public void Divide(_Calc_Memo _memo, int _index, _Calc_Args _args)
{
int _arg_index = 0;
int _arg_input_index = 0;
// CALL BinaryOp
var _start_i1 = _index;
_Calc_Item _r1;
var _arg1_0 = "/";
_Calc_Args _actual_args1 = new _Calc_Item[] { new _Calc_Item(Multiplicative), new _Calc_Item(_arg1_0), new _Calc_Item(Number), new _Calc_Item(DecimalDigit) };
if (_args != null)
{
_actual_args1 = _actual_args1.Concat(_args.Skip(_arg_index));
}
_r1 = _MemoCall(_memo, "BinaryOp", _index, BinaryOp, _actual_args1);
if (_r1 != null)
{
_index = _r1.NextIndex;
}
// ACT
var _r0 = _memo.Results.Peek();
if (_r0 != null)
{
_memo.Results.Pop();
_memo.Results.Push(new _Calc_Item(_r0.StartIndex, _r0.NextIndex, _memo.InputEnumerable, _Thunk(_IM_Result => { return(_IM_Result.Results.Aggregate((q, n) => q / n)); }, _r0), true));
}
}
public void Expression(_Calc_Memo _memo, int _index, _Calc_Args _args)
{
int _arg_index = 0;
int _arg_input_index = 0;
// CALLORVAR Additive
_Calc_Item _r0;
_r0 = _MemoCall(_memo, "Additive", _index, Additive, null);
if (_r0 != null)
{
_index = _r0.NextIndex;
}
}
public void DecimalDigit(_Calc_Memo _memo, int _index, _Calc_Args _args)
{
_Calc_Item c = null;
// INPUT CLASS
_ParseInputClass(_memo, ref _index, '\u0030', '\u0031', '\u0032', '\u0033', '\u0034', '\u0035', '\u0036', '\u0037', '\u0038', '\u0039');
// BIND c
c = _memo.Results.Peek();
// ACT
var _r0 = _memo.Results.Peek();
if (_r0 != null)
{
_memo.Results.Pop();
_memo.Results.Push(new _Calc_Item(_r0.StartIndex, _r0.NextIndex, _memo.InputEnumerable, _Thunk(_IM_Result => { return(((char)c - '0').ToString()); }, _r0), true));
}
}
public void WS(_Calc_Memo _memo, int _index, _Calc_Args _args)
{
int _arg_index = 0;
int _arg_input_index = 0;
// OR 0
int _start_i0 = _index;
// OR 1
int _start_i1 = _index;
// OR 2
int _start_i2 = _index;
// LITERAL ' '
_ParseLiteralChar(_memo, ref _index, ' ');
// OR shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Pop(); _index = _start_i2;
}
else
{
goto label2;
}
// LITERAL '\n'
_ParseLiteralChar(_memo, ref _index, '\n');
label2: // OR
int _dummy_i2 = _index; // no-op for label
// OR shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Pop(); _index = _start_i1;
}
else
{
goto label1;
}
// LITERAL '\r'
_ParseLiteralChar(_memo, ref _index, '\r');
label1: // OR
int _dummy_i1 = _index; // no-op for label
// OR shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Pop(); _index = _start_i0;
}
else
{
goto label0;
}
// LITERAL '\t'
_ParseLiteralChar(_memo, ref _index, '\t');
label0: // OR
int _dummy_i0 = _index; // no-op for label
}
public void KW(_Calc_Memo _memo, int _index, _Calc_Args _args)
{
int _arg_index = 0;
int _arg_input_index = 0;
_Calc_Item str = null;
// ARGS 0
_arg_index = 0;
_arg_input_index = 0;
// ANY
_ParseAnyArgs(_memo, ref _arg_index, ref _arg_input_index, _args);
// BIND str
str = _memo.ArgResults.Peek();
if (_memo.ArgResults.Pop() == null)
{
_memo.Results.Push(null);
goto label0;
}
// AND 3
int _start_i3 = _index;
// CALLORVAR str
_Calc_Item _r4;
if (str.Production != null)
{
var _p4 = (System.Action <_Calc_Memo, int, IEnumerable <_Calc_Item> >)(object) str.Production;
_r4 = _MemoCall(_memo, str.Production.Method.Name, _index, _p4, _args != null ? _args.Skip(_arg_index) : null);
}
else
{
_r4 = _ParseLiteralObj(_memo, ref _index, str.Inputs);
}
if (_r4 != null)
{
_index = _r4.NextIndex;
}
// AND shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Push(null); goto label3;
}
// STAR 5
int _start_i5 = _index;
var _res5 = Enumerable.Empty <int>();
label5:
// CALLORVAR WS
_Calc_Item _r6;
_r6 = _MemoCall(_memo, "WS", _index, WS, null);
if (_r6 != null)
{
_index = _r6.NextIndex;
}
// STAR 5
var _r5 = _memo.Results.Pop();
if (_r5 != null)
{
_res5 = _res5.Concat(_r5.Results);
goto label5;
}
else
{
_memo.Results.Push(new _Calc_Item(_start_i5, _index, _memo.InputEnumerable, _res5.Where(_NON_NULL), true));
}
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 _Calc_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
}
public void Digits(_Calc_Memo _memo, int _index, _Calc_Args _args)
{
int _arg_index = 0;
int _arg_input_index = 0;
_Calc_Item type = null;
_Calc_Item a = null;
_Calc_Item b = null;
// OR 0
int _start_i0 = _index;
// ARGS 1
_arg_index = 0;
_arg_input_index = 0;
// ANY
_ParseAnyArgs(_memo, ref _arg_index, ref _arg_input_index, _args);
// BIND type
type = _memo.ArgResults.Peek();
if (_memo.ArgResults.Pop() == null)
{
_memo.Results.Push(null);
goto label1;
}
// AND 5
int _start_i5 = _index;
// CALL Digits
var _start_i7 = _index;
_Calc_Item _r7;
_Calc_Args _actual_args7 = new _Calc_Item[] { type };
if (_args != null)
{
_actual_args7 = _actual_args7.Concat(_args.Skip(_arg_index));
}
_r7 = _MemoCall(_memo, "Digits", _index, Digits, _actual_args7);
if (_r7 != null)
{
_index = _r7.NextIndex;
}
// BIND a
a = _memo.Results.Peek();
// AND shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Push(null); goto label5;
}
// CALLORVAR type
_Calc_Item _r9;
if (type.Production != null)
{
var _p9 = (System.Action <_Calc_Memo, int, IEnumerable <_Calc_Item> >)(object) type.Production;
_r9 = _MemoCall(_memo, type.Production.Method.Name, _index, _p9, _args != null ? _args.Skip(_arg_index) : null);
}
else
{
_r9 = _ParseLiteralObj(_memo, ref _index, type.Inputs);
}
if (_r9 != null)
{
_index = _r9.NextIndex;
}
// BIND b
b = _memo.Results.Peek();
label5: // AND
var _r5_2 = _memo.Results.Pop();
var _r5_1 = _memo.Results.Pop();
if (_r5_1 != null && _r5_2 != null)
{
_memo.Results.Push(new _Calc_Item(_start_i5, _index, _memo.InputEnumerable, _r5_1.Results.Concat(_r5_2.Results).Where(_NON_NULL), true));
}
else
{
_memo.Results.Push(null);
_index = _start_i5;
}
// ACT
var _r4 = _memo.Results.Peek();
if (_r4 != null)
{
_memo.Results.Pop();
_memo.Results.Push(new _Calc_Item(_r4.StartIndex, _r4.NextIndex, _memo.InputEnumerable, _Thunk(_IM_Result => { return(a * 10 + b); }, _r4), true));
}
label1: // ARGS 1
_arg_input_index = _arg_index; // no-op for label
// OR shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Pop(); _index = _start_i0;
}
else
{
goto label0;
}
// ARGS 10
_arg_index = 0;
_arg_input_index = 0;
// ANY
_ParseAnyArgs(_memo, ref _arg_index, ref _arg_input_index, _args);
// BIND type
type = _memo.ArgResults.Peek();
if (_memo.ArgResults.Pop() == null)
{
_memo.Results.Push(null);
goto label10;
}
// CALLORVAR type
_Calc_Item _r13;
if (type.Production != null)
{
var _p13 = (System.Action <_Calc_Memo, int, IEnumerable <_Calc_Item> >)(object) type.Production;
_r13 = _MemoCall(_memo, type.Production.Method.Name, _index, _p13, _args != null ? _args.Skip(_arg_index) : null);
}
else
{
_r13 = _ParseLiteralObj(_memo, ref _index, type.Inputs);
}
if (_r13 != null)
{
_index = _r13.NextIndex;
}
label10: // ARGS 10
_arg_input_index = _arg_index; // no-op for label
label0: // OR
int _dummy_i0 = _index; // no-op for label
}
public void Additive(_Calc_Memo _memo, int _index, _Calc_Args _args)
{
int _arg_index = 0;
int _arg_input_index = 0;
// OR 0
int _start_i0 = _index;
// OR 1
int _start_i1 = _index;
// CALLORVAR Add
_Calc_Item _r2;
_r2 = _MemoCall(_memo, "Add", _index, Add, null);
if (_r2 != null)
{
_index = _r2.NextIndex;
}
// OR shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Pop(); _index = _start_i1;
}
else
{
goto label1;
}
// CALLORVAR Sub
_Calc_Item _r3;
_r3 = _MemoCall(_memo, "Sub", _index, Sub, null);
if (_r3 != null)
{
_index = _r3.NextIndex;
}
label1: // OR
int _dummy_i1 = _index; // no-op for label
// OR shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Pop(); _index = _start_i0;
}
else
{
goto label0;
}
// CALLORVAR Multiplicative
_Calc_Item _r4;
_r4 = _MemoCall(_memo, "Multiplicative", _index, Multiplicative, null);
if (_r4 != null)
{
_index = _r4.NextIndex;
}
label0: // OR
int _dummy_i0 = _index; // no-op for label
}
public void Number(_Calc_Memo _memo, int _index, _Calc_Args _args)
{
int _arg_index = 0;
int _arg_input_index = 0;
_Calc_Item type = null;
_Calc_Item n = null;
// ARGS 0
_arg_index = 0;
_arg_input_index = 0;
// ANY
_ParseAnyArgs(_memo, ref _arg_index, ref _arg_input_index, _args);
// BIND type
type = _memo.ArgResults.Peek();
if (_memo.ArgResults.Pop() == null)
{
_memo.Results.Push(null);
goto label0;
}
// AND 4
int _start_i4 = _index;
// CALL Digits
var _start_i6 = _index;
_Calc_Item _r6;
_Calc_Args _actual_args6 = new _Calc_Item[] { type };
if (_args != null)
{
_actual_args6 = _actual_args6.Concat(_args.Skip(_arg_index));
}
_r6 = _MemoCall(_memo, "Digits", _index, Digits, _actual_args6);
if (_r6 != null)
{
_index = _r6.NextIndex;
}
// BIND n
n = _memo.Results.Peek();
// AND shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Push(null); goto label4;
}
// STAR 7
int _start_i7 = _index;
var _res7 = Enumerable.Empty <int>();
label7:
// CALLORVAR WS
_Calc_Item _r8;
_r8 = _MemoCall(_memo, "WS", _index, WS, null);
if (_r8 != null)
{
_index = _r8.NextIndex;
}
// STAR 7
var _r7 = _memo.Results.Pop();
if (_r7 != null)
{
_res7 = _res7.Concat(_r7.Results);
goto label7;
}
else
{
_memo.Results.Push(new _Calc_Item(_start_i7, _index, _memo.InputEnumerable, _res7.Where(_NON_NULL), true));
}
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 _Calc_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 _Calc_Item(_r3.StartIndex, _r3.NextIndex, _memo.InputEnumerable, _Thunk(_IM_Result => { return(n); }, _r3), true));
}
label0: // ARGS 0
_arg_input_index = _arg_index; // no-op for label
}
public void BinaryOp(_Calc_Memo _memo, int _index, _Calc_Args _args)
{
int _arg_index = 0;
int _arg_input_index = 0;
_Calc_Item first = null;
_Calc_Item op = null;
_Calc_Item second = null;
_Calc_Item type = null;
_Calc_Item a = null;
_Calc_Item b = null;
// ARGS 0
_arg_index = 0;
_arg_input_index = 0;
// AND 1
int _start_i1 = _arg_index;
// AND 2
int _start_i2 = _arg_index;
// AND 3
int _start_i3 = _arg_index;
// ANY
_ParseAnyArgs(_memo, ref _arg_index, ref _arg_input_index, _args);
// BIND first
first = _memo.ArgResults.Peek();
// AND shortcut
if (_memo.ArgResults.Peek() == null)
{
_memo.ArgResults.Push(null); goto label3;
}
// ANY
_ParseAnyArgs(_memo, ref _arg_index, ref _arg_input_index, _args);
// BIND op
op = _memo.ArgResults.Peek();
label3: // AND
var _r3_2 = _memo.ArgResults.Pop();
var _r3_1 = _memo.ArgResults.Pop();
if (_r3_1 != null && _r3_2 != null)
{
_memo.ArgResults.Push(new _Calc_Item(_start_i3, _arg_index, _r3_1.Inputs.Concat(_r3_2.Inputs), _r3_1.Results.Concat(_r3_2.Results).Where(_NON_NULL), false));
}
else
{
_memo.ArgResults.Push(null);
_arg_index = _start_i3;
}
// AND shortcut
if (_memo.ArgResults.Peek() == null)
{
_memo.ArgResults.Push(null); goto label2;
}
// ANY
_ParseAnyArgs(_memo, ref _arg_index, ref _arg_input_index, _args);
// BIND second
second = _memo.ArgResults.Peek();
label2: // AND
var _r2_2 = _memo.ArgResults.Pop();
var _r2_1 = _memo.ArgResults.Pop();
if (_r2_1 != null && _r2_2 != null)
{
_memo.ArgResults.Push(new _Calc_Item(_start_i2, _arg_index, _r2_1.Inputs.Concat(_r2_2.Inputs), _r2_1.Results.Concat(_r2_2.Results).Where(_NON_NULL), false));
}
else
{
_memo.ArgResults.Push(null);
_arg_index = _start_i2;
}
// AND shortcut
if (_memo.ArgResults.Peek() == null)
{
_memo.ArgResults.Push(null); goto label1;
}
// ANY
_ParseAnyArgs(_memo, ref _arg_index, ref _arg_input_index, _args);
// QUES
if (_memo.ArgResults.Peek() == null)
{
_memo.ArgResults.Pop(); _memo.ArgResults.Push(new _Calc_Item(_arg_index, _memo.InputEnumerable));
}
// BIND type
type = _memo.ArgResults.Peek();
label1: // AND
var _r1_2 = _memo.ArgResults.Pop();
var _r1_1 = _memo.ArgResults.Pop();
if (_r1_1 != null && _r1_2 != null)
{
_memo.ArgResults.Push(new _Calc_Item(_start_i1, _arg_index, _r1_1.Inputs.Concat(_r1_2.Inputs), _r1_1.Results.Concat(_r1_2.Results).Where(_NON_NULL), false));
}
else
{
_memo.ArgResults.Push(null);
_arg_index = _start_i1;
}
if (_memo.ArgResults.Pop() == null)
{
_memo.Results.Push(null);
goto label0;
}
// AND 14
int _start_i14 = _index;
// AND 15
int _start_i15 = _index;
// CALLORVAR first
_Calc_Item _r17;
if (first.Production != null)
{
var _p17 = (System.Action <_Calc_Memo, int, IEnumerable <_Calc_Item> >)(object) first.Production;
_r17 = _MemoCall(_memo, first.Production.Method.Name, _index, _p17, _args != null ? _args.Skip(_arg_index) : null);
}
else
{
_r17 = _ParseLiteralObj(_memo, ref _index, first.Inputs);
}
if (_r17 != null)
{
_index = _r17.NextIndex;
}
// BIND a
a = _memo.Results.Peek();
// AND shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Push(null); goto label15;
}
// CALL KW
var _start_i18 = _index;
_Calc_Item _r18;
_Calc_Args _actual_args18 = new _Calc_Item[] { op };
if (_args != null)
{
_actual_args18 = _actual_args18.Concat(_args.Skip(_arg_index));
}
_r18 = _MemoCall(_memo, "KW", _index, KW, _actual_args18);
if (_r18 != null)
{
_index = _r18.NextIndex;
}
label15: // AND
var _r15_2 = _memo.Results.Pop();
var _r15_1 = _memo.Results.Pop();
if (_r15_1 != null && _r15_2 != null)
{
_memo.Results.Push(new _Calc_Item(_start_i15, _index, _memo.InputEnumerable, _r15_1.Results.Concat(_r15_2.Results).Where(_NON_NULL), true));
}
else
{
_memo.Results.Push(null);
_index = _start_i15;
}
// AND shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Push(null); goto label14;
}
// CALL second
var _start_i20 = _index;
_Calc_Item _r20;
_Calc_Args _actual_args20 = new _Calc_Item[] { type };
if (_args != null)
{
_actual_args20 = _actual_args20.Concat(_args.Skip(_arg_index));
}
_r20 = _MemoCall(_memo, second.ProductionName, _index, second.Production, _actual_args20);
if (_r20 != null)
{
_index = _r20.NextIndex;
}
// BIND b
b = _memo.Results.Peek();
label14: // AND
var _r14_2 = _memo.Results.Pop();
var _r14_1 = _memo.Results.Pop();
if (_r14_1 != null && _r14_2 != null)
{
_memo.Results.Push(new _Calc_Item(_start_i14, _index, _memo.InputEnumerable, _r14_1.Results.Concat(_r14_2.Results).Where(_NON_NULL), true));
}
else
{
_memo.Results.Push(null);
_index = _start_i14;
}
// ACT
var _r13 = _memo.Results.Peek();
if (_r13 != null)
{
_memo.Results.Pop();
_memo.Results.Push(new _Calc_Item(_r13.StartIndex, _r13.NextIndex, _memo.InputEnumerable, _Thunk(_IM_Result => { return(new List <int> {
a, b
}); }, _r13), true));
}
label0: // ARGS 0
_arg_input_index = _arg_index; // no-op for label
}
public void Multiplicative(_Calc_Memo _memo, int _index, _Calc_Args _args)
{
int _arg_index = 0;
int _arg_input_index = 0;
// OR 0
int _start_i0 = _index;
// OR 1
int _start_i1 = _index;
// CALLORVAR Multiply
_Calc_Item _r2;
_r2 = _MemoCall(_memo, "Multiply", _index, Multiply, null);
if (_r2 != null)
{
_index = _r2.NextIndex;
}
// OR shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Pop(); _index = _start_i1;
}
else
{
goto label1;
}
// CALLORVAR Divide
_Calc_Item _r3;
_r3 = _MemoCall(_memo, "Divide", _index, Divide, null);
if (_r3 != null)
{
_index = _r3.NextIndex;
}
label1: // OR
int _dummy_i1 = _index; // no-op for label
// OR shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Pop(); _index = _start_i0;
}
else
{
goto label0;
}
// CALL Number
var _start_i4 = _index;
_Calc_Item _r4;
_Calc_Args _actual_args4 = new _Calc_Item[] { new _Calc_Item(DecimalDigit) };
if (_args != null)
{
_actual_args4 = _actual_args4.Concat(_args.Skip(_arg_index));
}
_r4 = _MemoCall(_memo, "Number", _index, Number, _actual_args4);
if (_r4 != null)
{
_index = _r4.NextIndex;
}
label0: // OR
int _dummy_i0 = _index; // no-op for label
}
public void Expression(_Calc_Memo _memo, int _index, _Calc_Args _args)
{
_Calc_Item a = null;
_Calc_Item b = null;
// OR 0
int _start_i0 = _index;
// AND 2
int _start_i2 = _index;
// AND 3
int _start_i3 = _index;
// CALLORVAR Expression
_Calc_Item _r5;
_r5 = _MemoCall(_memo, "Expression", _index, Expression, null);
if (_r5 != null)
{
_index = _r5.NextIndex;
}
// BIND a
a = _memo.Results.Peek();
// AND shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Push(null); goto label3;
}
// LITERAL "-"
_ParseLiteralString(_memo, ref _index, "-");
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 _Calc_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;
}
// AND shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Push(null); goto label2;
}
// CALLORVAR Expression
_Calc_Item _r8;
_r8 = _MemoCall(_memo, "Expression", _index, Expression, null);
if (_r8 != null)
{
_index = _r8.NextIndex;
}
// BIND b
b = _memo.Results.Peek();
label2: // AND
var _r2_2 = _memo.Results.Pop();
var _r2_1 = _memo.Results.Pop();
if (_r2_1 != null && _r2_2 != null)
{
_memo.Results.Push(new _Calc_Item(_start_i2, _index, _memo.InputEnumerable, _r2_1.Results.Concat(_r2_2.Results).Where(_NON_NULL), true));
}
else
{
_memo.Results.Push(null);
_index = _start_i2;
}
// ACT
var _r1 = _memo.Results.Peek();
if (_r1 != null)
{
_memo.Results.Pop();
_memo.Results.Push(new _Calc_Item(_r1.StartIndex, _r1.NextIndex, _memo.InputEnumerable, _Thunk(_IM_Result => { return("(" + a + "-" + b + ")"); }, _r1), true));
}
// OR shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Pop(); _index = _start_i0;
}
else
{
goto label0;
}
// CALLORVAR DecimalDigit
_Calc_Item _r9;
_r9 = _MemoCall(_memo, "DecimalDigit", _index, DecimalDigit, null);
if (_r9 != null)
{
_index = _r9.NextIndex;
}
label0: // OR
int _dummy_i0 = _index; // no-op for label
}
