public void BreakLocationsCompareEqualityByValue()
{
var loc1 = new BreakLocation(42, 23);
var loc2 = new BreakLocation(42, 23);
var loc3 = new BreakLocation(17, 7);
Assert.Equal(loc1, loc2);
Assert.True(loc1 == loc2);
Assert.True(loc2 != loc3);
Assert.False(loc1 != loc2);
Assert.False(loc2 == loc3);
}
public void BreakLocationsWithSourceCompareEqualityByValue()
{
var loc1 = new BreakLocation("script1", 42, 23);
var loc2 = new BreakLocation("script1", 42, 23);
var loc3 = new BreakLocation("script2", 42, 23);
Assert.Equal(loc1, loc2);
Assert.True(loc1 == loc2);
Assert.True(loc2 != loc3);
Assert.False(loc1 != loc2);
Assert.False(loc2 == loc3);
}
public void SetStressLevel(float stressLevel, EmployeeState employeeState, BreakLocation assignedBreakLocation)
{
if (employeeState == EmployeeState.Break && assignedBreakLocation?.LocationName == "Toilet")
{
renderer.sprite = silly;
}
else
{
var sprite = GetSprite(stressLevel);
renderer.sprite = sprite;
}
}
public void BreakLocationsOptionalSourceEqualityComparer()
{
var script1 = new BreakLocation("script1", 42, 23);
var script2 = new BreakLocation("script2", 42, 23);
var script2b = new BreakLocation("script2", 44, 23);
var any = new BreakLocation(null, 42, 23);
var comparer = new OptionalSourceBreakLocationEqualityComparer();
Assert.True(comparer.Equals(script1, any));
Assert.True(comparer.Equals(script2, any));
Assert.False(comparer.Equals(script1, script2));
Assert.False(comparer.Equals(script2, script2b));
Assert.Equal(comparer.GetHashCode(script1), comparer.GetHashCode(any));
Assert.Equal(comparer.GetHashCode(script1), comparer.GetHashCode(script2));
Assert.NotEqual(comparer.GetHashCode(script2), comparer.GetHashCode(script2b));
}
private void CheckBreakPointAndPause(BreakLocation breakLocation, Node node = null, Location?location = null,
JsValue returnValue = null)
{
CurrentLocation = location ?? node?.Location;
BreakPoint breakpoint = BreakPoints.FindMatch(this, breakLocation);
bool isStepping = _engine.CallStack.Count <= _steppingDepth;
if (breakpoint != null || isStepping)
{
// Even if we matched a breakpoint, if we're stepping, the reason we're pausing is the step.
// Still, we need to include the breakpoint at this location, in case the debugger UI needs to update
// e.g. a hit count.
Pause(isStepping ? PauseType.Step : PauseType.Break, node, location, returnValue, breakpoint);
}
_paused = false;
}
// Should be called externally - after giving a command to a group of employees
public void AssignToBreakLocation(BreakLocation breakLocation, Action locationReached = null)
{
RemoveFromAssignedBreakLocation();
var slot = breakLocation.AssignEmployeeToFreeSlot(this);
if (slot != null)
{
AssignedBreakLocation = breakLocation;
SetState(EmployeeState.Walking);
// TODO only move if the employee is not there already
var movementTarget = slot.Target;
movementController.SetMovementTarget(movementTarget, () =>
{
SetState(EmployeeState.Break);
locationReached?.Invoke();
});
}
}
public BreakPoint(string?source, int line, int column, string?condition = null)
{
Location = new BreakLocation(source, line, column);
Condition = condition;
}
public void SendOnVacation(BreakLocation vacation)
{
AssignToBreakLocation(vacation, () => { StartCoroutine(DisappearForVacation()); });
}
