public void ClockGroupCollectionTest_ClearGroup()
{
var mf = new MainForm();
var df = mf.MyDataFile;
var d = new ClockVMCollection.Model(df);
ClockGroupMCollection c = d.Groups;
d.AppliedFilter = new FilterM(d);
var td1 = new TimerData(df, mf.MultiAudioPlayer)
{
GroupName = "g1"
};
var td2 = new TimerData(df, mf.MultiAudioPlayer)
{
GroupName = "g2"
};
var td3 = new TimerData(df, mf.MultiAudioPlayer)
{
GroupName = "g2"
};
d.AddClocks(td1, td2, td3);
c.ClearGroup("g2");
Assert.AreEqual("g1", td1.GroupName);
Assert.AreEqual("", td2.GroupName);
Assert.AreEqual("", td3.GroupName);
}
public void ClockGroupCollectionTest_Move()
{
var mf = new MainForm();
var df = mf.MyDataFile;
var d = new ClockVMCollection.Model(df);
ClockGroupMCollection c = d.Groups;
d.AppliedFilter = new FilterM(d);
var cl = new TimerData(df, mf.MultiAudioPlayer)
{
GroupName = "g1"
};
d.AddClock(cl);
c.Add("g2");
c.Add("g3");
c.Move("g1", 2);
Assert.AreEqual(c.GroupNames[0], "g2");
Assert.AreEqual(c.GroupNames[1], "g3");
Assert.AreEqual(c.GroupNames[2], "g1");
}
public void ClockGroupCollectionTest_Add()
{
var mf = new MainForm();
var df = mf.MyDataFile;
var d = new ClockVMCollection.Model(df);
ClockGroupMCollection c = d.Groups;
Assert.IsTrue(c.Add("g1"));
Assert.IsFalse(c.Add("g1"));
Assert.IsTrue(c.Contains("g1"));
Assert.IsTrue(d.IsUnsaved);
}
public void ClockGroupCollectionTest_Rename()
{
var mf = new MainForm();
var df = mf.MyDataFile;
var d = new ClockVMCollection.Model(df);
ClockGroupMCollection c = d.Groups;
d.AppliedFilter = new FilterM(d);
var cl = new TimerData(df, mf.MultiAudioPlayer)
{
GroupName = "g1"
};
d.AddClock(cl);
Assert.IsTrue(c.Rename("g1", "g2"));
Assert.IsFalse(c.Contains("g1"));
Assert.IsTrue(c.Contains("g2"));
}
public void ClockGroupCollectionTest_Remove()
{
var mf = new MainForm();
var df = mf.MyDataFile;
var d = new ClockVMCollection.Model(df);
ClockGroupMCollection c = d.Groups;
d.AppliedFilter = new FilterM(d);
var cl = new TimerData(df, mf.MultiAudioPlayer)
{
GroupName = "g1"
};
d.AddClock(cl);
Assert.IsTrue(c.Remove("g1"));
Assert.IsFalse(c.Contains("g1"));
Assert.IsTrue(!c.Icons.ContainsKey("g1") ||
c.Icons["g1"] == null);
Assert.AreEqual("", cl.GroupName);
}
public void ClockGroupCollectionTest_ClearWithoutChangingClocks()
{
var mf = new MainForm();
var df = mf.MyDataFile;
var d = new ClockVMCollection.Model(df);
ClockGroupMCollection c = d.Groups;
d.AppliedFilter = new FilterM(d);
var cl = new TimerData(df, mf.MultiAudioPlayer)
{
GroupName = "g1"
};
d.AddClock(cl);
Assert.IsFalse(c.Add("g1"));
Assert.IsTrue(c.ClearWithoutChangingClocks());
Assert.AreEqual(0, c.Count);
Assert.AreEqual("g1", cl.GroupName);
Assert.IsTrue(d.IsUnsaved);
}
public void ClockGroupCollectionTest_HasIcon()
{
var mf = new MainForm();
var df = mf.MyDataFile;
var d = new ClockVMCollection.Model(df);
ClockGroupMCollection c = d.Groups;
d.AppliedFilter = new FilterM(d);
var cl = new TimerData(df, mf.MultiAudioPlayer)
{
GroupName = "g1"
};
d.AddClock(cl);
// Act
c.SetIcon("g1", SystemIcons.Information.ToBitmap());
// Assert
Assert.IsTrue(c.HasIcon("g1"));
}
public void ClockGroupCollectionTest_Equals()
{
var mf = new MainForm();
var df = mf.MyDataFile;
var d = new ClockVMCollection.Model(df);
ClockGroupMCollection c = d.Groups;
var cc = new ClockGroupMCollection(d);
d.AppliedFilter = new FilterM(d);
// Act
c.Add("a");
c.Add("b");
c.Add("c");
cc.Add("a");
cc.Add("b");
cc.Add("c");
Assert.IsTrue(c.Equals(cc));
Bitmap bmp = SystemIcons.Asterisk.ToBitmap();
c.SetIcon("b", bmp); // SetIcon creates a new image from the given image
cc.SetIcon("b", bmp);
Assert.IsFalse(c.Equals(cc));
c.RemoveIcon("b");
cc.RemoveIcon("b");
Assert.IsTrue(c.Equals(cc));
cc.Move("b", 2);
Assert.IsTrue(!c.Equals(cc));
}