public void CleanAttributes(TreeRoot root)
{
AttributeCleaner cleaner = new AttributeCleaner();
TreeNode current = root.Child;
CleanAttributesChild(current, cleaner);
}
public void CheckForNotClosedTags(TreeRoot root)
{
TreeNode current = root.Child;
current.Closed = true;
CheckForNotClosedTagsChild(current, root);
}
public void RemoveUnwantedTags(TreeRoot root)
{
TagCleaner cleaner = new TagCleaner();
TreeNode current = root.Child;
RemoveUnwantedTagChild(current, cleaner, root);
}
void BuildTree(string file)
{
var root = new TreeRoot();
root.BuildTree(file);
roots.Add(root);
}
public void GenerateFile(TreeRoot root)
{
File.Move(root.FilePath, root.FilePath + "_copy");
current_level++;
using (StreamWriter writer = new StreamWriter(root.FilePath))
{
writer.WriteLine(root.Doctype);
this.SetDataForNodeFile(root.Child, writer);
}
}
public void GenerateOutput(TreeRoot root)
{
if (root == null)
{
Logger.WriteLine("Plik nie został załadowany");
}
else
{
OutputGenerator generator = new OutputGenerator();
generator.Generate(root);
}
}
void RemoveUnwantedTagChild(TreeNode node, TagCleaner cleaner, TreeRoot root)
{
if (cleaner.TagRemover(node) != 1)
{
try
{
foreach (TreeNode current in node.Children)
{
RemoveUnwantedTagChild(current, cleaner, root);
}
}
catch
{
RemoveUnwantedTags(root);
}
}
}
void CheckForNotClosedTagsChild(TreeNode node, TreeRoot root)
{
if (!node.Closed)
{
if (Dictionaries.Instance.TagWithOptionalClosing.ContainsKey(node.Name))
{
Logger.WriteLine("[" + Path.GetFileName(root.FilePath) + "]" + "Warning! The " + node.Name + " tag which starts at " + node.LineNumber + " line should have closing");
}
else
{
throw new Exception("[" + Path.GetFileName(root.FilePath) + "]" + "Error! The " + node.Name + " tag which starts at " + node.LineNumber + " line does not have closing");
}
}
foreach (TreeNode current in node.Children)
{
CheckForNotClosedTagsChild(current, root);
}
}
public void GenerateInLogger(TreeRoot root)
{
Logger.WriteLine(root.Doctype);
this.SetDataForNodeLogger(root.Child);
}