public void Move(Directive directive)
{
Copy(directive);
Remove();
}
private string IndentDirective(Directive directive, string text)
{
StringBuilder builder = new StringBuilder(4);
for (Directive parent = directive.Parent; !(parent is IBorder); parent = parent.Parent)
{
IIndentScope scope = parent as IIndentScope;
if (scope != null)
{
builder.Insert(0, scope.Spaces);
}
}
return builder.Append(text).ToString();
}
private void ParseTextStart(string line)
{
Assertion.Assert(line != null, "line cannot be null.");
Text text = new Text();
this.currentDirective.Directives.Add(text);
this.currentDirective = text;
this.contextStack.Push(
new Context(
TemplateMode.Static,
line.Substring(0, CountLeadingWhiteSpace(line))));
}
public void Copy(Directive directive)
{
directive.Directives.Add(directive);
}
private void ParseSectionStart(string line)
{
Assertion.Assert(line != null, "line cannot be null.");
string trimedLine = line.TrimStart();
string sectionDef = trimedLine.Substring(SectionDefStartDirective.Length).Trim();
if (trimedLine.Length == SectionDefStartDirective.Length ||
trimedLine[SectionDefStartDirective.Length] != ' ' ||
sectionDef.Length == 0)
{
TemplateParsingException ex =
new TemplateParsingException(
Resources.BadSectionDef);
FillParseError(ex);
throw ex;
}
if (!(this.currentDirective is Body))
{
TemplateParsingException ex =
new TemplateParsingException(
Resources.SectionDefNotTopLevel);
FillParseError(ex);
throw ex;
}
Match match = sectionExp.Match(sectionDef);
if (!match.Success)
{
TemplateParsingException ex =
new TemplateParsingException(
Resources.BadSectionDef);
FillParseError(ex);
throw ex;
}
if (this.sections.ContainsKey(match.Groups["name"].Value))
{
TemplateParsingException ex =
new TemplateParsingException(
String.Format(
Resources.SectionNameNotUnique,
match.Groups["name"].Value));
FillParseError(ex);
throw ex;
}
else
{
this.sections.Add(match.Groups["name"].Value, null);
}
SectionDefinition def = new SectionDefinition(match.Groups["name"].Value);
for (int i = 0; i < match.Groups["pname"].Captures.Count; i++)
{
string pname = match.Groups["pname"].Captures[i].Value;
string ptype = match.Groups["ptype"].Captures[i].Value;
def.Parameters.Add(new KeyValuePair<string, string>(pname, ptype));
}
this.currentDirective.Directives.Add(def);
this.currentDirective = def;
}
private void ParseTextEnd()
{
if (this.contextStack.Count <= 1 ||
this.contextStack.Peek().Mode != TemplateMode.Static)
{
TemplateParsingException ex =
new TemplateParsingException(
Resources.TextDirectiveWrong);
FillParseError(ex);
throw ex;
}
this.currentDirective = this.currentDirective.Parent;
this.contextStack.Pop();
}
private void ParseOutputStart(string line)
{
Assertion.Assert(line != null, "line cannot be null.");
string trimedLine = line.TrimStart();
string key = trimedLine.Substring(OutputStartDirective.Length).Trim();
if (trimedLine.Length == OutputStartDirective.Length ||
trimedLine[OutputStartDirective.Length] != ' ' ||
key.Length == 0)
{
TemplateParsingException ex =
new TemplateParsingException(
Resources.NoOutputKeyProvided);
FillParseError(ex);
throw ex;
}
Output output = new Output(key);
this.currentDirective.Directives.Add(output);
this.currentDirective = output;
this.outputStack.Push(
new OutputContext(
key,
line.Substring(0, CountLeadingWhiteSpace(line))));
this.contextStack.Push(new Context(TemplateMode.Static, ""));
}
private void ParseSectionEnd()
{
if (!(this.currentDirective is SectionDefinition))
{
TemplateParsingException ex =
new TemplateParsingException(
Resources.SectionDefDirectiveWrong);
FillParseError(ex);
throw ex;
}
this.currentDirective = this.currentDirective.Parent;
}
private void ParseOutputEnd()
{
if (this.outputStack.Count == 0)
{
TemplateParsingException ex =
new TemplateParsingException(
Resources.OutputDirectiveWrong);
FillParseError(ex);
throw ex;
}
this.currentDirective = this.currentDirective.Parent;
this.outputStack.Pop();
this.contextStack.Pop();
}
private void ParseCodeStart(string line)
{
Assertion.Assert(line != null, "line cannot be null.");
string spaces = line.Substring(0, line.IndexOf(CodeStartDirective));
Code code = new Code(spaces);
this.currentDirective.Directives.Add(code);
this.currentDirective = code;
this.contextStack.Push(
new Context(
TemplateMode.Dynamic,
line.Substring(0, CountLeadingWhiteSpace(line))));
}
private void ParseBetweenStartIfAny(string line)
{
Assertion.Assert(line != null, "line cannot be null.");
if (betweenStartHandlingExpr.IsMatch(line))
{
Between between = new Between();
this.currentDirective.Directives.Add(between);
this.currentDirective = between;
this.contextStack.Push(new Context(
TemplateMode.Dynamic, string.Empty));
}
}
private void ParseBetweenEnd(string line)
{
if (this.contextStack.Count <= 1 ||
this.contextStack.Peek().Mode != TemplateMode.Dynamic)
{
TemplateParsingException ex =
new TemplateParsingException(Resources.BetweenDirectiveWrong);
FillParseError(ex);
throw ex;
}
this.currentDirective = this.currentDirective.Parent;
this.contextStack.Pop();
this.ParseTextLine(
line.Substring(
line.IndexOf(BetweenEndDirective) + BetweenEndDirective.Length));
}
private void InitParsing()
{
this.ast = new AtTemplateAst();
this.ast.Head.References.Add(new Reference("System.dll"));
this.ast.Head.References.Add(new Reference(Assembly.GetExecutingAssembly().Location));
this.currentDirective = this.ast.Body;
if (this.outputStack == null)
{
this.outputStack = new Stack<OutputContext>();
}
else
{
this.outputStack.Clear();
}
if (this.contextStack == null)
{
this.contextStack = new ContextStack();
}
else
{
this.contextStack.Clear();
}
if (this.sections == null)
{
this.sections = new Dictionary<string, object>();
}
else
{
this.sections.Clear();
}
this.contextStack.Push(new Context(TemplateMode.Static, string.Empty));
this.lineCount = 0;
this.isInGlobalBlock = false;
}
