require 'test/unit'
# require 'continuation'
# require 'fiber'
# require_relative 'envutil'

# class TestContinuation < Test::Unit::TestCase
#   def test_create
#     assert_equal(:ok, callcc{:ok})
#     assert_equal(:ok, callcc{|c| c.call :ok})
#   end

#   def test_call
#     assert_equal(:ok, callcc{|c| c.call :ok})

#     ary = []
#     ary << callcc{|c|
#       @cont = c
#       :a
#     }
#     @cont.call :b if ary.length < 3
#     assert_equal([:a, :b, :b], ary)
#   end

#   def test_check_localvars
#     vv = 0
#     @v = 0
#     @ary = []
#     [1, 2, 3].each{|i|
#       callcc {|k| @k = k}
#       @v += 1
#       vv += 1
#     }
#     @ary << [vv, @v]
#     @k.call if @v < 10
#     assert_equal((3..10).map{|e| [e, e]}, @ary)
#   end

#   def test_error
#     cont = callcc{|c| c}
#     assert_raise(RuntimeError){
#       Thread.new{cont.call}.join
#     }
#     assert_raise(LocalJumpError){
#       callcc
#     }
#     assert_raise(RuntimeError){
#       c = nil
#       Fiber.new do
#         callcc {|c2| c = c2 }
#       end.resume
#       c.call
#     }
#   end

#   def test_ary_flatten
#     assert_normal_exit %q{
#       require 'continuation'
#       n = 0
#       o = Object.new
#       def o.to_ary() callcc {|k| $k = k; [1,2,3]} end
#       [10,20,o,30,o,40].flatten.inspect
#       n += 1
#       $k.call if n < 100
#     }, '[ruby-dev:34798]'
#   end

#   def test_marshal_dump
#     assert_normal_exit %q{
#       require 'continuation'
#       n = 0
#       o = Object.new
#       def o.marshal_dump() callcc {|k| $k = k };  "fofof" end
#       a = [1,2,3,o,4,5,6]
#       Marshal.dump(a).inspect
#       n += 1
#       $k.call if n < 100
#     }, '[ruby-dev:34802]'
#   end

# end