public void TestRegimes_ClickPrehistoryBarNoOverlay_PrehistoryTimelineIsVisible()
{
var vc = new VirtualCanvasComponent(Driver);
vc.SetVisible(new JsVisible(-21.173972602739752, 226047946.84065938, 0.02607632093933464));
vc.UpdateViewport();
Thread.Sleep(100);
Point barPosition = vcPageObj.PrehistoryBar.Location;
JsVisible visibleBefore = vcPageObj.GetViewport();
action = new ActionsExtension(Driver);
// Click on the regime bar.
action.MoveByOffset(barPosition.X + 5, barPosition.Y + 2).Click().Perform();
vcPageObj.WaitAnimation();
JsVisible visibleAfter = vcPageObj.GetViewport();
JsTimeline timeline = GetPrehistoryTimeline();
double width = timeline.right - timeline.left;
JsCoordinates timelineCenter = new JsCoordinates(timeline.left + width / 2, timeline.y + timeline.height / 2);
Assert.IsTrue(IsTimlineInFullSize(visibleAfter, timeline));
Assert.AreEqual(visibleAfter.CenterX, timelineCenter.X, AnimationImplicity);
Assert.AreEqual(visibleAfter.CenterY, timelineCenter.Y, AnimationImplicity);
Assert.AreNotEqual(visibleBefore, visibleAfter);
}
public void TestViewportController_ZoomForcesViewportToExceedMinPermittedZoomIn_ViewportDoesNotExceedMinPermittedZoomIn()
{
GoToUrl();
double zoomFactor = ExecuteScriptGetNumber(@"return window.zoomLevelFactor;");
dynamic timelines = ExecuteScript("return window.deeperZoomConstraints;");
for (int i = 0; i < timelines.Count; i++)
{
/* Arrange
* Set up the viewport such that a zoom gesture
* forces the viewport to exceed the minimum zoomin level.
*/
Driver.Navigate().Refresh();
IWebElement vcElem = Driver.FindElement(By.Id("vc"));
dynamic timeline = timelines[i];
double left = timeline["left"];
double right = timeline["right"];
double minScale = timeline["scale"];
double aboveMinScale = minScale * zoomFactor;
// for all scale in [minScale, aboveMinScale) => scale / zoomFactor < minScale
Random rnd = new Random();
double scale = minScale + rnd.NextDouble() * (aboveMinScale - minScale);
var vc = new VirtualCanvasComponent(Driver);
vc.SetVisible(new JsVisible((left + right) / 2, 0, scale));
vc.UpdateViewport();
/* Act
* ZoomIn.
*/
ActionsExtension act = new ActionsExtension(Driver);
act.MoveToElement(vcElem, 10, 10);
act.DoubleClick();
act.Perform();
vc.WaitAnimation();
/* Assert
* Verify that the viewport after zooming doesn't
* exceed the minimum zoomin level.
*/
var vp = vc.GetViewport();
Assert.IsTrue(vp.Scale >= minScale);
}
}
public void TestViewportController_PanForcesViewportToExceedLeftBorder_ViewportDoesNotExceedLeftBorder()
{
/* Arrange
* Set up the viewport such that a pan of width
* forces the viewport to exceed the left border.
*/
GoToUrl();
IWebElement vcElem = Driver.FindElement(By.Id("vc"));
double widthInSc = vcElem.Size.Width - 2; // border of 1 px on each side
double widthInVc = 1.37 * Ga;
double scale = widthInVc / widthInSc; // 1/10 the age of the universe
double minLeftCenterX = ExecuteScriptGetNumber(@"return window.maxPermitedTimeRange.left;");
var vc = new VirtualCanvasComponent(Driver);
vc.SetVisible(new JsVisible(-13 * Ga, 0, scale));
vc.UpdateViewport();
/* Act
* Pan by width to the right.
*/
Vector pan = new Vector(widthInSc, 0);
ActionsExtension act = new ActionsExtension(Driver);
act.MoveToElement(vcElem, 0, 0);
act.ClickAndHold();
act.MoveByOffset(Convert.ToInt32(pan.X), Convert.ToInt32(pan.Y));
act.Release();
act.Perform();
vc.WaitAnimation();
/* Without the horizontal contraints the viewport centerX will exceed minLeftCenterX
* after a pan of width as (-13Ga + -1.37Ga < 13.7Ga).
* With the contraints in place viewport centerX is limited to minLeftCenterX.
*/
/* Assert
* Verify that the viewport centerX after
* panning doesn't exceed the minLeftCenterX.
*/
var vp = vc.GetViewport();
double vpCenterX = vp.CenterX;
Assert.AreEqual(minLeftCenterX, vpCenterX, 5);
}
public void TestViewportController_ZoomForcesViewportToExceedMaxPermittedZoomOut_ViewportDoesNotExceedMaxPermittedZoomOut()
{
/* Arrange
* Set up the viewport such that a zoom gesture
* forces the viewport to exceed maximum zoomout level.
*/
GoToUrl();
IWebElement vcElem = Driver.FindElement(By.Id("vc"));
double width = vcElem.Size.Width - 2; // border of 1 px on each side
double additionalPermitedPixels = ExecuteScriptGetNumber(@"return window.timelinesAbsenceInterval;");
double zoomFactor = ExecuteScriptGetNumber(@"return window.zoomLevelFactor;");
double maxScaleWithoutPadding = 13.7 * Ga / width;
double maxScale = (13.7 * Ga + 2 * additionalPermitedPixels * maxScaleWithoutPadding) / width;
double belowMaxScale = maxScale / zoomFactor;
// for all scale in (belowMaxScale, maxScale] => scale * zoomFactor > maxScale
Random rnd = new Random();
double scale = belowMaxScale + rnd.NextDouble() * (maxScale - belowMaxScale);
var vc = new VirtualCanvasComponent(Driver);
vc.SetVisible(new JsVisible(-13.7 * Ga / 2, 0, scale));
vc.UpdateViewport();
/* Act
* ZoomOut.
*/
ExecuteScript(@"setZoomOut()");
ActionsExtension act = new ActionsExtension(Driver);
act.MoveToElement(vcElem, 10, 10);
act.DoubleClick();
act.Perform();
vc.WaitAnimation();
/* Assert
* Verify that the viewport after zooming doesn't
* exceed the maximum zoomout level.
*/
var vp = vc.GetViewport();
Assert.IsTrue(vp.Scale <= maxScale);
}
public void TestGesture_ZoomWithInertialMotion_ViewportUpdatesCorrectly()
{
IWebElement vcElem = Driver.FindElement(By.Id("vc"));
int width = vcElem.Size.Width;
int height = vcElem.Size.Height;
// center infodot as reference
var vc = new VirtualCanvasComponent(Driver);
vc.SetVisible(new JsVisible(-3194.8898068225376, 401.0288546497742, 0.38537988462392836));
vc.UpdateViewport();
Random rnd = new Random();
Point zoomPt = new Point(rnd.Next(0, width), rnd.Next(0, height));
JsCoordinates p1 = vc.PointScreenToVirtual(new JsCoordinates(zoomPt.X, zoomPt.Y));
ActionsExtension act = new ActionsExtension(Driver);
act.MoveToElement(vcElem, Convert.ToInt32(zoomPt.X), Convert.ToInt32(zoomPt.Y));
act.DoubleClick();
act.Perform();
vc.WaitAnimation();
JsCoordinates p2 = vc.PointVirtualToScreen(p1);
// Assert that the zoom-pt remains fixed after zooming.
Assert.AreEqual(zoomPt.X, p2.X, 5);
Assert.AreEqual(zoomPt.Y, p2.Y, 5);
}
public void TestGesture_PanWithInertialMotion_ViewportUpdatesCorrectly()
{
IWebElement vcElem = Driver.FindElement(By.Id("vc"));
int width = vcElem.Size.Width;
int height = vcElem.Size.Height;
// center infodot as reference
var vc = new VirtualCanvasComponent(Driver);
vc.SetVisible(new JsVisible(-3194.8898068225376, 401.0288546497742, 0.38537988462392836));
vc.UpdateViewport();
Random rnd = new Random();
Point panStart = new Point(rnd.Next(0, width), rnd.Next(0, height));
Point panEnd = new Point(rnd.Next(0, width), rnd.Next(0, height));
Vector pan = new Vector(panEnd.X - panStart.X, panEnd.Y - panStart.Y);
JsCoordinates p1 = vc.PointScreenToVirtual(new JsCoordinates(panStart.X, panStart.Y));
ActionsExtension act = new ActionsExtension(Driver);
act.MoveToElement(vcElem, panStart.X, panStart.Y);
act.ClickAndHold();
act.MoveByOffset(Convert.ToInt32(pan.X), Convert.ToInt32(pan.Y));
act.Release();
act.Perform();
vc.WaitAnimation();
JsCoordinates p2 = vc.PointVirtualToScreen(p1);
// Assert that start-pt wrt the newViewport corresponds to end-pt in the oldViewport
Assert.AreEqual(panEnd.X, p2.X, 5);
Assert.AreEqual(panEnd.Y, p2.Y, 5);
}
public void TestGesture_ZoomWithInertialMotion_ViewportUpdatesCorrectly()
{
IWebElement vcElem = Driver.FindElement(By.Id("vc"));
Assert.IsNotNull(vcElem, "err: cannot find canvas element");
Assert.IsTrue(vcElem.Size.Width > 10 && vcElem.Size.Height > 10, "err: canvas size should be atleast (10px,10px) to run test");
int width = vcElem.Size.Width - 10; // assuming a max border width of 5px on each side
int height = vcElem.Size.Height - 10;
VirtualCanvasComponent vc = new VirtualCanvasComponent(Driver);
vc.SetVisible(new JsVisible(-3194.8898068225376, 401.0288546497742, 0.38537988462392836));
vc.UpdateViewport();
Random rnd = new Random();
Point zoomPt = new Point(rnd.Next(0, width), rnd.Next(0, height));
zoomPt.Offset(5, 5);
JsCoordinates p1 = vc.PointScreenToVirtual(new JsCoordinates(zoomPt.X, zoomPt.Y));
action = new ActionsExtension(Driver);
action.MoveToElement(vcElem, Convert.ToInt32(zoomPt.X), Convert.ToInt32(zoomPt.Y));
action.DoubleClick();
action.Perform();
vc.WaitAnimation();
JsCoordinates p2 = vc.PointVirtualToScreen(p1);
// Assert that the zoom-pt remains fixed after zooming.
Assert.AreEqual(zoomPt.X, p2.X, 5);
Assert.AreEqual(zoomPt.Y, p2.Y, 5);
}
public void TestGesture_PanWithInertialMotion_ViewportUpdatesCorrectly()
{
IWebElement vcElem = Driver.FindElement(By.Id("vc"));
Assert.IsNotNull(vcElem, "err: cannot find canvas element");
Assert.IsTrue(vcElem.Size.Width > 10 && vcElem.Size.Height > 10, "err: canvas size should be atleast (10px,10px) to run test");
int width = vcElem.Size.Width - 10; // assuming a max border width of 5px on each side
int height = vcElem.Size.Height - 10;
VirtualCanvasComponent vc = new VirtualCanvasComponent(Driver);
vc.SetVisible(new JsVisible(-3194.8898068225376, 401.0288546497742, 0.38537988462392836));
vc.UpdateViewport();
Random rnd = new Random();
Point panStart = new Point(rnd.Next(width), rnd.Next(height));
panStart.Offset(5, 5);
Point panEnd = new Point(rnd.Next(width), rnd.Next(height));
panEnd.Offset(5, 5);
Vector pan = new Vector(panEnd.X - panStart.X, panEnd.Y - panStart.Y);
JsCoordinates p1 = vc.PointScreenToVirtual(new JsCoordinates(panStart.X, panStart.Y));
action = new ActionsExtension(Driver);
action.MoveToElement(vcElem, panStart.X, panStart.Y);
action.ClickAndHold();
action.MoveByOffset(Convert.ToInt32(pan.X), Convert.ToInt32(pan.Y));
action.Release();
action.Perform();
vc.WaitAnimation();
JsCoordinates p2 = vc.PointVirtualToScreen(p1);
// Assert that start-pt wrt the newViewport corresponds to end-pt in the oldViewport
Assert.AreEqual(panEnd.X, p2.X, 5);
Assert.AreEqual(panEnd.Y, p2.Y, 5);
}
