public void Find()
{
var coll = new SortableBindingList <KeyValuePair <int, string> > {
new KeyValuePair <int, string>(1, "1"), new KeyValuePair <int, string>(2, "2")
};
coll.ApplySort(nameof(KeyValuePair <_, _> .Key), ListSortDirection.Ascending);
Throws <ArgumentException>(() => coll.Find("X", null), "No property descriptor found for property name 'X' in type 'System.Collections.Generic.KeyValuePair`2[System.Int32,System.String]'.");
Assert.IsTrue(coll.Find(nameof(KeyValuePair <_, _> .Key), 0) < 0);
Assert.AreEqual(0, coll.Find(nameof(KeyValuePair <_, _> .Key), 1));
coll.ApplySort(nameof(KeyValuePair <_, _> .Key), ListSortDirection.Descending);
Assert.AreEqual(1, coll.Find(nameof(KeyValuePair <_, _> .Key), 1));
}
private void ApplySearchFilter()
{
if (string.IsNullOrWhiteSpace(SearchTextBox.Text) && IsListFiltered)
{
if (FilteredBrickList != null && FilteredBrickList.IsSorted)
{
BrickList.ApplySort(FilteredBrickList.PropertyDescriptor, FilteredBrickList.SortDirection);
}
BrickGridView.DataSource = BrickList;
FilteredBrickList.Clear();
IsListFiltered = false;
return;
}
FilteredBrickList = new SortableBindingList <BrickInfo>(
BrickList.Where(x => IsBrickVisible(x)).ToList());
if (BrickList.IsSorted)
{
FilteredBrickList.ApplySort(BrickList.PropertyDescriptor, BrickList.SortDirection);
}
BrickGridView.DataSource = FilteredBrickList;
IsListFiltered = true;
}
private void Initialize()
{
Connections = new SortableBindingList <PartConnection>();
SubTypeList = new SortableBindingList <ConnectorInfo>();
SubTypeList.ApplySort("SubType", ListSortDirection.Ascending);
ElementsComboBox.ComboBox.DataSource = Connections;
ElementsComboBox.ComboBox.DisplayMember = "Name";
ElementsComboBox.ComboBox.ValueMember = "ID";
CloseButtonVisible = false;
TypeValueLabel.Text = string.Empty;
HingeLayoutPanel.Visible = false;
EditControlHelpers = new List <ControlConnType>()
{
new ControlConnType(HingeLayoutPanel, ConnectorType.Hinge),
new ControlConnType(GearLayoutPanel, ConnectorType.Gear),
new ControlConnType(TagControlLabel,
ConnectorType.Hinge, ConnectorType.Fixed, ConnectorType.Slider),
new ControlConnType(LengthControlLabel, LengthBox,
ConnectorType.Axel, ConnectorType.Slider, ConnectorType.Rail),
new ControlConnType(SpringPanel, CylindricalCheckBox, ConnectorType.Slider),
new ControlConnType(AxesControlLabel, ConnectorType.Fixed),
new ControlConnType(GrabbingLayoutPanel, ConnectorType.Axel),
new ControlConnType(CapLayoutPanel, ConnectorType.Axel, ConnectorType.Slider),
new ControlConnType(FlexControlLabel, ConnectorType.Ball)
};
}
public void SetExplicit()
{
var coll = new SortableBindingList <int>(new[] { 1, 2, 3, 2, 1 })
{
CheckConsistency = false
};
coll[1] = 1;
coll[4] = 2;
coll.ApplySort(ListSortDirection.Ascending);
AssertConsistency(coll);
// setting after sorted
coll[1] = 0;
AssertConsistency(coll);
// switching on sort on change sorts immediately
coll.SortOnChange = true;
AssertConsistency(coll);
AssertSorted(coll);
// setting when SortOnChange is true sorts on change
coll[0] = 13;
AssertConsistency(coll);
AssertSorted(coll);
}
public void AddExplicit()
{
var coll = new SortableBindingList <int>();
coll.Add(1);
coll.Add(2);
coll.Add(1);
coll.Insert(0, 1);
coll.ApplySort(ListSortDirection.Ascending);
AssertConsistency(coll);
AssertSorted(coll);
// adding after sorted
coll.Add(1);
coll.Add(2);
coll.Add(1);
coll.Insert(0, 1);
AssertConsistency(coll);
// switching on sort on change sorts immediately
coll.SortOnChange = true;
AssertConsistency(coll);
AssertSorted(coll);
// adding when SortOnChange is true sorts on add
coll.Add(0);
AssertConsistency(coll);
AssertSorted(coll);
}
public void RemoveExplicit()
{
var coll = new SortableBindingList <int>(new List <int> {
1, 2, 3, 2, 1
})
{
CheckConsistency = false
};
coll.ApplySort(ListSortDirection.Ascending);
coll.Remove(1); // first 1
coll.RemoveAt(1); // 2
coll.Remove(1); // last 1 (1st element)
AssertConsistency(coll);
}
public LifViewerWindow()
{
InitializeComponent();
BackHistory = new List <LifFile.FolderEntry>();
FwrdHistory = new List <LifFile.FolderEntry>();
CurrentFolderItems = new SortableBindingList <ILifItemInfo>();
CurrentFolderItems.ListChanged += CurrentFolderItems_ListChanged;
CurrentLifFolders = new SortableBindingList <LifFolderInfo>();
CurrentLifFolders.ApplySort("FullName", ListSortDirection.Ascending);
NativeMethods.SetWindowTheme(LifTreeView.Handle, "Explorer", null);
ToolBarFolderCombo.ComboBox.DisplayMember = "FullName";
ToolBarFolderCombo.ComboBox.DrawMode = DrawMode.OwnerDrawVariable;
ToolBarFolderCombo.ComboBox.DrawItem += ComboBox_DrawItem;
ToolBarFolderCombo.ComboBox.SelectedIndexChanged += ComboBox_SelectedIndexChanged;
}
public void SetInner()
{
var inner = new List <string> {
"0", "3", "2", "3", "1"
};
var coll = new SortableBindingList <string>(inner)
{
CheckConsistency = false
};
coll.ApplySort(ListSortDirection.Ascending);
// causing inconsistency
inner[0] = null;
Throws <AssertionException>(() => AssertConsistency(coll));
// inconsistency detected and fixed on next set
coll.CheckConsistency = true;
coll[0] = "x";
AssertConsistency(coll);
}
public void RemoveInner()
{
var inner = new List <string> {
"1", "2", "3", "2", "1"
};
var coll = new SortableBindingList <string>(inner)
{
CheckConsistency = false
};
coll.ApplySort(ListSortDirection.Ascending);
// causing inconsistency
inner.RemoveAt(2);
inner.Add("a"); // making sure inner length does not change; otherwise, inconsistency is detected and fixed in Assert
Throws <AssertionException>(() => AssertConsistency(coll));
// inconsistency detected and fixed on next remove
coll.CheckConsistency = true;
coll.RemoveAt(0);
AssertConsistency(coll);
}
