public CodeWriter Class( RuleClassStatement ruleClassStatement, string fileName )
{
var writer = new CodeWriter();
writer.Indent = 0;
writer.Append( "public partial class " );
writer.AppendText( ruleClassStatement.Name );
writer.Indent = 0;
writer.AppendLine( " : GeneratorBase" );
writer.AppendLine( "{" );
writer.Indent = 1;
{
var list = new List<CodeWriter>();
CodeWriter temp;
foreach (var item in ruleClassStatement.RuleMethodStatements.OfType<MethodStatement>())
{
temp = this.Invoke( "Method", item, fileName );
list.Add( temp );
}
foreach (var item in ruleClassStatement.MatchMethodGroups.Where( mmg => mmg.IsMatched ).SelectMany( mmg => mmg.RuleMethodStatements ).Select( ms => ms.MatchMethodStatement ))
{
temp = this.Invoke( "Match", item, fileName );
list.Add( temp );
}
foreach (var item in ruleClassStatement.MatchMethodGroups.Where( mmg => mmg.IsMatched ).SelectMany( mmg => mmg.RuleMethodStatements ))
{
temp = this.Invoke( "Rule", item, fileName, false, true );
list.Add( temp );
}
foreach (var item in ruleClassStatement.MatchMethodGroups.Where( mmg => mmg.IsMatched ).SelectMany( mmg => mmg.DefaultStatements ))
{
temp = this.Invoke( "Rule", item, fileName, true, true );
list.Add( temp );
}
foreach (var item in ruleClassStatement.MatchMethodGroups.Where( mmg => !mmg.IsMatched ).SelectMany( mmg => mmg.DefaultStatements ))
{
temp = this.Invoke( "Rule", item, fileName, false, false );
list.Add( temp );
}
writer.AppendType = AppendType.EmptyLastLine;
for (var listI = 0; listI < list.Count; listI++)
{
var codeWriter = list[listI];
writer.Append( codeWriter );
if (listI < list.Count - 1)
writer.AppendText( "\r\n\r\n" );
}
writer.AppendType = AppendType.EmptyLastLine;
}
writer.Indent = 0;
writer.AppendLine();
writer.Append( "}" );
return writer;
}
public CodeWriter Generate( string @namespace, RuleClassStatement ruleClassStatement, string fileName )
{
var writer = new CodeWriter();
{
var list = new List<CodeWriter>();
CodeWriter temp;
foreach (var item in ruleClassStatement.UsingStatements.Select( u => u.Namespace ).Concat( defaultNamespaces ).Distinct())
{
temp = this.Invoke( "Using", item );
list.Add( temp );
}
writer.AppendType = AppendType.EmptyLastLine;
for (var listI = 0; listI < list.Count; listI++)
{
var codeWriter = list[listI];
writer.Append( codeWriter );
if (listI < list.Count - 1)
writer.AppendText( "\r\n" );
}
writer.AppendType = AppendType.EmptyLastLine;
}
writer.Indent = 0;
writer.AppendLine();
writer.AppendLine();
if (@namespace != null)
{
writer.Indent = 0;
writer.Append( "namespace " );
writer.AppendText( @namespace );
writer.Indent = 0;
writer.AppendLine();
writer.AppendLine( "{" );
writer.Indent = 1;
writer.Append( this.Invoke( "Class", ruleClassStatement, fileName ) );
writer.Indent = 0;
writer.AppendLine();
writer.AppendLine( "}" );
}
else
{
writer.Append( this.Invoke( "Class", ruleClassStatement, fileName ) );
writer.Indent = 0;
writer.AppendLine();
}
return writer;
}
void WolfGenerator()
{
List<UsingStatement> usingStatementList = null;
List<RuleClassMethodStatement> ruleMethodStatementList = null;
string name;
Expect(2);
Token start = t;
Expect(1);
name = t.val;
Expect(10);
while (la.kind == 9) {
UsingStatement usingStatement;
Using(out usingStatement);
if (usingStatementList == null) usingStatementList = new List<UsingStatement>();
usingStatementList.Add( usingStatement );
}
while (la.kind == 3 || la.kind == 7 || la.kind == 8) {
if (la.kind == 3 || la.kind == 8) {
RuleMethodStatement ruleMethod;
RuleMethod(out ruleMethod);
if (ruleMethodStatementList == null)
ruleMethodStatementList = new List<RuleClassMethodStatement>();
ruleMethodStatementList.Add( ruleMethod );
} else {
MethodStatement method;
Method(out method);
if (ruleMethodStatementList == null)
ruleMethodStatementList = new List<RuleClassMethodStatement>();
ruleMethodStatementList.Add( method );
}
}
while (!(la.kind == 0 || la.kind == 11)) {SynErr(34); Get();}
ExpectWeak(11, 1);
ruleClassStatement = new RuleClassStatement( new StatementPosition( start, t ), name, usingStatementList, ruleMethodStatementList );
}