public void __nested_rule_2(_NestedCall_Memo _memo, int _index, _NestedCall_Args _args)
{
int _arg_index = 0;
int _arg_input_index = 0;
// AND 0
int _start_i0 = _index;
// LITERAL "e"
_ParseLiteralString(_memo, ref _index, "e");
// AND shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Push(null); goto label0;
}
// LITERAL "f"
_ParseLiteralString(_memo, ref _index, "f");
label0: // AND
var _r0_2 = _memo.Results.Pop();
var _r0_1 = _memo.Results.Pop();
if (_r0_1 != null && _r0_2 != null)
{
_memo.Results.Push(new _NestedCall_Item(_start_i0, _index, _memo.InputEnumerable, _r0_1.Results.Concat(_r0_2.Results).Where(_NON_NULL), true));
}
else
{
_memo.Results.Push(null);
_index = _start_i0;
}
}
public void Two(_NestedCall_Memo _memo, int _index, _NestedCall_Args _args)
{
int _arg_index = 0;
int _arg_input_index = 0;
// LITERAL "two"
_ParseLiteralString(_memo, ref _index, "two");
// ACT
var _r0 = _memo.Results.Peek();
if (_r0 != null)
{
_memo.Results.Pop();
_memo.Results.Push(new _NestedCall_Item(_r0.StartIndex, _r0.NextIndex, _memo.InputEnumerable, _Thunk(_IM_Result => { return(2); }, _r0), true));
}
}
public void H(_NestedCall_Memo _memo, int _index, _NestedCall_Args _args)
{
int _arg_index = 0;
int _arg_input_index = 0;
_NestedCall_Item h = null;
// ARGS 0
_arg_index = 0;
_arg_input_index = 0;
// ANY
_ParseAnyArgs(_memo, ref _arg_index, ref _arg_input_index, _args);
// BIND h
h = _memo.ArgResults.Peek();
if (_memo.ArgResults.Pop() == null)
{
_memo.Results.Push(null);
goto label0;
}
// CALL C
var _start_i3 = _index;
_NestedCall_Item _r3;
_NestedCall_Args _actual_args3 = new _NestedCall_Item[] { new _NestedCall_Item(Alpha) };
if (_args != null)
{
_actual_args3 = _actual_args3.Concat(_args.Skip(_arg_index));
}
_r3 = _MemoCall(_memo, "C", _index, C, _actual_args3);
if (_r3 != null)
{
_index = _r3.NextIndex;
}
label0: // ARGS 0
_arg_input_index = _arg_index; // no-op for label
}
public void G(_NestedCall_Memo _memo, int _index, _NestedCall_Args _args)
{
int _arg_index = 0;
int _arg_input_index = 0;
// CALL C
var _start_i0 = _index;
_NestedCall_Item _r0;
_NestedCall_Args _actual_args0 = new _NestedCall_Item[] { new _NestedCall_Item(Alpha) };
if (_args != null)
{
_actual_args0 = _actual_args0.Concat(_args.Skip(_arg_index));
}
_r0 = _MemoCall(_memo, "C", _index, C, _actual_args0);
if (_r0 != null)
{
_index = _r0.NextIndex;
}
}
public void I(_NestedCall_Memo _memo, int _index, _NestedCall_Args _args)
{
int _arg_index = 0;
int _arg_input_index = 0;
// CALL H
var _start_i0 = _index;
_NestedCall_Item _r0;
var _arg0_0 = "i";
_NestedCall_Args _actual_args0 = new _NestedCall_Item[] { new _NestedCall_Item(_arg0_0) };
if (_args != null)
{
_actual_args0 = _actual_args0.Concat(_args.Skip(_arg_index));
}
_r0 = _MemoCall(_memo, "H", _index, H, _actual_args0);
if (_r0 != null)
{
_index = _r0.NextIndex;
}
}
public void Alpha(_NestedCall_Memo _memo, int _index, _NestedCall_Args _args)
{
int _arg_index = 0;
int _arg_input_index = 0;
_NestedCall_Item x = null;
_NestedCall_Item a = null;
// ARGS 0
_arg_index = 0;
_arg_input_index = 0;
// ANY
_ParseAnyArgs(_memo, ref _arg_index, ref _arg_input_index, _args);
// BIND x
x = _memo.ArgResults.Peek();
if (_memo.ArgResults.Pop() == null)
{
_memo.Results.Push(null);
goto label0;
}
// AND 4
int _start_i4 = _index;
// CALLORVAR x
_NestedCall_Item _r6;
if (x.Production != null)
{
var _p6 = (System.Action <_NestedCall_Memo, int, IEnumerable <_NestedCall_Item> >)(object) x.Production;
_r6 = _MemoCall(_memo, x.Production.Method.Name, _index, _p6, _args != null ? _args.Skip(_arg_index) : null);
}
else
{
_r6 = _ParseLiteralObj(_memo, ref _index, x.Inputs);
}
if (_r6 != null)
{
_index = _r6.NextIndex;
}
// BIND a
a = _memo.Results.Peek();
// AND shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Push(null); goto label4;
}
// LITERAL "a"
_ParseLiteralString(_memo, ref _index, "a");
label4: // AND
var _r4_2 = _memo.Results.Pop();
var _r4_1 = _memo.Results.Pop();
if (_r4_1 != null && _r4_2 != null)
{
_memo.Results.Push(new _NestedCall_Item(_start_i4, _index, _memo.InputEnumerable, _r4_1.Results.Concat(_r4_2.Results).Where(_NON_NULL), true));
}
else
{
_memo.Results.Push(null);
_index = _start_i4;
}
// ACT
var _r3 = _memo.Results.Peek();
if (_r3 != null)
{
_memo.Results.Pop();
_memo.Results.Push(new _NestedCall_Item(_r3.StartIndex, _r3.NextIndex, _memo.InputEnumerable, _Thunk(_IM_Result => { return(a); }, _r3), true));
}
label0: // ARGS 0
_arg_input_index = _arg_index; // no-op for label
}
public void __nested_rule_1(_NestedCall_Memo _memo, int _index, _NestedCall_Args _args)
{
int _arg_index = 0;
int _arg_input_index = 0;
_NestedCall_Item c = null;
// ARGS 0
_arg_index = 0;
_arg_input_index = 0;
// ANY
_ParseAnyArgs(_memo, ref _arg_index, ref _arg_input_index, _args);
// BIND c
c = _memo.ArgResults.Peek();
if (_memo.ArgResults.Pop() == null)
{
_memo.Results.Push(null);
goto label0;
}
// AND 3
int _start_i3 = _index;
// CALLORVAR c
_NestedCall_Item _r4;
if (c.Production != null)
{
var _p4 = (System.Action <_NestedCall_Memo, int, IEnumerable <_NestedCall_Item> >)(object) c.Production;
_r4 = _MemoCall(_memo, c.Production.Method.Name, _index, _p4, _args != null ? _args.Skip(_arg_index) : null);
}
else
{
_r4 = _ParseLiteralObj(_memo, ref _index, c.Inputs);
}
if (_r4 != null)
{
_index = _r4.NextIndex;
}
// AND shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Push(null); goto label3;
}
// LITERAL "c"
_ParseLiteralString(_memo, ref _index, "c");
label3: // AND
var _r3_2 = _memo.Results.Pop();
var _r3_1 = _memo.Results.Pop();
if (_r3_1 != null && _r3_2 != null)
{
_memo.Results.Push(new _NestedCall_Item(_start_i3, _index, _memo.InputEnumerable, _r3_1.Results.Concat(_r3_2.Results).Where(_NON_NULL), true));
}
else
{
_memo.Results.Push(null);
_index = _start_i3;
}
label0: // ARGS 0
_arg_input_index = _arg_index; // no-op for label
}
