public void TestConstructor()
{
// Prepare datas
Trigger[] setting_MonitoredTriggers = new Trigger[3]
{
new Trigger(),
new Trigger(),
new Trigger()
};
Trigger[] expected_MonitoredTriggers = setting_MonitoredTriggers;
Trigger[] expected_elements_MonitoredTriggers = (Trigger[])setting_MonitoredTriggers.Clone();
// Execute
NormalState normal_state = new NormalState(setting_MonitoredTriggers);
// Get results
FieldInfo field_info = normal_state.GetType().GetField("MonitoredTriggers",
BindingFlags.GetField | BindingFlags.NonPublic | BindingFlags.Instance);
Trigger[] actual_MonitoredTriggers = (Trigger[])field_info.GetValue(normal_state);
// Validata
Assert.Equal(expected_MonitoredTriggers, actual_MonitoredTriggers);
Assert.Equal(expected_elements_MonitoredTriggers.Length, actual_MonitoredTriggers.Length);
for (int i = 0; i < expected_elements_MonitoredTriggers.Length; i++)
{
Assert.Equal(expected_elements_MonitoredTriggers[i], actual_MonitoredTriggers[i]);
}
}
public void TestConstructor()
{
// Prepare datas
Type type = typeof(Trigger);
const bool expected_HasOccured = false;
FieldInfo field_info = type.GetField("CountOfTrigger",
BindingFlags.GetField | BindingFlags.NonPublic | BindingFlags.Static);
uint expected_CountOfTrigger = (uint)field_info.GetValue(null) + 1;
uint expected_Id = (uint)field_info.GetValue(null);
// Execute
Trigger trigger = new Trigger();
// Get result
field_info = type.GetField("_HasOccured",
BindingFlags.GetField | BindingFlags.NonPublic | BindingFlags.Instance);
bool actual_HasOccured = (bool)field_info.GetValue(trigger);
field_info = type.GetField("<Id>k__BackingField",
BindingFlags.GetField | BindingFlags.NonPublic | BindingFlags.Instance);
uint actual_Id = (uint)field_info.GetValue(trigger);
field_info = type.GetField("CountOfTrigger",
BindingFlags.GetField | BindingFlags.NonPublic | BindingFlags.Static);
uint actual_CountOfTrigger = (uint)field_info.GetValue(null);
// Validate
Assert.Equal(expected_HasOccured, actual_HasOccured);
Assert.Equal(expected_Id, actual_Id);
Assert.Equal(expected_CountOfTrigger, actual_CountOfTrigger);
}
/// <summary>
/// 状態が<paramref name="currentState"/>のときにトリガ<paramref name="trigger"/>が発生した場合の,
/// 起こる遷移を取得する.
/// </summary>
/// <param name="currentState">現在の状態</param>
/// <param name="trigger">発生したトリガ</param>
/// <returns><paramref name="currentState"/>で<paramref name="trigger"/>が発生したときに起こる遷移.
/// 起こる遷移が無ければ, nullが返る.</returns>
/// <exception cref="ArgumentNullException">引数<paramref name="currentState"/>がnull,
/// または引数<paramref name="trigger"/>がnull.</exception>
/// <exception cref="ArgumentOutOfRangeException">引数<paramref name="currentState"/>が,
/// 状態遷移表に存在しない.</exception>
public ITransition SearchTransition(State currentState, Trigger trigger)
{
if (currentState == null)
{
throw new ArgumentNullException("currentState");
}
if (trigger == null)
{
throw new ArgumentNullException("trigger");
}
if (MatrixData.ContainsKey(currentState) == false)
{
throw new ArgumentOutOfRangeException("currentState");
}
if (MatrixData[currentState].ContainsKey(trigger))
{
return MatrixData[currentState][trigger];
}
return null;
}
/// <summary>
/// このステートマシンにトリガーを入力する
/// </summary>
/// <remarks>
/// ステートマシンにトリガーを入力すると,
/// このステートマシンが持っている状態遷移表に従って遷移が発生し,
/// 現在の状態が遷移後の状態に更新される.
/// トリガーに対する遷移が定義されていない場合は, 何もしない.
/// </remarks>
/// <param name="trigger">入力するトリガー</param>
/// <exception cref="ArgumentNullException">引数<paramref name="trigger"/>がnull.</exception>
/// <exception cref="InvalidOperationException">現在の状態が状態遷移表に存在しない.
/// 状態遷移表の設定ミスなどによる.</exception>
public void InputTrigger(Trigger trigger)
{
if (trigger == null)
{
throw new ArgumentNullException("trigger");
}
System.Diagnostics.Debug.Assert(CurrentState != null);
ITransition transition;
try
{
transition = TransitionMatrixData.SearchTransition(CurrentState, trigger);
}
catch (ArgumentOutOfRangeException e)
{
throw new InvalidOperationException("現在の状態は, 状態遷移表に登録されていません.", e);
}
if (transition != null)
{
CurrentState = transition.Execute();
}
}
public NormalState(Trigger[] triggers)
: base(triggers)
{
}
public State(Trigger[] triggers)
{
MonitoredTriggers = triggers;
}
public void TestConstructor()
{
// Prepare datas
Trigger[] all_triggers = new Trigger[5]
{
new Trigger(),
new Trigger(),
new Trigger(),
new Trigger(),
new Trigger()
};
TriggerSet1 = new Trigger[3]
{
all_triggers[0],
all_triggers[1],
all_triggers[2]
};
TriggerSet2 = new Trigger[3]
{
all_triggers[0],
all_triggers[2],
all_triggers[4]
};
TriggerSet3 = new Trigger[3]
{
all_triggers[2],
all_triggers[3],
all_triggers[4]
};
State[] states = new State[3]
{
new NormalState(TriggerSet1),
new NormalState(TriggerSet2),
new NormalState(TriggerSet3)
};
var input_transitionMatrix = new Dictionary<State, Dictionary<Trigger, ITransition>>()
{
{
states[0],
new Dictionary<Trigger, ITransition>()
{
{ TriggerSet1[0], new Transition(states[2], null) },
{ TriggerSet1[1], new Transition(states[2], null) },
{ TriggerSet1[2], new Transition(states[1], null) }
}
},
{
states[1],
new Dictionary<Trigger, ITransition>()
{
{ TriggerSet2[0], new Transition(states[0], null) },
{ TriggerSet2[1], new Transition(states[1], null) },
{ TriggerSet2[2], new Transition(states[2], null) }
}
},
{
states[2],
new Dictionary<Trigger, ITransition>()
{
{ TriggerSet3[0], new Transition(states[2], null) },
{ TriggerSet3[1], new Transition(states[2], null) },
{ TriggerSet3[2], new Transition(states[0], null) }
}
}
};
var expected_MatrixData = new Dictionary<State, Dictionary<Trigger, ITransition>>(input_transitionMatrix);
// Execute
TransitionMatrix transition_matrix = new TransitionMatrix(input_transitionMatrix);
// Get result
FieldInfo field_info = transition_matrix.GetType().GetField("MatrixData",
BindingFlags.GetField | BindingFlags.NonPublic | BindingFlags.Instance);
var actual_MatrixData = (Dictionary<State, Dictionary<Trigger, ITransition>>)field_info.GetValue(transition_matrix);
// Validate
Assert.Same(input_transitionMatrix, actual_MatrixData);
Assert.Equal(expected_MatrixData, actual_MatrixData);
}
public void TestSearchTransitionUnregisteredState()
{
// Prepare datas
Trigger[] TestTriggerSet = new Trigger[2]
{
All_Triggers[0],
All_Triggers[3]
};
State input_State = new NormalState(TestTriggerSet);
Trigger input_Trigger = All_Triggers[0];
// Execute & Validate
Assert.Throws<ArgumentOutOfRangeException>(
"currentState",
() => TransitionMatrixInstance.SearchTransition(input_State, input_Trigger));
}
public RegularInstanceTest()
{
All_Triggers = new Trigger[5]
{
new Trigger(),
new Trigger(),
new Trigger(),
new Trigger(),
new Trigger()
};
Trigger[] TriggerSet1 = new Trigger[3]
{
All_Triggers[0],
All_Triggers[1],
All_Triggers[2]
};
Trigger[] TriggerSet2 = new Trigger[3]
{
All_Triggers[0],
All_Triggers[2],
All_Triggers[4]
};
Trigger[] TriggerSet3 = new Trigger[3]
{
All_Triggers[2],
All_Triggers[3],
All_Triggers[4]
};
All_States = new State[3]
{
new NormalState(TriggerSet1),
new NormalState(TriggerSet2),
new NormalState(TriggerSet3)
};
setting_MatrixData = new Dictionary<State, Dictionary<Trigger, ITransition>>()
{
{
All_States[0],
new Dictionary<Trigger, ITransition>()
{
{ TriggerSet1[0], new Transition(All_States[2], null) },
{ TriggerSet1[1], new Transition(All_States[2], null) },
{ TriggerSet1[2], new Transition(All_States[1], null) }
}
},
{
All_States[1],
new Dictionary<Trigger, ITransition>()
{
{ TriggerSet2[0], new Transition(All_States[0], null) },
{ TriggerSet2[1], new Transition(All_States[1], null) },
{ TriggerSet2[2], new Transition(All_States[2], null) }
}
},
{
All_States[2],
new Dictionary<Trigger, ITransition>()
{
{ TriggerSet3[0], new Transition(All_States[2], null) },
{ TriggerSet3[1], new Transition(All_States[2], null) },
{ TriggerSet3[2], new Transition(All_States[0], null) }
}
}
};
TransitionMatrixInstance = new TransitionMatrix(setting_MatrixData);
}
public SingleInstanceTest()
{
trigger = new Trigger();
}
