = StopAfterIteration (2 )
1010 @test s1 isa StoppingCriterion
11- @test repr (s1) == " StopAfterIteration(2)"
11+ @test repr (s1; context = :module => @__MODULE__ ) == " StopAfterIteration(2)"
1212 @test ! indicates_convergence (s1)
1313 algorithm = AIT. DummyAlgorithm (s1)
1414 s1_state = initialize_state (problem, algorithm, s1)
2626@testset " StopAfter" begin
2727 s1 = StopAfter (Nanosecond (7 ))
2828 @test s1 isa StoppingCriterion
29- @test string (s1 ) == " StopAfter(Nanosecond(7))"
29+ @test sprint (show, s1; context = :module => @__MODULE__ ) == " StopAfter(Nanosecond(7))"
3030 @test_throws ArgumentError StopAfter (Second (- 1 ))
3131
3232 algorithm = AIT. DummyAlgorithm (s1)
5353 s1b = StopWhenAll ([c1, c2])
5454 @test s1 == s1b
5555 @test s1 isa StoppingCriterion
56- @test sprint ((io, x) -> show (io, MIME " text/plain" (), x), s1) ==
56+ @test sprint ((io, x) -> show (io, MIME " text/plain" (), x), s1; context = :module => @__MODULE__ ) ==
5757 " StopWhenAll with the Stopping Criteria:\n StopAfterIteration(2)\n StopAfter(Nanosecond(2))"
5858 algorithm = AIT. DummyAlgorithm (s1)
5959 s1_state = initialize_state (problem, algorithm, s1)
9797 s1 = c1 | c2
9898 @test s1 isa StoppingCriterion
9999 @test s1 == StopWhenAny ([c1, c2])
100- @test sprint ((io, x) -> show (io, MIME " text/plain" (), x), s1) ==
100+ @test sprint ((io, x) -> show (io, MIME " text/plain" (), x), s1; context = :module => @__MODULE__ ) ==
101101 " StopWhenAny with the Stopping Criteria:\n StopAfterIteration(2)\n StopAfter(Second(1))"
102102 @test ! indicates_convergence (s1)
103103
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