public void DoStatement <T>(T instance, ReadOnlyCollection <string> input, bool promoteQuotes)
{
LexListBuilder ll = new LexListBuilder();
Action <T> act;
ll.AddAndPromoteQuotes(@"
partial class `Type
{
public void DoStatement () { ", "Type", typeof(T));
foreach (string line in input)
{
if (promoteQuotes)
{
ll.AddAndPromoteQuotes(line);
}
else
{
ll.Add(line);
}
}
ll.AddAndPromoteQuotes("}}");
AddMethodsAndFields(ll.ToLexList(), true).GetAction <T>("DoStatement", out act);
try {
act(instance);
} catch (Exception ex) {
ll.ToLexList().ThrowException("This did not run: " + ex.Message);
}
}
public R DoExpression <T, R>(T instance, ReadOnlyCollection <string> input, bool promoteQuotes)
{
LexListBuilder ll = new LexListBuilder();
Func <T, R> fn;
ll.AddAndPromoteQuotes(@"
partial class `Type
{
public `ReturnType `MethodName() { return ", "Type", typeof(T), "ReturnType", typeof(R), "MethodName", DoExpressionName);
foreach (string line in input)
{
if (promoteQuotes)
{
ll.AddAndPromoteQuotes(line);
}
else
{
ll.Add(line);
}
}
ll.AddAndPromoteQuotes(" ; }}");
AddMethodsAndFields(ll.ToLexList(), true).GetFunc <T, R>(DoExpressionName, out fn);
try {
return(fn(instance));
} catch (Exception ex) {
ll.ToLexList().ThrowException("This did not run: " + ex.Message);
return(default(R));
}
}
private void MakeFieldInitialiser(List <CompileMethod> currentListOfMethods)
{
LexListBuilder lb = new LexListBuilder();
lb.AddAndPromoteQuotes("public void FieldsInitialiser () { ");
lb.AddAndPromoteQuotes("if (Fields == null) Fields = new List<object> () ;");
foreach (var f in (from f in MadeFieldsDict orderby f.Value.Index select f))
{
Type theType = f.Value.VarType;
lb.AddAndPromoteQuotes("`type `name ; if (Fields.Count == `index) Fields.Add ( (object)`name ) ; ", "type", theType, "name", f.Value.VarName, "index", f.Value.Index);
// The conditional 'if (Fields.Count == f.Value.Index)' bit means that this initialisation function can be called repeatedly, and only the new ones will be initialised.
}
lb.AddAndPromoteQuotes("}");
LexList ll = lb.ToLexList();
ll.CrosslinkBrackets();
CompileNextMethodHeader(ll, true, currentListOfMethods);
}