public void StableAfterCollapseExpand()
{
FPnl.Expand();
assertIsStable(FPnl);
FPnl.Collapse();
assertIsStable(FPnl);
}
public void TestIsCollapsed()
{
FPnl = new TPnlCollapsible(THostedControlKind.hckUserControl, HOSTEDUSERCONTROL);
Assert.IsTrue(FPnl.IsCollapsed);
FPnl.Toggle();
Assert.IsFalse(FPnl.IsCollapsed);
FPnl.Toggle();
Assert.IsTrue(FPnl.IsCollapsed);
FPnl.Collapse();
Assert.IsTrue(FPnl.IsCollapsed);
FPnl.Expand();
Assert.IsFalse(FPnl.IsCollapsed);
FPnl = new TPnlCollapsible(THostedControlKind.hckUserControl, HOSTEDUSERCONTROL, false);
Assert.IsFalse(FPnl.IsCollapsed);
FPnl = new TPnlCollapsible(THostedControlKind.hckTaskList, true);
Assert.IsTrue(FPnl.IsCollapsed);
FPnl = new TPnlCollapsible(THostedControlKind.hckTaskList, false);
Assert.IsFalse(FPnl.IsCollapsed);
FPnl = new TPnlCollapsible(THostedControlKind.hckCollapsiblePanelHoster, true);
Assert.IsTrue(FPnl.IsCollapsed);
FPnl = new TPnlCollapsible(THostedControlKind.hckCollapsiblePanelHoster, false);
Assert.IsFalse(FPnl.IsCollapsed);
}
public void TestLazyInitialisationCumulative()
{
// UserControl
FPnl = new TPnlCollapsible(THostedControlKind.hckUserControl, HOSTEDUSERCONTROL);
Assert.AreEqual(null, FPnl.UserControlInstance); // Lazy initialisation!
Assert.AreEqual(null, FPnl.TaskListInstance);
Assert.AreEqual(null, FPnl.CollapsiblePanelHosterInstance);
assertIsStable(FPnl);
FPnl.Expand();
Assert.AreNotEqual(null, FPnl.UserControlInstance); // Now initialised as Expand() got called
Assert.AreEqual(null, FPnl.TaskListInstance);
Assert.AreEqual(null, FPnl.CollapsiblePanelHosterInstance);
FPnl.TaskListNode = TTestTaskList.GetTestXmlNode();
Assert.AreEqual(null, FPnl.TaskListInstance); // Lazy initialisation!
// TaskList
FPnl.HostedControlKind = THostedControlKind.hckTaskList;
FPnl.Collapse();
FPnl.Expand();
Assert.AreNotEqual(null, FPnl.TaskListInstance); // Now initialised as Expand() got called
Assert.AreNotEqual(null, FPnl.UserControlInstance); // This still exists from previous operation!
Assert.AreEqual(null, FPnl.CollapsiblePanelHosterInstance);
assertIsStable2(FPnl);
// CollapsiblePanelHoster
FPnl.HostedControlKind = THostedControlKind.hckCollapsiblePanelHoster;
Assert.AreEqual(null, FPnl.CollapsiblePanelHosterInstance); // Lazy initialisation!
Assert.AreNotEqual(null, FPnl.TaskListInstance); // This still exists from previous operation!
Assert.AreNotEqual(null, FPnl.UserControlInstance); // This still exists from previous operation!
FPnl.Toggle(); // same as FPnl.Collapse(); above
FPnl.Toggle(); // same as FPnl.Expand(); above
Assert.AreNotEqual(null, FPnl.CollapsiblePanelHosterInstance); // Now initialised as Expand() got called (trough Toggle())
Assert.AreNotEqual(null, FPnl.TaskListInstance); // This still exists from previous operation!
Assert.AreNotEqual(null, FPnl.UserControlInstance); // This still exists from previous operation!
assertIsStable2(FPnl);
}
public void TestExpandAdditionalCodeCoverage()
{
// UserControl
FPnl = new TPnlCollapsible(THostedControlKind.hckUserControl, HOSTEDUSERCONTROL);
FPnl.Expand();
FPnl.HostedControlKind = THostedControlKind.hckTaskList;
FPnl.TaskListNode = TTestTaskList.GetTestXmlNode();
FPnl.Expand();
FPnl.HostedControlKind = THostedControlKind.hckCollapsiblePanelHoster;
FPnl.Expand();
FPnl.HostedControlKind = THostedControlKind.hckTaskList;
FPnl.Expand();
FPnl.HostedControlKind = THostedControlKind.hckUserControl;
FPnl.Expand();
}
public void TestConstructorXmlNode()
{
XmlNode TestXmlNode = TTestTaskList.GetTestXmlNode();
FPnl = new TPnlCollapsible(TestXmlNode, THostedControlKind.hckTaskList);
Assert.AreEqual(TestXmlNode, FPnl.TaskListNode);
assertIsStable2(FPnl);
//Now we want to see if we can realise the task list without it throwing an exception.
FPnl.Expand();
assertIsStable2(FPnl);
}
public void TestSetter_UserControlClass_UserControlNamespace_UserControlString()
{
// Changing of UserControl after realising a first UserControl specified through Constructor
FPnl = new TPnlCollapsible(THostedControlKind.hckUserControl, HOSTEDUSERCONTROL);
FPnl.RealiseUserControlNow();
UserControl UC1 = FPnl.UserControlInstance;
FPnl.UserControlClass = "TUC_Subscription";
FPnl.UserControlNamespace = "Ict.Petra.Client.MPartner.Gui";
FPnl.RealiseUserControlNow();
Assert.AreNotEqual(UC1, FPnl.UserControlInstance);
Assert.IsInstanceOf <Ict.Petra.Client.MPartner.Gui.TUC_Subscription>(FPnl.UserControlInstance);
// Assigning of UserControl with UserControlClass and UserControlNamespace Properties
FPnl = new TPnlCollapsible(new object[] { });
FPnl.UserControlClass = "TUC_Subscription";
FPnl.UserControlNamespace = "Ict.Petra.Client.MPartner.Gui";
FPnl.RealiseUserControlNow();
Assert.IsInstanceOf <Ict.Petra.Client.MPartner.Gui.TUC_Subscription>(FPnl.UserControlInstance);
// Assigning of UserControl with UserControlString Property
FPnl = new TPnlCollapsible(new object[] { });
FPnl.UserControlString = "Ict.Petra.Client.MPartner.Gui.TUC_Subscription";
// Calling Expand() has the side effect of instantiating the UserControl
FPnl.Expand();
UserControl UC2 = FPnl.UserControlInstance;
Assert.IsInstanceOf <Ict.Petra.Client.MPartner.Gui.TUC_Subscription>(UC2);
// Assures that a further call only makes a previously instantiated UserControl visible again
FPnl.Expand();
Assert.AreEqual(UC2, FPnl.UserControlInstance);
}
public void TestLazyInitialisation()
{
// UserControl
FPnl = new TPnlCollapsible(THostedControlKind.hckUserControl, HOSTEDUSERCONTROL);
Assert.AreEqual(null, FPnl.UserControlInstance); // Lazy initialisation!
Assert.AreEqual(null, FPnl.TaskListInstance);
Assert.AreEqual(null, FPnl.CollapsiblePanelHosterInstance);
assertIsStable(FPnl);
FPnl.Expand();
Assert.AreNotEqual(null, FPnl.UserControlInstance); // Now initialised as Expand() got called
Assert.AreEqual(null, FPnl.TaskListInstance);
Assert.AreEqual(null, FPnl.CollapsiblePanelHosterInstance);
assertIsStable(FPnl);
FPnl.Collapse();
assertIsStable(FPnl);
// TaskList
FPnl = new TPnlCollapsible(THostedControlKind.hckTaskList, TTestTaskList.GetTestXmlNode());
Assert.AreEqual(null, FPnl.TaskListInstance); // Lazy initialisation!
assertIsStable2(FPnl);
FPnl.Expand();
Assert.AreNotEqual(null, FPnl.TaskListInstance); // Now initialised as Expand() got called
Assert.AreEqual(null, FPnl.UserControlInstance);
Assert.AreEqual(null, FPnl.CollapsiblePanelHosterInstance);
assertIsStable2(FPnl);
FPnl.Collapse();
assertIsStable2(FPnl);
// CollapsiblePanelHoster
FPnl = new TPnlCollapsible(THostedControlKind.hckCollapsiblePanelHoster, TTestTaskList.GetTestXmlNode());
Assert.AreEqual(null, FPnl.CollapsiblePanelHosterInstance); // Lazy initialisation!
assertIsStable2(FPnl);
FPnl.Expand();
Assert.AreNotEqual(null, FPnl.CollapsiblePanelHosterInstance); // Now initialised as Expand() got called
Assert.AreEqual(null, FPnl.UserControlInstance);
Assert.AreEqual(null, FPnl.TaskListInstance);
assertIsStable2(FPnl);
FPnl.Collapse();
assertIsStable2(FPnl);
}
public void TestConstructorUserControlWithInvalidClass()
{
FPnl = new TPnlCollapsible(THostedControlKind.hckUserControl, HOSTEDUSERCONTROL + "WRONG");
assertIsStable(FPnl);
//Now we want to check that we can't realise the task list without it throwing an exception.
try
{
FPnl.Expand();
}
catch (Exception e)
{
Assert.AreEqual(typeof(EUserControlCantInstantiateClassException), e.GetType());
}
}
public void TestSetter_ActiveTaskItem()
{
XmlNode TestNode = TTestTaskList.GetTestXmlNode();
FPnl = new TPnlCollapsible(THostedControlKind.hckTaskList, TestNode);
FPnl.Expand();
Assert.IsNull(FPnl.ActiveTaskItem);
FPnl.ActiveTaskItem = TestNode.ChildNodes[1];
Assert.AreEqual(FPnl.ActiveTaskItem, TestNode.ChildNodes[1]);
FPnl.ActiveTaskItem = TestNode.ChildNodes[2];
Assert.AreEqual(FPnl.ActiveTaskItem, TestNode.ChildNodes[2]);
FPnl.ActiveTaskItem = null;
Assert.IsNull(FPnl.ActiveTaskItem);
FPnl.TaskListNode = null;
Assert.IsNull(FPnl.ActiveTaskItem);
}
public void TestConstructorUserControlWithoutUserControlString()
{
FPnl = new TPnlCollapsible(THostedControlKind.hckUserControl);
try
{
assertIsStable(FPnl);
}
catch (Exception e)
{
Assert.AreEqual(typeof(EInsufficientDataSetForHostedControlKindException), e.GetType());
}
//Now we want to check that we can't realise the task list without it throwing an exception.
try
{
FPnl.Expand();
}
catch (Exception e)
{
Assert.AreEqual(typeof(EUserControlInvalidNamespaceSpecifiedException), e.GetType());
}
}
public void TestConstructorTaskListWithoutXmlNode()
{
FPnl = new TPnlCollapsible(THostedControlKind.hckTaskList);
try
{
assertIsStable2(FPnl);
}
catch (Exception e)
{
Assert.AreEqual(typeof(EInsufficientDataSetForHostedControlKindException), e.GetType());
}
//Now we want to check that we can't realise the task list without it throwing an exception.
try
{
FPnl.Expand();
}
catch (Exception e)
{
Assert.AreEqual(typeof(ENoTaskListNodeSpecifiedException), e.GetType());
}
}
public void TestCollapsiblePanelHosterOtherTests()
{
// Ensure ENoTaskListNodeSpecifiedException is thrown if no TaskListNode got specified
FPnl = new TPnlCollapsible(THostedControlKind.hckCollapsiblePanelHoster);
try
{
FPnl.RealiseCollapsiblePanelHoster();
}
catch (Exception e)
{
Assert.AreEqual(typeof(ENoTaskListNodeSpecifiedException), e.GetType());
}
// To ensure Unit Test code coverage only - nothing to assert here...
FPnl = new TPnlCollapsible(THostedControlKind.hckCollapsiblePanelHoster,
TTestTaskList.GetTestXmlNode(), TCollapseDirection.cdHorizontalRight);
FPnl.VisualStyleEnum = TVisualStylesEnum.vsHorizontalCollapse;
FPnl.RealiseCollapsiblePanelHoster();
// To ensure Unit Test code coverage only - nothing to assert here...
FPnl.Expand();
}
public void TestEvents()
{
// Not just test that Events are fired, but that the RIGHT Events are fired under
// the RIGHT circumstances, and that no wrong Event is fired under wrong circumstances!
// (Uses EventHandlerCapture Class for that as NUnit doesn't provide Asserts for
// something nifty like that!)
FPnl = new TPnlCollapsible(THostedControlKind.hckUserControl, HOSTEDUSERCONTROL);
var EhcExpanded = new TNUnitEventHandlerCheck <System.EventArgs>();
var EhcCollapsed = new TNUnitEventHandlerCheck <System.EventArgs>();
FPnl.Expanded += EhcExpanded.Handler;
FPnl.Collapsed += EhcCollapsed.Handler;
// Assert that the Expanded Event is fired when the Control is Expanded (and that the Collapsed Event isn't)
TNUnitEventAsserter.Assert(EhcExpanded, TNUnitEventAsserter.GotRaised <System.EventArgs>(), () => FPnl.Expand());
TNUnitEventAsserter.Assert(EhcCollapsed, TNUnitEventAsserter.DidNotGetRaised <System.EventArgs>(), () => FPnl.Expand());
// Assert that the Collapsed Event is fired when the Control is Expanded (and that the Expanded Event isn't)
TNUnitEventAsserter.Assert(EhcCollapsed, TNUnitEventAsserter.GotRaised <System.EventArgs>(), () => FPnl.Collapse());
TNUnitEventAsserter.Assert(EhcExpanded, TNUnitEventAsserter.DidNotGetRaised <System.EventArgs>(), () => FPnl.Collapse());
FPnl.Expanded -= EhcExpanded.Handler;
FPnl.Collapsed -= EhcCollapsed.Handler;
// Assert that the Expanded/Collapsed Events are fired when the Control's Toggle Button is clicked
// Need to resort to .NET Reflection as BtnToggleClick() is a Private Method...
MethodInfo InvokedPrivateMethod = FPnl.GetType().GetMethod("BtnToggleClick",
BindingFlags.NonPublic | BindingFlags.Instance);
// It might look a bit weird to check Assert AreNotSame, but only this way we find out that the
// .Invoke calls below do in fact do something!
FPnl.Expanded += delegate(object sender, EventArgs e) {
Assert.AreNotSame(FPnl, null);
};
FPnl.Expanded += delegate(object sender, EventArgs e) {
Assert.AreSame(FPnl, sender);
};
FPnl.Collapsed += delegate(object sender, EventArgs e) {
Assert.AreNotSame(FPnl, null);
};
FPnl.Collapsed += delegate(object sender, EventArgs e) {
Assert.AreSame(FPnl, sender);
};
InvokedPrivateMethod.Invoke(FPnl, new object[] { FPnl, null });
InvokedPrivateMethod.Invoke(FPnl, new object[] { FPnl, null });
}
public void TestSetter_VisualStyleEnum()
{
FPnl = new TPnlCollapsible(THostedControlKind.hckTaskList, TTestTaskList.GetTestXmlNode());
Assert.AreEqual(TVisualStylesEnum.vsAccordionPanel, FPnl.VisualStyleEnum);
FPnl.VisualStyleEnum = TVisualStylesEnum.vsTaskPanel;
Assert.AreEqual(TVisualStylesEnum.vsTaskPanel, FPnl.VisualStyleEnum);
FPnl.Collapse(); // To ensure Unit Test code coverage only - nothing to assert here...
FPnl.Expand(); // To ensure Unit Test code coverage only - nothing to assert here...
FPnl.RealiseTaskListNow(); // To ensure Unit Test code coverage only - nothing to assert here...
FPnl.VisualStyleEnum = TVisualStylesEnum.vsAccordionPanel;
Assert.AreEqual(TVisualStylesEnum.vsAccordionPanel, FPnl.VisualStyleEnum);
FPnl.VisualStyleEnum = TVisualStylesEnum.vsDashboard;
Assert.AreEqual(TVisualStylesEnum.vsDashboard, FPnl.VisualStyleEnum);
FPnl.Expand(); // To ensure Unit Test code coverage only - nothing to assert here...
// The following Tests should work with 'Assert.AreNotEqual' because the Visual Style we try to assign is only valid
// for a different CollapseDirection: cdHorizontal or cdHorizontalRight
FPnl.VisualStyleEnum = TVisualStylesEnum.vsHorizontalCollapse;
Assert.AreNotEqual(TVisualStylesEnum.vsHorizontalCollapse, FPnl.VisualStyleEnum);
FPnl.VisualStyleEnum = TVisualStylesEnum.vsShepherd;
Assert.AreNotEqual(TVisualStylesEnum.vsShepherd, FPnl.VisualStyleEnum);
// Specifiying 'TVisualStylesEnum.vsHorizontalCollapse' in the next statement, which is invalid and...
FPnl = new TPnlCollapsible(THostedControlKind.hckUserControl, HOSTEDUSERCONTROL, TVisualStylesEnum.vsHorizontalCollapse);
// ...gets automatically corrected to TVisualStylesEnum.vsDashboard by the Control!
Assert.AreEqual(TVisualStylesEnum.vsDashboard, FPnl.VisualStyleEnum);
FPnl.VisualStyleEnum = TVisualStylesEnum.vsAccordionPanel;
Assert.AreEqual(TVisualStylesEnum.vsAccordionPanel, FPnl.VisualStyleEnum);
FPnl.VisualStyleEnum = TVisualStylesEnum.vsTaskPanel;
Assert.AreEqual(TVisualStylesEnum.vsTaskPanel, FPnl.VisualStyleEnum);
FPnl.VisualStyleEnum = TVisualStylesEnum.vsDashboard;
Assert.AreEqual(TVisualStylesEnum.vsDashboard, FPnl.VisualStyleEnum);
// The following Tests should work with 'Assert.AreNotEqual' because the Visual Style we try to assign is only valid
// for a different CollapseDirection: cdHorizontal or cdHorizontalRight
FPnl.VisualStyleEnum = TVisualStylesEnum.vsHorizontalCollapse;
Assert.AreNotEqual(TVisualStylesEnum.vsHorizontalCollapse, FPnl.VisualStyleEnum);
FPnl.VisualStyleEnum = TVisualStylesEnum.vsShepherd;
Assert.AreNotEqual(TVisualStylesEnum.vsShepherd, FPnl.VisualStyleEnum);
FPnl = new TPnlCollapsible(THostedControlKind.hckCollapsiblePanelHoster, TTestTaskList.GetTestXmlNode());
Assert.AreEqual(TVisualStylesEnum.vsAccordionPanel, FPnl.VisualStyleEnum);
FPnl.VisualStyleEnum = TVisualStylesEnum.vsTaskPanel;
Assert.AreEqual(TVisualStylesEnum.vsTaskPanel, FPnl.VisualStyleEnum);
FPnl.VisualStyleEnum = TVisualStylesEnum.vsAccordionPanel;
Assert.AreEqual(TVisualStylesEnum.vsAccordionPanel, FPnl.VisualStyleEnum);
FPnl.VisualStyleEnum = TVisualStylesEnum.vsDashboard;
Assert.AreEqual(TVisualStylesEnum.vsDashboard, FPnl.VisualStyleEnum);
// The following Tests should work with 'Assert.AreNotEqual' because the Visual Style we try to assign is only valid
// for a different CollapseDirection: cdHorizontal or cdHorizontalRight
FPnl.VisualStyleEnum = TVisualStylesEnum.vsHorizontalCollapse;
Assert.AreNotEqual(TVisualStylesEnum.vsHorizontalCollapse, FPnl.VisualStyleEnum);
FPnl.VisualStyleEnum = TVisualStylesEnum.vsShepherd;
Assert.AreNotEqual(TVisualStylesEnum.vsShepherd, FPnl.VisualStyleEnum);
FPnl = new TPnlCollapsible(THostedControlKind.hckTaskList,
TTestTaskList.GetTestXmlNode(), TVisualStylesEnum.vsShepherd, TCollapseDirection.cdHorizontal);
Assert.AreEqual(TVisualStylesEnum.vsShepherd, FPnl.VisualStyleEnum);
FPnl.VisualStyleEnum = TVisualStylesEnum.vsHorizontalCollapse;
Assert.AreEqual(TVisualStylesEnum.vsHorizontalCollapse, FPnl.VisualStyleEnum);
// To ensure Unit Test code coverage only - nothing to assert here...
FPnl.RealiseTaskListNow();
FPnl.VisualStyleEnum = TVisualStylesEnum.vsShepherd;
// To ensure Unit Test code coverage only - nothing to assert here...
FPnl = new TPnlCollapsible(THostedControlKind.hckTaskList,
TTestTaskList.GetTestXmlNode(), TVisualStylesEnum.vsHorizontalCollapse, TCollapseDirection.cdHorizontal);
FPnl.VisualStyleEnum = TVisualStylesEnum.vsHorizontalCollapse_InfoPanelWithGradient;
}
