public readonly Statement otherwise; // Empty statement if there was no else part.
public IfStatement(ComponentReader reader)
{
fileOffset = new FileOffset(reader);
condition = reader.ReadExpression();
then = reader.ReadStatement();
otherwise = reader.ReadStatement();
}
public AssertStatement(ComponentReader reader)
{
condition = reader.ReadExpression();
conditionStartOffset = new FileOffset(reader);
conditionEndOffset = new FileOffset(reader);
message = reader.ReadOption(r => r.ReadExpression());
}
public IntConstant(ComponentReader reader)
{
value = reader.ReadExpression();
switch (value.tag)
{
case PositiveIntLiteral.Tag:
case NegativeIntLiteral.Tag:
// case SpecializedIntLiteral.Tag:
// public byte tag => (byte) (144 + N); // Where 0 <= N < 8.
case 144:
case 145:
case 146:
case 147:
case 148:
case 149:
case 150:
case 151:
case BigIntLiteral.Tag:
return;
default:
throw new Exception($"{nameof(IntConstant)}: improper tag ({tag})");
}
}
public AsyncForInStatement(ComponentReader reader)
{
fileOffset = new FileOffset(reader);
bodyOffset = new FileOffset(reader);
variable = new VariableDeclaration(reader);
iterable = reader.ReadExpression();
body = reader.ReadStatement();
}
public FieldInitializer(ComponentReader reader)
{
isSynthetic = reader.ReadByte();
field = new FieldReference(reader);
value = reader.ReadExpression();
}
public ExpressionStatement(ComponentReader reader)
{
expression = reader.ReadExpression();
}
public YieldStatement(ComponentReader reader)
{
fileOffset = new FileOffset(reader);
flags = (Flag)reader.ReadByte();
expression = reader.ReadExpression();
}
public SwitchStatement(ComponentReader reader)
{
fileOffset = new FileOffset(reader);
expression = reader.ReadExpression();
cases = reader.ReadList(r => new SwitchCase(r));
}
public DoStatement(ComponentReader reader)
{
fileOffset = new FileOffset(reader);
body = reader.ReadStatement();
condition = reader.ReadExpression();
}
