mrwonko

// include your class here

#include <iostream>
#include <sstream>
#include <string>

void unless( const bool condition, const std::string& error )
{
	if( !condition )
	{

mrwonko

BOOST_AUTO_TEST_CASE( call_and_return_factorial )
{
  auto code = create_code_segment(
    // stack: [-4: n] (supplied by executor)
    opcode::relative_load_stack, std::uint32_t( 4 ), std::int32_t( -4 ),
    // stack: [-8: n (return value memory, to be overwritten)] [-4: n]
    // result = factorial( n )
    opcode::call, label_reference( "factorial" ),
    // stack: [factorial( n )]
    opcode::exit,

mrwonko

3>P:\Programming\Libraries\boost_1_58_0\boost/variant/variant.hpp(978): error C3066: there are multiple ways that an object of this type can be called with these arguments
3>  P:\Programming\Libraries\perseus\code\src\executable\perseus_print.cpp(37): note: could be 'void print_visitor::operator ()(const perseus::detail::ast::void_expression &) const'
3>  P:\Programming\Libraries\perseus\code\src\executable\perseus_print.cpp(42): note: or       'void print_visitor::operator ()(const perseus::detail::ast::string_literal &) const'
3>  P:\Programming\Libraries\perseus\code\src\executable\perseus_print.cpp(47): note: or       'void print_visitor::operator ()(uint32_t) const'
3>  P:\Programming\Libraries\perseus\code\src\executable\perseus_print.cpp(52): note: or       'void print_visitor::operator ()(bool) const'
3>  P:\Programming\Libraries\perseus\code\src\executable\perseus_print.cpp(57): note: or       'void print_visitor::operator ()(const perseus::detail::ast::identifier &) const'
3>  P:\Programming\Librari

mrwonko

#include "astar.hpp"
#include "vector.hpp"

#include <algorithm>
#include <iterator>
#include <vector>
#include <queue>
#include <cassert>

using Index = int;

mrwonko

-##-            -##-        -##-        -##-    -##-                    -##-    -##-            -##-            -##-
            -##-    -##-                -##-                -##--##-                    -##--##-
    -##-    -##-                                        -##-                                        -##-
-##-                    -##--##-    -##-        -##-        -##-                        -##-
                -##-        -##-        -##--##-            -##--##-            -##-                        -##-
                    -##-        -##-                    -##-    -##-                            -##-            -##-
        -##-                    -##--##--##-                -##-                            -##-
        -##-                                            -##--##--##-        -##-    -##--##-                    -##-
    -##-                                        -##-        -##-    -##-                -##-            -##-
        -##-                                -##-    -##-   

mrwonko

#pragma once

#include <cstddef>
#include <cctype>
#include <algorithm>
#include <istream>
#include <streambuf>
#include <utility>

#include "gsl.h"

mrwonko

#pragma once

#include <array>
#include <utility>
#include <cassert>
#include <cstddef>
#include <algorithm>

#include "qcommon/q_platform.h"

mrwonko

/*
main = interact(decode tail(lines) ctree . head . lines)
-- the parens here are misleading, this is really just:
main = interact(decode tail lines ctree . head . lines)
-- which comes down to this due to operator precedence:
main = interact((decode tail lines ctree) . head . lines)
*/

int main()
{

mrwonko

module Main( main ) where

data PolishElement = PolishPlus | PolishNumber Integer deriving (Show)

polish :: [PolishElement] -> (Integer, [PolishElement])
polish (PolishNumber x : tail) = (x, tail)
polish (PolishPlus : tail) = (x + y, tail'')
  where
    (x, tail') = polish tail
    (y, tail'') = polish tail'

mrwonko

module Main where

main :: IO ()
main = interact $ \ input ->
  let (serializedTree:encodedMessages) = lines input
      tree = deserialize serializedTree
      messages = map (decode tree) encodedMessages in
  unlines messages

data PrefixTree = Leaf Char | Node PrefixTree PrefixTree