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@ -46,7 +46,7 @@ module Minitest
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prev_failure = database[name]
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prev_failure = database[name]
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unless prev_failure.nil?
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if prev_failure
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choices = prev_failure.unpack("Q>*")
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choices = prev_failure.unpack("Q>*")
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state.test_function(TestCase.for_choices(choices))
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state.test_function(TestCase.for_choices(choices))
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end
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end
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@ -101,13 +101,10 @@ module Minitest
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# Return True with probability `p`.
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# Return True with probability `p`.
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def weighted(p)
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def weighted(p)
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if p.zero? || p.negative?
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result = if p <= 0 then forced_choice(0)
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result = forced_choice(0)
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elsif p >= 1 then forced_choice(1)
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elsif p >= 1
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else make_choice(1) { (@random.rand <= p) ? 1 : 0 }
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result = forced_choice(1)
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end
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else
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result = make_choice(1) { (@random.rand <= p) ? 1 : 0 }
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end
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puts "weighted(#{p}): #{result}" if should_print?
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puts "weighted(#{p}): #{result}" if should_print?
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@ -118,7 +115,6 @@ module Minitest
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# choice() had returned `n`. You almost never need this, but sometimes it
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# choice() had returned `n`. You almost never need this, but sometimes it
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# can be a useful hint to the shrinker.
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# can be a useful hint to the shrinker.
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def forced_choice(n)
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def forced_choice(n)
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raise RangeError.new("Invalid choice #{n}") if n.bit_length > 64 || n.negative?
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raise RangeError.new("Invalid choice #{n}") if n.bit_length > 64 || n.negative?
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raise Frozen unless @status.nil?
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raise Frozen unless @status.nil?
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