/////////////////////////////////////////////////////////////////////////////
public bool Starts( StringIndexer input )
{
return input.StartsWith( Sequence );
}
/////////////////////////////////////////////////////////////////////////////
public void Skip( StringIndexer input )
{
// ******
if( FirstChar == input.Peek() && input.StartsWith(Sequence) ) {
input.Skip( Sequence.Length );
}
else {
throw new Exception( string.Format("input buffer does not begin with \"{1}\"", Sequence) );
}
}
/////////////////////////////////////////////////////////////////////////////
public string GetOptions( string textIn )
{
/*
we should split the text into lines and then do our checks
the caller can call us to reassemble the line
*/
// ******
//
// NOTE: the text assigned to the StringIndexer has NOT been "fixed" as
// it would be in NMP so we have to deal with "\r\n" instead of just
// newlines
//
StringIndexer reader = new StringIndexer( textIn );
while( true ) {
//
// if the line starts with a dask or hash it goes way!
//
//if( SC.DASH == reader.Peek() || SC.HASH == reader.Peek() ) {
// ReadToEOL( reader );
//}
//
// a space or a pair of commas also make it go away
//
//else if( char.IsWhiteSpace(reader.Peek()) || reader.StartsWith(START_SINGLE_LINE_COMMENT) ) {
// ReadToEOL( reader );
//}
if( reader.StartsWith( START_SINGLE_LINE_COMMENT ) ) {
ReadToEOL( reader );
}
else if( reader.StartsWith(RAZOR_ASMINC) ) {
reader.Skip( RAZOR_ASMINC.Length );
GetAssemblyName( reader );
}
else if( reader.StartsWith(RAZOR_ASMINC2) ) {
reader.Skip( RAZOR_ASMINC2.Length );
GetAssemblyName( reader );
}
else if( reader.StartsWith(KEEP_TEMPS) ) {
ReadToEOL( reader );
KeepTempFiles = true;
}
else if( reader.StartsWith(RAZOR_DEBUG) ) {
ReadToEOL( reader );
Debug = true;
}
//else if( reader.StartsWith(ASSERT_DATA_NAME) ) {
// ReadToEOL( reader );
// AssertDataName = true;
//}
//
//else if( reader.StartsWith(ASSERT_DATA_FULLNAME) ) {
// ReadToEOL( reader );
// AssertDataFullName = true;
//}
//
//else if( reader.StartsWith(ASSERT_ENUM_NAME) ) {
// ReadToEOL( reader );
// AssertEnumDataName = true;
//}
//
//else if( reader.StartsWith(ASSERT_ENUM_FULLNAME) ) {
// ReadToEOL( reader );
// AssertEnumDataFullName = true;
//}
//else if( reader.StartsWith(TYPE_OF_DATA) ) {
// reader.Next( TYPE_OF_DATA.Length );
// TypeOfData = GetTypeOfData( "@TypeOfData", reader );
//}
//
//else if( reader.StartsWith(TYPE_OF_ENUMDATA) ) {
// reader.Next( TYPE_OF_ENUMDATA.Length );
// TypeOfEnumData = GetTypeOfData( "@TypeOfEnumData", reader );
//}
//
//else if( reader.StartsWith(NO_NULL_DATA) ) {
// ReadToEOL( reader );
// AllowNullData = false;
//}
//
//else if( reader.StartsWith(NO_NULL_ENUMDATA) ) {
// ReadToEOL( reader );
// AllowNullEnumData = false;
//}
else if( reader.StartsWith(CODE_NAMESPACE) ) {
reader.Skip( CODE_NAMESPACE.Length );
Namespace = GetText( reader ).Trim();
}
else if( reader.StartsWith(CODE_CLASSNAME) ) {
reader.Skip( CODE_CLASSNAME.Length );
ClassName = GetText( reader ).Trim();
}
else if( reader.StartsWith(INJECT) ) {
ReadToEOL( reader );
Inject = true;
}
else if( reader.StartsWith(PREPROCESS) ) {
ReadToEOL( reader );
PreProcess = true;
}
else if( reader.StartsWith(POSTPROCESS) ) {
ReadToEOL( reader );
PostProcess = true;
}
else if( reader.StartsWith(COMMENTS_FULL_REMOVE) ) {
ReadToEOL( reader );
CommentsFullRemove = true;
}
else {
//return reader.Remainder;
return CleanComments( reader );
}
}
}
/////////////////////////////////////////////////////////////////////////////
public static void CallerOptions( string textIn,
StringBuilder textOut,
List<string> targets,
Action<string, string, StringBuilder> handler
)
{
// ******
if( null == handler ) {
throw new ArgumentNullException( "handler" );
}
// ******
var reader = new StringIndexer( textIn );
while( ! reader.AtEnd ) {
foreach( string target in targets ) {
if( reader.StartsWith(target) ) {
reader.Skip( target.Length );
string remainder = GetText( reader ).Trim();
handler( target, remainder, textOut );
}
else {
if( null != textOut ) {
textOut.Append( GetText(reader) );
textOut.Append( SC.NEWLINE );
}
}
}
}
}
///////////////////////////////////////////////////////////////////////////////
//
//private Type GetTypeOfData( string description, StringIndexer reader )
//{
// // ******
// string typeName = GetText( reader ).Trim();
// if( string.IsNullOrEmpty(typeName) ) {
// CSX.WriteWarning( "empty type name processing {0}", description );
// }
//
// // ******
// int pos = typeName.IndexOf( '.' );
// bool fullTypeName = pos >= 0;
// if( 0 == pos ) {
// //
// // if a dot is the first char the intent is that this
// // is a full type name search and the type we're looking
// // for does NOT live in a namespace
// //
// typeName = typeName.Substring( 1 );
// }
//
// // ******
// Type type = TypeLoader.GetType( typeName );
// if( null != type ) {
// return type;
// }
//
// // ******
// foreach( var path in RefAssemblies ) {
// TypeList list = TypeLoader.GetType( path, typeName, fullTypeName );
// if( list.Count > 0 ) {
// return list[ 0 ];
// }
// }
//
// // ******
// return null;
//}
//
/////////////////////////////////////////////////////////////////////////////
private string CleanComments( StringIndexer reader )
{
// ******
if( PreProcess ) {
//
// let Nmp remove any single line comments - we leave
// the end of line behind, Nmp will remove the entire
// line
//
return reader.Remainder;
}
// ******
var sb = new StringBuilder();
while( ! reader.AtEnd ) {
//
// a space or a pair of commas also make it go away
//
if( reader.StartsWith(START_SINGLE_LINE_COMMENT) ) {
ReadToEOL( reader );
if( CommentsFullRemove ) {
//
// remove the whole thing - do not add end of line
//
continue;
}
}
else {
sb.Append( GetText(reader) );
}
//
// GetText() does not return an end-of-line so we need to add it,
// also we want to leave a blank line where the comment was stripped
// out so line counts remain the same as the source
//
sb.AppendLine();
}
// ******
return sb.ToString();
}