public static IEnumerable <ASTRestriction> CreateRestrictions(IParser parser, TokenType root)
{
var depth = root == TokenType.KW_Alias ? 1 : 2;
var annotations = ASTAnnotation.Parse(parser);
parser.TryConsume(TokenType.And, out Token? t);
while (!(t is null))
{
var word = parser.Consume(TokenType.Word);
var key = word.Value.Trim();
var numberValue = parser.TryConsume(TokenType.Number);
var stringValue = parser.TryConsume(TokenType.String);
var patternValue = parser.TryConsume(TokenType.Pattern);
if (numberValue != null)
{
yield return(new ASTRestriction(key, numberValue.Value, annotations, numberValue, depth));
}
else if (stringValue != null)
{
yield return(new ASTRestriction(key, stringValue.Value, annotations, stringValue, depth));
}
else if (patternValue != null)
{
yield return(new ASTRestriction(key, patternValue.Value, annotations, patternValue, depth));
}
annotations = ASTAnnotation.Parse(parser);
parser.TryConsume(TokenType.And, out t);
}
}
public ASTTypeField(IParser parser)
{
this.Restrictions = new List <ASTRestriction>();
this.Annotations = ASTAnnotation.Parse(parser).ToList();
this.Name = parser.Consume(TokenType.Identifier).Value;
Token Separator = parser.Consume(TokenType.Separator);
this.Type = ASTTypeDefinition.ParseType(parser).ToList();
this.Restrictions = ASTRestriction.CreateRestrictions(parser).ToList();
parser.Consume(TokenType.EndStatement);
}
public static IEnumerable <ASTOption> Parse(IParser parser)
{
var annotations = ASTAnnotation.Parse(parser);
parser.TryConsume(TokenType.Or, out Token t);
while (!(t is null))
{
var value = parser.Consume(TokenType.String);
yield return(new ASTOption(value.Value.Substring(1, value.Value.Length - 2), annotations));
annotations = ASTAnnotation.Parse(parser);
parser.TryConsume(TokenType.Or, out t);
}
}
public static ASTTypeField Parse(IParser parser)
{
var result = new ASTTypeField();
result.Restrictions = new List <ASTRestriction>();
result.Annotations = ASTAnnotation.Parse(parser).ToList();
result.Name = parser.Consume(TokenType.Identifier).Value;
Token Separator = parser.Consume(TokenType.Separator);
result.Type = ASTTypeDefinition.ParseType(parser).ToList();
result.Restrictions = ASTRestriction.CreateRestrictions(parser, TokenType.KW_Type).ToList();
parser.Consume(TokenType.EndStatement);
return(result);
}
public static IEnumerable <ASTRestriction> CreateRestrictions(IParser parser)
{
var annotations = ASTAnnotation.Parse(parser);
parser.TryConsume(TokenType.And, out Token t);
while (!(t is null))
{
var word = parser.Consume(TokenType.Word);
var value = parser.Consume(TokenType.Number);
yield return(new ASTRestriction(word.Value, value.Value.ToString(), annotations));
annotations = ASTAnnotation.Parse(parser);
parser.TryConsume(TokenType.And, out t);
}
}
public static IEnumerable <ASTDataOption> Parse(IParser parser)
{
var annotations = ASTAnnotation.Parse(parser);
parser.TryConsume(TokenType.Or, out Token? t);
while (!(t is null))
{
var id = parser.Consume(TokenType.Identifier);
var parameters = parser.ConsumeWhile(TokenType.GenericParameter);
ASTDataOption r = new ASTDataOption();
r.Name = id.Value;
r.Parameters = parameters.Select(p => p.Value).ToList();
r.Annotations = annotations;
yield return(r);
annotations = ASTAnnotation.Parse(parser);
parser.TryConsume(TokenType.Or, out t);
}
}
