protected internal override void TraverseEval(Eval eval)
{
var m = eval.InvokedMethod();
eval.InvocationArgs().ForEach(Traverse);
var lam = eval.InvokedLambda();
if (lam.InvokedAsCtor)
{
il.newobj(m);
}
else if (lam.InvokedAsVirtual)
{
il.callvirt(m);
}
else
{
il.call(m);
}
var rets_smth = lam.Sig.Ret != typeof(void);
var ret_aint_used = !(Stack.SecondOrDefault() is Expression);
if (rets_smth && ret_aint_used)
{
il.pop();
}
}
public Eval Redirect(Eval eval)
{
var m = eval.InvokedMethod();
var a = eval.InvocationArgs().ToReadOnly();
var redirectors = _redirects.Select(kvp => kvp.Key(m) ? kvp.Value : null).Where(f => f != null);
var f_mredir = redirectors.AssertSingle().Item1;
var m_redir = f_mredir(m, a);
var f_aredir = redirectors.AssertSingle().Item2;
var a_redir = f_aredir(m, a);
if (m_redir == null || a_redir == null) return null;
// todo. this doesn't preserve virtuality of the call!
return new Eval(new Apply(new Lambda(m_redir), a_redir));
}
public Eval Redirect(Eval eval)
{
var m = eval.InvokedMethod();
var a = eval.InvocationArgs().ToReadOnly();
var redirectors = _redirects.Select(kvp => kvp.Key(m) ? kvp.Value : null).Where(f => f != null);
var f_mredir = redirectors.AssertSingle().Item1;
var m_redir = f_mredir(m, a);
var f_aredir = redirectors.AssertSingle().Item2;
var a_redir = f_aredir(m, a);
if (m_redir == null || a_redir == null)
{
return(null);
}
// todo. this doesn't preserve virtuality of the call!
return(new Eval(new Apply(new Lambda(m_redir), a_redir)));
}
protected override void TraverseEval(Eval eval)
{
var m = eval.InvokedMethod();
eval.InvocationArgs().ForEach(Traverse);
var lam = eval.InvokedLambda();
if (lam.InvokedAsCtor) il.newobj(m);
else if (lam.InvokedAsVirtual) il.callvirt(m);
else il.call(m);
var rets_smth = lam.Sig.Ret != typeof(void);
var ret_aint_used = !(Stack.SecondOrDefault() is Expression);
if (rets_smth && ret_aint_used) il.pop();
}
protected override void TraverseEval(Eval eval)
{
var m = eval.InvokedMethod();
var args = eval.InvocationArgsInfo();
if (m.DeclaringType == typeof(Ctm) && m.Name == "Malloc")
{
throw AssertionHelper.Fail();
}
else if (m.DeclaringType.IsArray || m.DeclaringType == typeof(Array))
{
var @this = args.First().Item1;
if (m.Name == "GetLength")
{
var e_dim = args.Skip(1).AssertSingle().Item1;
var dim = e_dim.AssertCast<Const>().Value.AssertCoerce<int>();
_ptx.ld(@this).arrdim(dim);
}
else if (m.IsArrayGetter())
{
_ptx.ld(@this);
args.Skip(1).ForEach(idx => _ptx.ld(idx.Item1));
_ptx.arrget(m);
}
else if (m.IsArraySetter())
{
_ptx.ld(@this);
args.Skip(1).ForEach(idx => _ptx.ld(idx.Item1));
_ptx.arrset(m);
}
else
{
throw AssertionHelper.Fail();
}
}
else
{
var a_ptx = m.AttrOrNull<PtxAttribute>();
if (a_ptx == null)
{
var p_m = m.EnclosingProperty();
if (p_m != null) a_ptx = p_m.AttrOrNull<PtxAttribute>();
}
a_ptx.AssertNotNull();
(a_ptx.Version <= _cfg.Version).AssertTrue();
(a_ptx.Target <= _cfg.Target).AssertTrue();
var s_code = a_ptx.Code.Trim();
var is_literal = !s_code.Contains(" ");
is_literal.AssertEquiv(args.IsEmpty());
if (is_literal)
{
_ptx.op(s_code);
}
else
{
var splits = s_code.Split(" ".MkArray(), StringSplitOptions.RemoveEmptyEntries);
splits.AssertThat(seq => seq.Count() >= 3);
var cop = splits.AssertFirst();
splits.AssertSecond().AssertThat(s => s == "%");
splits.Skip(2).ForEach(s_arg =>
{
if (!s_arg.StartsWith("%"))
{
_ptx.ld(s_arg);
}
else
{
var p_name = s_arg.AssertExtract("$%(?<name>.*)^");
var p = m.GetParameters().AssertSingle(p1 => p1.Name == p_name);
_ptx.ld(args[p]);
}
});
_ptx.op(cop);
}
}
}
protected override void TraverseEval(Eval eval)
{
var m = eval.InvokedMethod();
var args = eval.InvocationArgsInfo();
if (m.DeclaringType == typeof(Ctm) && m.Name == "Malloc")
{
throw AssertionHelper.Fail();
}
else if (m.DeclaringType.IsArray || m.DeclaringType == typeof(Array))
{
var @this = args.First().Item1;
if (m.Name == "GetLength")
{
var e_dim = args.Skip(1).AssertSingle().Item1;
var dim = e_dim.AssertCast <Const>().Value.AssertCoerce <int>();
_ptx.ld(@this).arrdim(dim);
}
else if (m.IsArrayGetter())
{
_ptx.ld(@this);
args.Skip(1).ForEach(idx => _ptx.ld(idx.Item1));
_ptx.arrget(m);
}
else if (m.IsArraySetter())
{
_ptx.ld(@this);
args.Skip(1).ForEach(idx => _ptx.ld(idx.Item1));
_ptx.arrset(m);
}
else
{
throw AssertionHelper.Fail();
}
}
else
{
var a_ptx = m.AttrOrNull <PtxAttribute>();
if (a_ptx == null)
{
var p_m = m.EnclosingProperty();
if (p_m != null)
{
a_ptx = p_m.AttrOrNull <PtxAttribute>();
}
}
a_ptx.AssertNotNull();
(a_ptx.Version <= _cfg.Version).AssertTrue();
(a_ptx.Target <= _cfg.Target).AssertTrue();
var s_code = a_ptx.Code.Trim();
var is_literal = !s_code.Contains(" ");
is_literal.AssertEquiv(args.IsEmpty());
if (is_literal)
{
_ptx.op(s_code);
}
else
{
var splits = s_code.Split(" ".MkArray(), StringSplitOptions.RemoveEmptyEntries);
splits.AssertThat(seq => seq.Count() >= 3);
var cop = splits.AssertFirst();
splits.AssertSecond().AssertThat(s => s == "%");
splits.Skip(2).ForEach(s_arg =>
{
if (!s_arg.StartsWith("%"))
{
_ptx.ld(s_arg);
}
else
{
var p_name = s_arg.AssertExtract("$%(?<name>.*)^");
var p = m.GetParameters().AssertSingle(p1 => p1.Name == p_name);
_ptx.ld(args[p]);
}
});
_ptx.op(cop);
}
}
}