public void SafeToDoMacro_WithNoSelection_ReturnsFalse()
{
var ml = new MacroListener();
int ichA, hvoA, flid, ws, ichE, start, length;
ICmObject obj;
Assert.That(ml.SafeToDoMacro(null, out obj, out flid, out ws, out start, out length), Is.False);
}
public void InitMacro_PutsItemAtProperPosition()
{
var ml = new MacroListener();
var macroImplementors = new List<IFlexMacro>(new IFlexMacro[] {new MacroF4()});
var macros = ml.AssignMacrosToSlots(macroImplementors);
Assert.That(macros[0], Is.Null);
Assert.That(macros[2], Is.EqualTo(macroImplementors[0]));
}
public void DoDisplayMacro_NoMacro_HidesCommand()
{
var props = new UIItemDisplayProperties(null, "SomeMacro", true, null, false);
var ml = new MacroListener();
var command = GetF4CommandObject();
ml.DoDisplayMacro(command, props, null);
Assert.That(props.Visible, Is.False); // no implementation of F4, hide it altogether.
}
public void InitMacro_PutsConflictAtFirstAvailableSpot()
{
var ml = new MacroListener();
var macroImplementors = new List<IFlexMacro>(new IFlexMacro[] { new MacroF4(), new MacroF4(), new MacroF2() });
var macros = ml.AssignMacrosToSlots(macroImplementors);
Assert.That(macros[0], Is.EqualTo(macroImplementors[2])); // the only one that wants to be at F2
Assert.That(macros[2], Is.EqualTo(macroImplementors[0])); // first one that wants to be a F4
Assert.That(macros[1], Is.EqualTo(macroImplementors[1])); // can't put where it wants to be, put it in first free slot.
}
/// <summary>
/// Initialize the listener into a state where there is a MacroF4 mock available to implement that command.
/// </summary>
/// <param name="ml"></param>
/// <returns></returns>
private static MacroF4 SetupF4Implementation(MacroListener ml)
{
var macroF4 = new MacroF4();
var macroImplementors = new List <IFlexMacro>(new IFlexMacro[] { macroF4 });
ml.Macros = ml.AssignMacrosToSlots(macroImplementors);
macroF4.BeEnabled = true;
return(macroF4);
}
private MacroListener MakeMacroListenerWithCache()
{
m_Mediator = new Mediator();
m_Mediator.PropertyTable.SetProperty("cache", Cache);
var ml = new MacroListener();
ml.Init(m_Mediator, null);
return(ml);
}
[Test] public void InitMacro_PutsItemAtProperPosition()
{
var ml = new MacroListener();
var macroImplementors = new List <IFlexMacro>(new IFlexMacro[] { new MacroF4() });
var macros = ml.AssignMacrosToSlots(macroImplementors);
Assert.That(macros[0], Is.Null);
Assert.That(macros[2], Is.EqualTo(macroImplementors[0]));
}
private MacroListener MakeMacroListenerWithCache()
{
m_mediator = new Mediator();
m_propertyTable = new PropertyTable(m_mediator);
m_propertyTable.SetProperty("cache", Cache, true);
var ml = new MacroListener();
ml.Init(m_mediator, m_propertyTable, null);
return(ml);
}
public void DoDisplayMacro_NoMacro_HidesCommand()
{
var props = new UIItemDisplayProperties(null, "SomeMacro", true, null, false);
var ml = new MacroListener();
using (var command = GetF4CommandObject())
{
ml.DoDisplayMacro(command, props, null);
Assert.That(props.Visible, Is.False); // no implementation of F4, hide it altogether.
}
}
public void InitMacro_PutsConflictAtFirstAvailableSpot()
{
var ml = new MacroListener();
var macroImplementors = new List <IFlexMacro>(new IFlexMacro[] { new MacroF4(), new MacroF4(), new MacroF2() });
var macros = ml.AssignMacrosToSlots(macroImplementors);
Assert.That(macros[0], Is.EqualTo(macroImplementors[2])); // the only one that wants to be at F2
Assert.That(macros[2], Is.EqualTo(macroImplementors[0])); // first one that wants to be a F4
Assert.That(macros[1], Is.EqualTo(macroImplementors[1])); // can't put where it wants to be, put it in first free slot.
}
public void InitMacro_SurvivesTooManyMacros()
{
var ml = new MacroListener();
var macroImplementors = new List<IFlexMacro>();
for (int i = 0; i < 20; i++)
macroImplementors.Add(new MacroF4());
var macros = ml.AssignMacrosToSlots(macroImplementors);
Assert.That(macros[0], Is.EqualTo(macroImplementors[1])); // first free slot gets the second one
Assert.That(macros[2], Is.EqualTo(macroImplementors[0])); // first one that wants to be a F4
Assert.That(macros[1], Is.EqualTo(macroImplementors[2])); // can't put where it wants to be, put it in next free slot.
Assert.That(macros[3], Is.EqualTo(macroImplementors[3])); // from here on they line up.
}
public void DoDisplayMacro_NoSelection_ShowsDisabledCommand()
{
var props = new UIItemDisplayProperties(null, "SomeMacro", true, null, false);
var ml = new MacroListener();
SetupF4Implementation(ml);
var command = GetF4CommandObject();
ml.DoDisplayMacro(command, props, null);
Assert.That(props.Visible, Is.True);
Assert.That(props.Enabled, Is.False); // can't do it without a selection
Assert.That(props.Text, Is.EqualTo("F4test"));
}
public void DoDisplayMacro_NoSelection_ShowsDisabledCommand()
{
var props = new UIItemDisplayProperties(null, "SomeMacro", true, null, false);
var ml = new MacroListener();
SetupF4Implementation(ml);
using (var command = GetF4CommandObject())
{
ml.DoDisplayMacro(command, props, null);
Assert.That(props.Visible, Is.True);
Assert.That(props.Enabled, Is.False); // can't do it without a selection
Assert.That(props.Text, Is.EqualTo("F4test"));
}
}
public void InitMacro_SurvivesTooManyMacros()
{
var ml = new MacroListener();
var macroImplementors = new List <IFlexMacro>();
for (int i = 0; i < 20; i++)
{
macroImplementors.Add(new MacroF4());
}
var macros = ml.AssignMacrosToSlots(macroImplementors);
Assert.That(macros[0], Is.EqualTo(macroImplementors[1])); // first free slot gets the second one
Assert.That(macros[2], Is.EqualTo(macroImplementors[0])); // first one that wants to be a F4
Assert.That(macros[1], Is.EqualTo(macroImplementors[2])); // can't put where it wants to be, put it in next free slot.
Assert.That(macros[3], Is.EqualTo(macroImplementors[3])); // from here on they line up.
}
public void SafeToDoMacro_WithUnsuitableSelection_ReturnsFalse()
{
var ml = new MacroListener();
var sel = new MockSelection();
sel.EndHvo = sel.AnchorHvo = 317;
sel.EndTag = sel.AnchorTag = LexEntryTags.kflidRestrictions; // arbitrary in this case
sel.EndIch = 2;
sel.AnchorIch = 5;
int ichA, hvoA, flid, ws, ichE, start, length;
ICmObject obj;
Assert.That(ml.SafeToDoMacro(sel, out obj, out flid, out ws, out start, out length), Is.False); // wrong type of selection
sel.TypeToReturn = VwSelType.kstText;
sel.EndHvo = 316;
Assert.That(ml.SafeToDoMacro(sel, out obj, out flid, out ws, out start, out length), Is.False); // different objects
sel.EndHvo = sel.AnchorHvo;
sel.EndTag = 3;
Assert.That(ml.SafeToDoMacro(sel, out obj, out flid, out ws, out start, out length), Is.False); // different tags
}
private MacroListener MakeMacroListenerWithCache()
{
m_Mediator = new Mediator();
m_Mediator.PropertyTable.SetProperty("cache", Cache);
var ml = new MacroListener();
ml.Init(m_Mediator, null);
return ml;
}
public void SafeToDoMacro_WithUnsuitableSelection_ReturnsFalse()
{
var ml = new MacroListener();
var sel = new MockSelection();
sel.EndHvo = sel.AnchorHvo = 317;
sel.EndTag = sel.AnchorTag = LexEntryTags.kflidRestrictions; // arbitrary in this case
sel.EndIch = 2;
sel.AnchorIch = 5;
int ichA, hvoA, flid, ws, ichE, start, length;
ICmObject obj;
Assert.That(ml.SafeToDoMacro(sel, out obj, out flid, out ws, out start, out length), Is.False); // wrong type of selection
sel.TypeToReturn = VwSelType.kstText;
sel.EndHvo = 316;
Assert.That(ml.SafeToDoMacro(sel, out obj, out flid, out ws, out start, out length), Is.False); // different objects
sel.EndHvo = sel.AnchorHvo;
sel.EndTag = 3;
Assert.That(ml.SafeToDoMacro(sel, out obj, out flid, out ws, out start, out length), Is.False); // different tags
}
public void SafeToDoMacro_WithNoSelection_ReturnsFalse()
{
var ml = new MacroListener();
int ichA, hvoA, flid, ws, ichE, start, length;
ICmObject obj;
Assert.That(ml.SafeToDoMacro(null, out obj, out flid, out ws, out start, out length), Is.False);
}
/// <summary>
/// Initialize the listener into a state where there is a MacroF4 mock available to implement that command.
/// </summary>
/// <param name="ml"></param>
/// <returns></returns>
private static MacroF4 SetupF4Implementation(MacroListener ml)
{
var macroF4 = new MacroF4();
var macroImplementors = new List<IFlexMacro>(new IFlexMacro[] {macroF4});
ml.Macros = ml.AssignMacrosToSlots(macroImplementors);
macroF4.BeEnabled = true;
return macroF4;
}
