public int Compile(string[] inputs, string[] argv)
{
checkArg(inputs, "inputs");
compilation_unitList asts = new compilation_unitList();
compile(inputs, asts);
if (Msg.Count == 0 && asts.Count > 0)
{
visit(argv, asts, Console.Out);
}
return(Msg.Count);
}
void visit(string[] argv, compilation_unitList asts, TextWriter w)
{
compilation ast = new compilation(argv, asts, imports.global);
ast.link(null);
for (int i = 0; i < visitors.Count && ast != null; i++)
{
VisitorDelegate visitor = visitors[i];
string[] args = (string[])visitorArgs[i];
ast = visitor(ast, w, args, Msg);
}
}
public int Compile(string[] inputs, string output, string[] argv)
{
checkArg(inputs, "inputs");
checkArg(output, "output");
compilation_unitList asts = new compilation_unitList();
compile(inputs, asts);
if (Msg.Count == 0 && asts.Count > 0)
{
TextWriter w;
try {
w = new StreamWriter(output);
} catch (Exception e) {
Msg.Error("can't write \"{0}\": {1}", output, e.Message);
return(Msg.Count);
}
visit(argv, asts, w);
w.Close();
}
return(Msg.Count);
}
void compile(string[] inputs, compilation_unitList asts)
{
foreach (string f in inputs)
{
try {
TextReader r = new StreamReader(f);
long time = Debug.Clock;
object ast = Parser.parse(f, r);
if (ast != null)
{
asts.Add((compilation_unit)ast);
}
else
{
Msg.Count++;
}
r.Close();
} catch (Exception e) {
Msg.Error("can't read \"{0}\": {1}", f, e.Message);
}
}
}