private void ValidateSyntaxTree(NDjango.Interfaces.ITemplateManager manager)
{
ITemplate template = manager.GetTemplate(Template, new TestTyperesolver(),
new NDjango.TypeResolver.ModelDescriptor(new NDjango.TypeResolver.IDjangoType[]
{
new NDjango.TypeResolver.CLRTypeDjangoType("Standard", typeof(EmptyClass))
}));
//the same logic responsible for retriving nodes as in NodeProvider class (DjangoDesigner).
List<INode> nodes = GetNodes(template.Nodes.ToList<INodeImpl>().ConvertAll
(node => (INode)node)).FindAll(node =>
(node is ICompletionValuesProvider)
|| (node.NodeType == NodeType.ParsingContext)
|| (node.ErrorMessage.Message != ""));
List<DesignerData> actualResult = nodes.ConvertAll(
node =>
{
var value_provider = node as ICompletionValuesProvider;
var values =
value_provider == null ?
new List<string>()
: value_provider.Values;
List<string> contextValues = new List<string>(values);
if (node.NodeType == NodeType.ParsingContext)
{
contextValues.InsertRange(0 ,(node.Context.TagClosures));
return new DesignerData(node.Position, node.Length, contextValues.ToArray(), node.ErrorMessage.Severity, node.ErrorMessage.Message);
}
else if (node.NodeType == NodeType.Reference)
{
return new DesignerData(node.Position, node.Length, GetModelValues(node.Context.Model, RecursionDepth).ToArray(), node.ErrorMessage.Severity, node.ErrorMessage.Message);
}
else
return new DesignerData(node.Position, node.Length, new List<string>(values).ToArray(), node.ErrorMessage.Severity, node.ErrorMessage.Message);
});
for (int i = 0; i < actualResult.Count; i++)
{
if (actualResult[i].Values.Length == 0)
continue;
Assert.AreEqual(ResultForDesigner[i].Length, actualResult[i].Length, "Invalid Length");
Assert.AreEqual(ResultForDesigner[i].Position, actualResult[i].Position, "Invalid Position");
Assert.AreEqual(ResultForDesigner[i].Severity, actualResult[i].Severity, "Invalid Severity");
Assert.AreEqual(ResultForDesigner[i].ErrorMessage, actualResult[i].ErrorMessage, "Invalid ErrorMessage");
Assert.AreEqual(ResultForDesigner[i].Values, actualResult[i].Values, "Invalid Values Array " + i);
}
}
private void ValidateSyntaxTree(NDjango.Interfaces.ITemplateManager manager)
{
ITemplate template = manager.GetTemplate(Template);
//the same logic responsible for retriving nodes as in NodeProvider class (DjangoDesigner).
List<INode> nodes = GetNodes(template.Nodes.ToList<INodeImpl>().ConvertAll(node => (INode)node));
List<DesignerData> actualResult = nodes.ConvertAll(
node => new DesignerData(node.Position, node.Length, new List<string>(node.Values).ToArray(), node.ErrorMessage.Severity, node.ErrorMessage.Message));
for (int i = 0; i < nodes.Count; i++)
{
Assert.AreEqual(actualResult[i].Length, ResultForDesigner[i].Length, "Invalid Length");
Assert.AreEqual(actualResult[i].Position, ResultForDesigner[i].Position, "Invalid Position");
Assert.AreEqual(actualResult[i].Severity, ResultForDesigner[i].Severity, "Invalid Severity");
Assert.AreEqual(actualResult[i].ErrorMessage, ResultForDesigner[i].ErrorMessage, "Invalid ErrorMessage");
Assert.AreEqual(actualResult[i].Values, ResultForDesigner[i].Values, "Invalid Values");
}
}
public void AnalyzeBlockNameNode(NDjango.Interfaces.ITemplateManager manager)
{
ITemplate template = manager.GetTemplate(Template);
INode bn_node = GetNodes(template.Nodes.ToList<INodeImpl>().ConvertAll
(node => (INode)node)).Find(node => node.NodeType == NodeType.BlockName);
var value_provider = bn_node as ICompletionValuesProvider;
var values = (value_provider == null) ? new List<string>() : value_provider.Values;
List<string> blockNames = new List<string>(values);
Assert.Greater(0, blockNames.Count(), "The dropdown with block names is empty");
foreach(string name in Result)
Assert.Contains(name, blockNames, "Invalid block names list: there is no " + name);
}
private void ValidateSyntaxTree(NDjango.Interfaces.ITemplateManager manager)
{
ITemplate template = manager.GetTemplate(Template);
//the same logic responsible for retriving nodes as in NodeProvider class (DjangoDesigner).
List<INode> nodes = GetNodes(template.Nodes.ToList<INodeImpl>().ConvertAll
(node => (INode)node)).FindAll(node =>
(node.Values.ToList().Count != 0)
|| (node.NodeType == NodeType.ParsingContext)
|| (node.ErrorMessage.Message != ""));
List<DesignerData> actualResult = nodes.ConvertAll(
node =>
{
List<string> contextValues = new List<string>(node.Values);
if (node.NodeType == NodeType.ParsingContext)
{
contextValues.InsertRange(0 ,((ParserNodes.ParsingContextNode)node).Context.TagClosures);
return new DesignerData(node.Position, node.Length, contextValues.ToArray(), node.ErrorMessage.Severity, node.ErrorMessage.Message);
}
else
return new DesignerData(node.Position, node.Length, new List<string>(node.Values).ToArray(), node.ErrorMessage.Severity, node.ErrorMessage.Message);
});
for (int i = 0; i < actualResult.Count; i++)
{
if (actualResult[i].Values.Length == 0)
continue;
Assert.AreEqual(actualResult[i].Length, ResultForDesigner[i].Length, "Invalid Length");
Assert.AreEqual(actualResult[i].Position, ResultForDesigner[i].Position, "Invalid Position");
Assert.AreEqual(actualResult[i].Severity, ResultForDesigner[i].Severity, "Invalid Severity");
Assert.AreEqual(actualResult[i].ErrorMessage, ResultForDesigner[i].ErrorMessage, "Invalid ErrorMessage");
Assert.AreEqual(actualResult[i].Values, ResultForDesigner[i].Values, "Invalid Values");
}
}