ebongzzang

def create_yearmonth_list(start_year:int, end_year: int):
    start_at = start_year * 100
    end_at = end_year - start_year
    
    for year in range(0,end_at+1):
        year_acc = year*100
        start = start_at + year_acc
        
        for month in range(1,13):
            yyyymm = start+month

ebongzzang

settings {
   logfile    = "/tmp/lsyncd.log",
   statusFile = "/tmp/lsyncd.status",
   nodaemon   = true
}
sync {
        default.rsyncssh,
        source="/path/to/source",
        host="target-ip-address",
        targetdir = "/path/to/target",

ebongzzang

subland_dict = {
        'hi':['hi1','hi2','hi3'],
        'hello': ['hello1', 'hello2', 'hello3']
    }

res = [[(y,k) for y in v] for k, v in subland_dict.items()]
# [[('hi1', 'hi'), ('hi2', 'hi'), ('hi3', 'hi')], [('hello1', 'hello'), ('hello2', 'hello'), ('hello3', 'hello')]]

merged = dict(list(itertools.chain.from_iterable(res)))
# {'hi1': 'hi', 'hi2': 'hi', 'hi3': 'hi', 'hello1': 'hello', 'hello2': 'hello', 'hello3': 'hello'}

ebongzzang

Project Title

One Paragraph of project description goes here

Getting Started

These instructions will get you a copy of the project up and running on your local machine for development and testing purposes. See deployment for notes on how to deploy the project on a live system.

Prerequisites

ebongzzang

object Solution {

    // Complete the climbingLeaderboard function below.
    def climbingLeaderboard(scores: Array[Int], alice: Array[Int]) = {
        val score2 = scores.distinct
        val length = score2.length-1
        var j = length
        
        for(i:Int <- alice) yield {
           val cond =  score2.search[Int](i)(Ordering[Int].reverse) match {

ebongzzang

object Solution {

    // Complete the climbingLeaderboard function below.
    def climbingLeaderboard(scores: Array[Int], alice: Array[Int]) = {
        val score2 = scores.distinct
        val length = score2.length-1
        var j = length
        
        for(i:Int <- alice) yield {
           val cond =  score2.search[Int](i)(Ordering[Int].reverse) match {

ebongzzang

def main2() {

//    def reader = new Scanner(System.in)
//    String str1 = reader.next()
//    String str2 = reader.next()
//
//    println(str1, str2)

    def characters = 'FRANCE'.trim().toCharArray()
    def characters2 = 'french'.trim().toCharArray()

ebongzzang

task submitLivy(type: Exec, dependsOn: shadowJar ) {

    def targetUrl = 'http://localhost:8998/batches'
    def sparkOption = file("livy.json").getText("utf-8")
    def curlComm = ['curl', '-X', 'POST', '-H', 'Content-Type: application/json', targetUrl, '-d',  sparkOption]

    doLast {
        ProcessBuilder builder = new ProcessBuilder(curlComm)
        println builder.command()
        Process process = builder.start()

ebongzzang

def main() {
    def reader = new Scanner(System.in)
    int a = reader.nextInt()
    BigInteger count = (2 ** a) -1
    println(count)
    boolean canPrint = a <= 20

    def hanoiTower
    hanoiTower = { int num, int from, int to, int aux ->

ebongzzang

def main() {
    def input = 192

    def gcd
  
     gcd = { int val, int remainder ->

        if(remainder ==0){
            return val
        }