public void TestUndoAndRedo()
{
AuxiliaryController ac = Common.GetAuxiliaryControllerImage001RatioTypeW16H9();
List <AuxiliaryLineParameter> list = new List <AuxiliaryLineParameter>();
list.Add(ac.CloneParameter());
ac.SetEvent();
ac.PublishEvent(Keys.EnableKeys.Down);
list.Add(ac.CloneParameter());
ChangeAuxiliaryLineSizeWhereTopRight(ac, -100, -5, true);
list.Add(ac.CloneParameter());
ChangeAuxiliaryLineSizeWhereTopRight(ac, -5, -100, false);
list.Add(ac.CloneParameter());
ac.CancelEvent();
AreParameterEqual(list[2], ac);
ac.CancelEvent();
AreParameterEqual(list[1], ac);
ac.RedoEvent();
AreParameterEqual(list[2], ac);
ChangeAuxiliaryLineSizeWhereTopRight(ac, 50, 5, true);
list.Add(ac.CloneParameter());
ac.CancelEvent();
AreParameterEqual(list[2], ac);
ac.RedoEvent();
AreParameterEqual(list[4], ac);
}
public AuxiliaryLineTestData Execute(AuxiliaryController ac, int degree)
{
Point leftTop = ac.AuxiliaryLeftTop;
Point leftBottom = ac.AuxiliaryLeftBottom;
Point rightTop = ac.AuxiliaryRightTop;
Point rightBottom = ac.AuxiliaryRightBottom;
int centerX = CalcCenterX(leftTop, rightBottom);
int centerY = CalcCenterY(leftBottom, rightTop);
// テストデータ作成
Point newLeftTop = CalcRotatePoint(leftTop, centerX, centerY, degree);
Point newLeftBottom = CalcRotatePoint(leftBottom, centerX, centerY, degree);
Point newRightTop = CalcRotatePoint(rightTop, centerX, centerY, degree);
Point newRightBottom = CalcRotatePoint(rightBottom, centerX, centerY, degree);
AuxiliaryLineParameter before = ac.CloneParameter();
AuxiliaryLineTestData testData = new AuxiliaryLineTestData(newLeftTop, newLeftBottom, newRightTop, newRightBottom, degree);
if (IsOutOfRangeImagePoint(newLeftTop, ac) ||
IsOutOfRangeImagePoint(newLeftBottom, ac) ||
IsOutOfRangeImagePoint(newRightTop, ac) ||
IsOutOfRangeImagePoint(newRightBottom, ac))
{
testData = new AuxiliaryLineTestData(before);
}
// 回転実施
ac.SetEvent(degree);
ac.PublishEvent(null);
return(testData);
}
public void TestCorrectAuxiliaryLineOriginAfterInputCursorKeyUpIfAuxiliaryLineOriginTopIsZero()
{
AuxiliaryController ac = Common.GetAuxiliaryControllerImage001RatioTypeW16H9();
ac.SetEvent();
ac.PublishEvent(Keys.EnableKeys.Up);
Assert.AreEqual(0, ac.AuxiliaryTop);
}
private void MoveAuxiliaryLine(AuxiliaryController ac,
System.Windows.Point startPoint,
System.Windows.Point finishPoint,
int correctLeftAfterMove,
int correctTopAfterMove)
{
ac.SetEvent(startPoint);
ac.PublishEvent(finishPoint);
Assert.AreEqual(ac.AuxiliaryLeft, correctLeftAfterMove);
Assert.AreEqual(ac.AuxiliaryTop, correctTopAfterMove);
}
public void TestUndoInputCursorKeyLeft()
{
AuxiliaryController ac = Common.GetAuxiliaryControllerImage001RatioTypeW16H9();
ac.SetEvent();
ac.PublishEvent(Keys.EnableKeys.Left);
Assert.AreEqual(0, ac.AuxiliaryTop);
Assert.AreEqual(0, ac.AuxiliaryLeft);
ac.CancelEvent();
Assert.AreEqual(0, ac.AuxiliaryTop);
Assert.AreEqual(0, ac.AuxiliaryLeft);
}
public void TestRedoInputCursorKeyUp()
{
AuxiliaryController ac = Common.GetAuxiliaryControllerImage001RatioTypeW16H9();
List <AuxiliaryLineParameter> list = new List <AuxiliaryLineParameter>();
list.Add(ac.CloneParameter());
// 上キー操作で上に移動するようあらかじめ下に移動しておく
ac.SetEvent();
ac.PublishEvent(Keys.EnableKeys.Down);
list.Add(ac.CloneParameter());
ac.SetEvent();
ac.PublishEvent(Keys.EnableKeys.Up);
list.Add(ac.CloneParameter());
ac.CancelEvent();
AreParameterEqual(list[1], ac);
ac.RedoEvent();
AreParameterEqual(list[2], ac);
}
public void TestUndoInputCursorKeyRight()
{
AuxiliaryController ac = Common.GetAuxiliaryControllerImage001RatioTypeW16H9();
// 矩形を小さくして、右キーで矩形を移動できるだけのスペースを作る
AuxiliaryLineTestData testData
= new AuxiliaryLineChangeSizeBottomRight(ac).ChangeSize(-100, -5, true);
ac.SetEvent();
ac.PublishEvent(Keys.EnableKeys.Right);
Assert.AreEqual(0, ac.AuxiliaryTop);
Assert.AreEqual(1, ac.AuxiliaryLeft);
ac.CancelEvent();
Assert.AreEqual(0, ac.AuxiliaryTop);
Assert.AreEqual(0, ac.AuxiliaryLeft);
}
public void TestRedoNoProcessBeforeAtLeastOneOperationCanceled()
{
AuxiliaryController ac = Common.GetAuxiliaryControllerImage001RatioTypeW16H9();
int beforeRight = ac.AuxiliaryRight;
int beforeBottom = ac.AuxiliaryBottom;
int beforeTop = ac.AuxiliaryTop;
int beforeLeft = ac.AuxiliaryLeft;
// CancelせずにRedoを実行する
ac.SetEvent();
ac.PublishEvent(Keys.EnableKeys.Left);
ac.RedoEvent();
Assert.AreEqual(beforeRight, ac.AuxiliaryRight);
Assert.AreEqual(beforeBottom, ac.AuxiliaryBottom);
Assert.AreEqual(beforeTop, ac.AuxiliaryTop);
Assert.AreEqual(beforeLeft, ac.AuxiliaryLeft);
}
public void TestNoProcessingAuxiliaryLineIfMouseDownOuterAuxiliaryLine()
{
AuxiliaryController ac = Common.GetAuxiliaryControllerImage001RatioTypeW16H9();
// 補助線を縮小して補助線外部のスペースを作り、そのスペースでテストする
int sizeChangeWidth = -100;
int sizeChangeHeight = -5;
ChangeAuxiliaryLineSizeWhereBottomRight(ac, sizeChangeWidth, sizeChangeHeight, true);
double mouseDownX = ac.DisplayImageWidth + (sizeChangeWidth / 2);
double mouseDownY = ac.DisplayImageHeight + (sizeChangeHeight / 2);
System.Windows.Point mouseDown = new System.Windows.Point(mouseDownX, mouseDownY);
System.Windows.Point mouseUp = mouseDown;
ac.SetEvent(mouseDown);
ac.PublishEvent(mouseUp);
}
public void TestAuxiliaryLineStayInImageAfterInputCursorKeyDownIfAuxiliaryLineBottomIsImageBottom()
{
AuxiliaryController ac = Common.GetAuxiliaryControllerImage001RatioTypeW16H9();
int enableDownRange = ac.DisplayImageHeight - ac.AuxiliaryBottom;
Keys.EnableKeys down = Keys.EnableKeys.Down;
ac.SetEvent();
for (int i = 1; i <= enableDownRange; i++)
{
ac.PublishEvent(down);
Assert.AreEqual(i, ac.AuxiliaryTop);
}
int maxDownRange = enableDownRange - Common.AuxiliaryLineThickness + 1;
Assert.AreEqual(maxDownRange, ac.AuxiliaryTop);
ac.PublishEvent(down);
Assert.AreEqual(maxDownRange, ac.AuxiliaryTop);
}
public void TestAuxiliaryLineStayInImageAfterInputCursorKeyRightIfAuxiliaryLineRightIsImageRight()
{
AuxiliaryController ac = Common.GetAuxiliaryControllerImage001RatioTypeW16H9();
int enableRightRange = ac.DisplayImageWidth - ac.AuxiliaryRight;
Keys.EnableKeys right = Keys.EnableKeys.Right;
ac.SetEvent();
for (int i = 1; i <= enableRightRange; i++)
{
ac.PublishEvent(right);
// 原点を右に移動させるので、原点位置=Leftと比較する
Assert.AreEqual(i, ac.AuxiliaryLeft);
}
int maxRightRange = enableRightRange - Common.AuxiliaryLineThickness + 1;
Assert.AreEqual(maxRightRange, ac.AuxiliaryLeft);
ac.PublishEvent(right);
Assert.AreEqual(maxRightRange, ac.AuxiliaryLeft);
}
public void TestNoRedoIfNewOperationAfterUndo()
{
// 操作 → Undo → 別操作 → Redoしないことを確認する
AuxiliaryController ac = Common.GetAuxiliaryControllerImage001RatioTypeW16H9();
List <AuxiliaryLineParameter> list = new List <AuxiliaryLineParameter>();
list.Add(ac.CloneParameter());
ac.SetEvent();
ac.PublishEvent(Keys.EnableKeys.Down);
list.Add(ac.CloneParameter());
ac.CancelEvent();
AreParameterEqual(list[0], ac);
// 適当に別操作
ChangeAuxiliaryLineSizeWhereTopRight(ac, -100, -5, true);
list[1] = ac.CloneParameter();
ac.RedoEvent();
AreParameterEqual(list[1], ac);
}
public void TestCorrectAuxiliaryLineLeftAndTopIfMoveByMouse()
{
AuxiliaryController ac = Common.GetAuxiliaryControllerImage001RatioTypeW16H9();
// まず矩形を小さくして移動テストできるようにする(Width基準とする)
int mouseUpPixelX = -(ac.AuxiliaryRight / 2);
int mouseUpPixelY = -5;
double mouseUpX = (double)ac.AuxiliaryRight + (double)mouseUpPixelX;
double mouseUpY = (double)ac.AuxiliaryBottom + (double)mouseUpPixelY;
System.Windows.Point mouseDown = new System.Windows.Point((double)ac.AuxiliaryRight, (double)ac.AuxiliaryBottom);
System.Windows.Point mouseUp = new System.Windows.Point(mouseUpX, mouseUpY);
ac.SetEvent(mouseDown);
ac.PublishEvent(mouseUp);
// 右下方向テスト
int moveX = 100;
int moveY = 80;
MoveAuxiliaryLine(ac, moveX, moveY);
// 左上方向テスト
moveX = -50;
moveY = -70;
MoveAuxiliaryLine(ac, moveX, moveY);
// 左下方向テスト
moveX = -20;
moveY = 40;
MoveAuxiliaryLine(ac, moveX, moveY);
// 右上方向テスト
moveX = 40;
moveY = 20;
MoveAuxiliaryLine(ac, moveX, moveY);
}