ske2004

use std::collections::hash_map::*;

fn solve(crule: &RuleCont, rules: &HashMap<usize, Rule>, s: &str, offs: usize) -> (usize, bool)
{
    let mut moffs = offs;
    match crule
    {
        RuleCont::Seq(irules) => {
            let mut valid = true;
            let remoffs = moffs;

ske2004

use std::collections::hash_map::*;
use std::time::SystemTime;
#[derive(Hash, Copy, Clone, PartialEq, Debug, Eq)]
struct Vec3(i8, i8, i8);

#[derive(Hash, Copy, Clone, PartialEq, Debug, Eq)]
struct Vec4(i8, i8, i8, i8);

impl Vec4
{

ske2004

testData = {- Your data, split by newline -}

data CellType = Seat | Occupied | Floor deriving(Show, Eq)

cellFrom 'L' = Seat
cellFrom '#' = Occupied
cellFrom '.' = Floor

fromJust (Just x) = x
fromJust Nothing = error "unwrapped nothing"

ske2004

testData :: [Int]
testData = [11,6,42,19,23,20,26,4,2,36,35,41,18,38,28,1,48,5,17,10,32,15,46,50,24,3,7,6,8,68,83,23,11,16,4,36,9,78,12,29,13,25,42,14,84,10,17,15,18,28,19,21,20,22,35,24,45,30,67,50,23,40,27,26,31,38,33,25,42,29,32,34,57,41,70,43,44,46,65,75,47,48,89,49,51,61,60,52,54,56,99,86,90,72,104,77,78,84,85,95,87,109,132,126,96,108,101,129,233,103,106,172,153,110,128,175,149,150,155,165,161,181,222,180,242,422,238,403,204,258,209,207,213,528,216,635,303,260,259,304,482,299,693,342,326,361,435,384,467,429,607,844,420,842,474,422,762,558,475,476,564,519,620,660,625,1100,641,668,837,745,781,804,903,1167,851,895,894,1587,950,1034,897,951,1039,994,1221,1083,1285,1245,1429,1472,1309,2061,1413,1695,1933,2423,1698,2172,1745,1985,3242,2738,1847,1848,1891,2239,1945,2328,2077,2304,2368,2530,3490,3170,3260,3004,3108,3111,3393,4313,3876,3443,3592,3593,3695,3738,3739,3968,3793,3836,6901,4249,4381,4445,5476,4898,5534,7871,6447,6112,6836,6219,10428,7132,7035,9857,7629,7185,7288,7477,9272,7532,7761,8042,15962,8630,869

ske2004

const NodeType =
{
    SEXPR: 0,
    BEXPR: 1,
    SYMBOL: 2,
    NUMBER: 3,
    STRING: 4,
    ERROR: 5,
    FUNC: 6,
    INVALID: 7

ske2004

#include <string>
#include <vector>

namespace bn
{
    struct XMLTag
    {
        std::string tagname;
        std::vector<XMLTag*> children;
    };

ske2004

INCLUDE=.
LIBRARIES=-lX11 -lGL -lpthread -lpng
PROJECT_NAME=myproject
CPP=clang++
CLFAGS=-std=c++14

all: build run

build:
	$(CPP) $(CLFAGS) -I$(INCLUDE) ./src/** -o a.out $(LIBRARIES) -lc -lm -lstdc++fs

ske2004

const PathMaster = require("./pathparser.js");

console.log(PathMaster.PathParser.parse("///{sfsmx}/{=test_any}/{/[a-z]/g}_{/[a-z]/g}/{&functionName}/"));

/*
Output :
[
  PathParameter { type: 4, value: 'sfsmx' },
  PathParameter { type: 2, value: 'test_any' },
  PathParameter { type: 1, value: /[a-z]/g },

ske2004

#include <inc/drivers/ide/ide.h>

Byte atapiPacket[12];

UInt8 IDERead(IDEDevice *dev, UInt8 offset)
{   
    unsigned char result;
    if (offset > 0x07 && offset < 0x0C)
        IDEWrite(dev, ATA_REG_CONTROL, 0x80 | dev->channel->nIEN);
    if (offset < 0x08)

ske2004

void s2_VGADrawBufferI(s2_UInt8 *buffer)
{
    for (int c = 0; c < 4; c++)
    {
        s2_UInt8 colorMask = 1<<c;
        s2_OutB(S2_VGAPORT_SEQIP, 0x02);
        s2_OutB(S2_VGAPORT_SEQDP, colorMask);
        s2_UInt32 v = 0;
        s2_UInt32 *loc = 0;
        for (s2_UInt32 i = 0; i < (640*480); i++)