public virtual void ReportChildDeselected(Stack <ITreeSelector <VM, T> > path)
{
Debug.Print("Child deselected: " + Value);
path.Push(this);
ParentSelector?.ReportChildDeselected(path);
if (EntryHelper.IsLoaded)
{
//Clear child node selection.
SetSelectedChild(default(T));
//And just in case if the new selected value is child of this node.
/*if (RootSelector.SelectedValue != null)
* LookupAsync(RootSelector.SelectedValue,
* new SearchNextUsingReverseLookup<VM, T>(RootSelector.SelectedSelector),
* new TreeLookupProcessor<VM, T>(HierarchicalResult.All, (hr, p, c) =>
* {
* SetSelectedChild(c == null ? default(T) : c.Value);
* return true;
* })
* ).Forget();*/
//SetSelectedChild(lookupResult == null ? default(T) : lookupResult.Value);
//OnPropertyChanged(nameof(IsChildSelected));
//OnPropertyChanged(nameof(SelectedChild));
}
}
public virtual void ReportChildDeselected(Stack <ITreeSelector <VM, T> > path)
{
if (EntryHelper.IsLoaded)
{
//Clear child node selection.
SetSelectedChild(default(T));
//And just in case if the new selected value is child of this node.
if (RootSelector.SelectedValue != null)
{
this.LookupAsync(RootSelector.SelectedValue,
new SearchNextUsingReverseLookup <VM, T>(RootSelector.SelectedSelector),
new TreeLookupProcessor <VM, T>(HierarchicalResult.All, (hr, p, c) =>
{
SetSelectedChild(c == null ? default(T) : c.Value);
return(true);
})
);
}
//SetSelectedChild(lookupResult == null ? default(T) : lookupResult.Value);
NotifyOfPropertyChanged(() => IsChildSelected);
NotifyOfPropertyChanged(() => SelectedChild);
}
path.Push(this);
if (ParentSelector != null)
{
ParentSelector.ReportChildDeselected(path);
}
}
public override string BuildGremlinQuery()
{
if (_value is string)
{
return(ParentSelector.BuildGremlinQuery() + $".has('{_hasField}', '{_value}')");
}
return(ParentSelector.BuildGremlinQuery() + $".has('{_hasField}', {_value})");
}
public override bool Matches(HtmlElement element)
{
if (element.Parent is HtmlElement parentElement)
{
return(ParentSelector.Matches(parentElement) && TargetSelector.Matches(element));
}
return(false);
}
public void DifferentParentsAreSelected()
{
var pop = new Genotype[] {
new Genotype(10), new Genotype(5), new Genotype(12), new Genotype(23)
};
var selector = new ParentSelector();
selector.SelectParents(pop, out var parent1, out var parent2);
Assert.AreNotSame(parent1, parent2);
}
public override string BuildGremlinQuery()
{
var vertexLabel = typeof(T).GetLabel();
if (!string.IsNullOrEmpty(_edgeLabel))
{
return(ParentSelector.BuildGremlinQuery() + $".in('{_edgeLabel}').has('label','{vertexLabel}')");
}
return(ParentSelector.BuildGremlinQuery() + $".in().has('label','{vertexLabel}')");
}
public override string BuildGremlinQuery()
{
var result = ParentSelector.BuildGremlinQuery() + $".inV().has('label','{typeof(TEntity).Name}')";
if (!string.IsNullOrEmpty(_alias))
{
result = result + $".as('{_alias}')";
}
return(result);
}
public override string BuildGremlinQuery()
{
var exp = _expression;
if (exp == null)
{
throw new ArgumentException($"Expression is not valid - {_expression}");
}
var prop = ((MemberExpression)exp.Body).Member.Name;
return(ParentSelector.BuildGremlinQuery() +
$".has('{prop}',within({_values.Aggregate(string.Empty, (acc, a) => acc + "'" + a + "',", a => a.Substring(0, a.Length - 1))}))");
}
/// <summary>
/// Bubble up to TreeSelectionHelper for selection.
/// </summary>
/// <param name="path"></param>
public virtual void ReportChildSelected(Stack <ITreeSelector <VM, T> > path)
{
Debug.Print("Child selected: " + Value);
if (path.Any())
{
_selectedValue = path.Peek().Value;
OnPropertyChanged(nameof(SelectedChild));
OnPropertyChanged(nameof(IsChildSelected));
}
path.Push(this);
ParentSelector?.ReportChildSelected(path);
}
public override string BuildGremlinQuery()
{
if (InsertCommand != null)
{
return(ParentSelector.BuildGremlinQuery() +
$".addE('{Relation}').to({InsertCommand.BuildGremlinQuery()}).inV()");
}
if (Selector != null)
{
return(ParentSelector.BuildGremlinQuery() +
$".addE('{Relation}').to({Selector.BuildGremlinQuery()}).inV()");
}
return(ParentSelector.BuildGremlinQuery());
}
/// <summary>
/// Bubble up to TreeSelectionHelper for selection.
/// </summary>
/// <param name="path"></param>
public virtual void ReportChildSelected(Stack <ITreeSelector <VM, T> > path)
{
if (path.Count() > 0)
{
_selectedValue = path.Peek().Value;
NotifyOfPropertyChanged(() => SelectedChild);
}
path.Push(this);
if (ParentSelector != null)
{
ParentSelector.ReportChildSelected(path);
}
}
private IHtmlContent SettingOverrideCheckboxInternal(StoreDependingSettingData data)
{
var fieldPrefix = HtmlHelper.ViewData.TemplateInfo.HtmlFieldPrefix;
var settingKey = For.Name;
if (fieldPrefix.HasValue())
{
settingKey = fieldPrefix + "." + settingKey;
}
else if (data.RootSettingClass.HasValue() && !settingKey.StartsWith(data.RootSettingClass + '.', StringComparison.OrdinalIgnoreCase))
{
settingKey = data.RootSettingClass + '.' + settingKey;
}
var overrideForStore = data.OverrideSettingKeys.Contains(settingKey);
var fieldId = settingKey.EnsureEndsWith("_OverrideForStore");
var switchLabel = new TagBuilder("label");
switchLabel.AppendCssClass("switch switch-blue multi-store-override-switch");
var overrideInput = new TagBuilder("input");
overrideInput.Attributes["class"] = "multi-store-override-option";
overrideInput.Attributes["type"] = "checkbox";
overrideInput.Attributes["id"] = fieldId;
overrideInput.Attributes["name"] = fieldId;
overrideInput.Attributes["onclick"] = "Smartstore.Admin.checkOverriddenStoreValue(this)";
overrideInput.Attributes["data-parent-selector"] = ParentSelector.EmptyNull();
if (overrideForStore)
{
overrideInput.Attributes["checked"] = "checked";
}
var toggleSpan = new TagBuilder("span");
toggleSpan.AppendCssClass("switch-toggle");
toggleSpan.Attributes.Add("data-on", T("Common.On").Value.Truncate(3));
toggleSpan.Attributes.Add("data-off", T("Common.Off").Value.Truncate(3));
switchLabel.InnerHtml.AppendHtml(overrideInput);
switchLabel.InnerHtml.AppendHtml(toggleSpan);
return(switchLabel);
}
public override string BuildGremlinQuery()
{
string result;
var vertexLabel = typeof(TEntity).GetLabel();
if (!string.IsNullOrEmpty(_edgeLabel))
{
result = ParentSelector.BuildGremlinQuery() + $".out('{_edgeLabel}').has('label','{vertexLabel}')";
}
else
{
result = ParentSelector.BuildGremlinQuery() + $".out().has('label','{vertexLabel}')";
}
if (!string.IsNullOrEmpty(_alias))
{
result += $".as('{_alias}')";
}
return(result);
}
public override string BuildGremlinQuery()
{
var vertexLabel = typeof(T).GetLabel();
return(ParentSelector.BuildGremlinQuery() + $".out('{_relation}').hasLabel('{vertexLabel}')");
}
public override string BuildGremlinQuery()
{
var value = ExpressionEvaluator.Evaluate(_expression.Body);
return(ParentSelector.BuildGremlinQuery() + value);
}
public override string BuildGremlinQuery()
{
return(ParentSelector.BuildGremlinQuery() + $".out('{_relation}')");
}
public override string BuildGremlinQuery()
{
return(ParentSelector.BuildGremlinQuery() + $".in().has('label','{typeof(T).Name}')");
}
public override string BuildGremlinQuery()
{
var select = $".select(" + GetSelectors() + ")";
return(ParentSelector.BuildGremlinQuery() + select);
}
public override string BuildGremlinQuery()
{
return(ParentSelector.BuildGremlinQuery() + $".out('{_relation}').hasLabel('{typeof(T).Name}')");
}
