private bool ReadPropertyValue()
{
char[] delimiters = options.AllowComments ? new char[] { ';', '\r', '\n' } : new char[] { '\r', '\n' };
string value = ReadUntilAny(delimiters, allowEscapeSequences: true);
if (options.Unescape)
{
value = IniDocument.Unescape(value);
}
// Whitespace surrounding property values is ignored.
tokens.Enqueue(new IniLexerToken(IniLexerTokenType.PropertyValue, value.Trim()));
return(true);
}
private bool ReadSectionName()
{
string value = ReadUntilAny(new char[] { ']', '\r', '\n' }, allowEscapeSequences: true);
if (options.Unescape)
{
value = IniDocument.Unescape(value);
}
// Whitespace surrounding section names is ignored.
tokens.Enqueue(new IniLexerToken(IniLexerTokenType.SectionName, value.Trim()));
// If we reached the end of the line rather than the end of the section, the section was not closed.
if (PeekCharacter()?.IsNewLine() ?? false)
{
return(false);
}
return(true);
}
private bool ReadPropertyName()
{
char[] delimiters = options.AllowComments ? new char[] { '=', ';', '\r', '\n' } : new char[] { '=', '\r', '\n' };
string value = ReadUntilAny(delimiters, allowEscapeSequences: true);
if (options.Unescape)
{
value = IniDocument.Unescape(value);
}
// Whitespace surrounding property names is ignored.
tokens.Enqueue(new IniLexerToken(IniLexerTokenType.PropertyName, value.Trim()));
// If we reached the end of the line rather than the end of the property, the property does not have a value.
if (PeekCharacter()?.IsNewLine() ?? false)
{
return(false);
}
return(true);
}