public void SetTestEnvironment(TestDefinition input)
{
CleanTestArea();
HideButtons();
if (input.buttonClick1 != null)
{
btnClick1.Clicked += input.buttonClick1;
oldClick1 = input.buttonClick1;
}
if (input.buttonClick2 != null)
{
btnClick2.Clicked += input.buttonClick2;
oldClick2 = input.buttonClick2;
}
if (input.buttonClick3 != null)
{
btnClick3.Clicked += input.buttonClick3;
oldClick3 = input.buttonClick3;
}
ShowActiveButtons();
lblTestDesc.Text = input.testDesc;
lblTestName.Text = input.testName;
vboxWidget.Add(input.testWidget);
foreach (Gtk.Widget w in vboxWidget.Children)
{
w.Show();
}
vboxWidget.Show();
}
public TestDefinition GridSelector_ElementList()
{
// create the control array
selector1Array = new Gtk.Button[18];
for (int i = 0; i < 18; i++)
{
Gtk.Button newButton = new Gtk.Button();
newButton.Label = i.ToString();
selector1Array[i] = newButton;
}
// create the control
selector1.NbCol = 4;
selector1.NbRow = 4;
selector1State = GridSelector.eState.Horizontal;
selector1.Initialize(GridSelector.eState.Horizontal, selector1Array);
// prepare the testDefinition
TestDefinition info = new TestDefinition();
info.testName = "GrisSelector_ElementList";
info.testDesc = "Test where the GridSelector is initialize with an array of controls. Button 1 will switch intween the differnt mode,";
info.testWidget = selector1;
info.buttonClick1 = new EventHandler(onClickSel1SwitchMode);
return(info);
}
public TestDefinition GrisSelector_EmptyElements()
{
// create the control array
selector2Array = new Gtk.Button[18];
for (int i = 0; i < 18; i++)
{
Gtk.Button newButton = new Gtk.Button();
newButton.Label = i.ToString();
selector2Array[i] = newButton;
}
// create the control
selector2.NbCol = 4;
selector2.NbRow = 4;
selector2State = GridSelector.eState.Horizontal;
selector2.SetFillerControlType(typeof(Gtk.Button));
selector2.Initialize(GridSelector.eState.Horizontal, selector2Array);
// prepare the testDefinition
TestDefinition info = new TestDefinition();
info.testName = "GrisSelector_EmptyElements";
info.testDesc = "Test where the GridSelector has a disabled button when the max element is being reached. Button 1 will switch intween the differnt mode,";
info.testWidget = selector2;
info.buttonClick1 = new EventHandler(onClickSel2SwitchMode);
return(info);
}
public TestDefinition DynamicRow_ControlArray()
{
DynRow1 = new DynamicRow(typeof(Gtk.Button), new object[] { "button" });
TestDefinition info = new TestDefinition();
info.testName = "DynamicRow_ControlArray";
info.testDesc = "Test that sets a DynamicRow with a control type.";
info.testWidget = DynRow1;
return(info);
}
public TestDefinition DynamicRow_UpdatedArray()
{
DynRow3 = new DynamicRow(typeof(Gtk.Button), new object[] { "button" });
TestDefinition info = new TestDefinition();
info.testName = "DynamicRow_UpdatedArray";
info.testDesc = "Test that sets a DynamicRow and on the button click, updates the set of control.";
info.testWidget = DynRow3;
info.buttonClick1 = OnClickUpdateArray;
return(info);
}
public TestDefinition DynamicRow_ChangedMax()
{
DynRow2 = new DynamicRow(typeof(Gtk.Button), new object[] { "button" });
DynRow2.UpdateMaxCount(12);
TestDefinition info = new TestDefinition();
info.testName = "DynamicRow_ChangedMax";
info.testDesc = "Test that sets a DynamicRow with a larger number of controls.";
info.testWidget = DynRow2;
return(info);
}
public TestDefinition test1()
{
lbl1.Text = "Test";
TestDefinition info = new TestDefinition();
info.testName = "LabelTest_Normal";
info.testDesc = "Test that uses the GTK.Label as a Proof Of Concept";
info.testWidget = lbl1;
info.buttonClick1 = new EventHandler(onClickIncrement);
info.buttonClick2 = new EventHandler(onClickZero);
return(info);
}
public TestDefinition ButtonImage_ChangeSize()
{
// create the control
bImg2 = new ButtonImage(16);
// prepare the testDefinition
TestDefinition info = new TestDefinition();
info.testName = "ButtonImage_ChangeSize";
info.testDesc = "Test where the button Image is Switching the size of the image. B1 is 16px, B2 is 32px, B3 is 128px";
info.testWidget = bImg2;
info.buttonClick1 = new EventHandler(onClick2set16);
info.buttonClick2 = new EventHandler(onClick2set32);
info.buttonClick3 = new EventHandler(onClick2set128);
return(info);
}
public TestDefinition ButtonImage_NormalUsage()
{
// create the control
bImg1 = new ButtonImage();
// prepare the testDefinition
TestDefinition info = new TestDefinition();
info.testName = "ButtonImage_NormalUsage";
info.testDesc = "Test where the button Image is used in normal conditions. B1 will get the image, B2 will get the filename, B3 will clear.";
info.testWidget = bImg1;
info.buttonClick1 = new EventHandler(onClick1GetImage);
info.buttonClick2 = new EventHandler(onClick1GetFilename);
info.buttonClick3 = new EventHandler(onClick1Clear);
return(info);
}
public TestDefinition OutputList_SlowSpeed()
{
// create the control
ol3.Identifier = "WidgetTest3";
ol3.TickSpeed = 3000;
ol3.Initialize();
// prepare the testDefinition
TestDefinition info = new TestDefinition();
info.testName = "OutputList_Slow";
info.testDesc = "Test where the OutputList is put in 'slow' conditioons. Button 1 will add new text, Button 2 will Clear, and Button 3 will not be used.";
info.testWidget = ol3;
info.buttonClick1 = new EventHandler(onClickOl3AddText);
info.buttonClick2 = new EventHandler(onClickOl3ClearText);
return(info);
}
public TestDefinition ButtonImage_LoadImages()
{
// create the control
bImg3 = new ButtonImage();
// prepare the testDefinition
TestDefinition info = new TestDefinition();
info.testName = "ButtonImage_LoadImages";
info.testDesc = "Test where the button Image is used to display an image. B1 will set an image, B2 will set a stock, B3 will clear.";
info.testWidget = bImg3;
info.buttonClick1 = new EventHandler(onClick3SetImage);
info.buttonClick2 = new EventHandler(onClick3SetStock);
info.buttonClick3 = new EventHandler(onClick3Clear);
return(info);
}