require_relative "helper" module Risc class TestMachineObjects < MiniTest::Test def setup @machine = Risc.machine.boot end def test_objects objects = @machine.object_positions assert_equal Hash , objects.class assert 350 < objects.length end def test_constant_fail assert_raises {@machine.add_constant( 1 )} end def test_constant assert @machine.add_constant( Parfait::Integer.new(5) ) end def test_address_get assert_equal Parfait::ReturnAddress , @machine.get_address.class end def test_address_is_constant addr = @machine.get_address assert @machine.constants.include?(addr) end def test_address_count addr = @machine.get_address count = 0 while(addr) count += 1 addr = addr.next_integer end assert_equal 5, count end end class TestMachinePos < MiniTest::Test def setup @machine = Risc.machine.boot @machine.translate(:arm) @machine.position_all end def test_positions_set @machine.object_positions.each do |obj , position| assert Position.get(obj).valid? , "#{Position.get(obj)} , #{obj.object_id.to_s(16)}" end end end class TestMachineInit < MiniTest::Test def setup @machine = Risc.machine.boot @machine.translate(:arm) @machine.position_all @machine.create_binary end def test_pos_cpu assert_equal 0 , Position.get(@machine.cpu_init).at end def test_cpu_at assert_equal "0x6034" , Position.get(@machine.cpu_init.first).to_s end def test_cpu_label assert_equal Position , Position.get(@machine.cpu_init.first).class end def test_first_binary_jump bin = Parfait.object_space.get_init.binary assert 0 != bin.get_word(Parfait::BinaryCode.data_length) , "index 0 is 0 #{bin.inspect}" end def test_second_binary_first bin = Parfait.object_space.get_init.binary.next assert 0 != bin.get_word(0) , "index 0 is 0 #{bin.inspect}" end def test_positions_set @machine.object_positions.each do |obj,position| assert position.valid? , "#{position} , #{obj.object_id.to_s(16)}" end end end end