assert_normal_exit %q{ eval("", TOPLEVEL_BINDING) minobj = ObjectSpace.to_enum(:each_object).min_by {|a| a.object_id } maxobj = ObjectSpace.to_enum(:each_object).max_by {|a| a.object_id } (((minobj.object_id-100)..(minobj.object_id+100))+ ((maxobj.object_id-100)..(maxobj.object_id+100))).each {|id| begin o = ObjectSpace._id2ref(id) rescue RangeError next end o.inspect if defined?(o.inspect) } }, '[ruby-dev:31911]' assert_normal_exit %q{ ary = (1..10).to_a ary.permutation(2) {|x| if x == [1,2] ObjectSpace.each_object(String) {|s| s.clear if !s.frozen? && (s.length == 40 || s.length == 80) } end } }, '[ruby-dev:31982]' assert_normal_exit %q{ ary = (1..100).to_a ary.permutation(2) {|x| if x == [1,2] ObjectSpace.each_object(Array) {|o| o.clear if o == ary && o.object_id != ary.object_id } end } }, '[ruby-dev:31985]' assert_normal_exit %q{ ObjectSpace.define_finalizer("") do Thread::Mutex.new.lock end }, '[ruby-dev:44049]' assert_normal_exit %q{ ObjectSpace.define_finalizer("") do Thread.new {} end }, '[ruby-core:37858]' assert_equal 'ok', %q{ objects_and_ids = 1000.times.map { o = Object.new; [o, o.object_id] } objects_and_ids.each { |expected, id| actual = ObjectSpace._id2ref(id) raise "expected #{expected.inspect}, got #{actual.inspect}" unless actual.equal?(expected) } 'ok' }