mgadzhi

import kotlin.math.*


// First, we need to define, what a 'distance' is
interface Distance<T> {
    fun T.distance(to: T): Double
}

// Now let's define few concrete data classes that will be used to store the data
data class Location(val lat: Double, val lon: Double)

mgadzhi

import kotlin.math.*


// First, we need to define, what a 'distance' is
interface Distance<T> {
    fun T.distance(to: T): Double
}

// Now let's define few concrete data classes that will be used to store the data
data class Location(val lat: Double, val lon: Double)

mgadzhi

# There is no access from local computer to hostB
# There is an access from local computer to hostA
# There is an access from hostA to hostB


ssh -L 9000:<hostB>:<port> <hostA>

mgadzhi

#!/usr/bin/env python


import pycurl
import select

def write(*args):
    pass

mgadzhi

#!/usr/bin/env python

from pycurl import Curl


def write(*args):
    pass


if __name__ == '__main__':

mgadzhi

$ find . -wholename '*.py' -type f | xargs -n1 -I {} bash -c 'echo {}; grep -R settings {}'

mgadzhi

fn swap(arr: &mut Vec<int>, i: uint, j: uint) -> &Vec<int> {
    let buf = arr[i];
    arr[i] = arr[j];
    arr[j] = buf;
    arr
}

fn insertion_sort(arr: &mut Vec<int>) -> &Vec<int> {
    for i in range(1, arr.len()) {
        let key = arr[i];

mgadzhi

echo "1234" | gpg --no-use-agent -o /dev/null --local-user <KEYID> -as - && echo "The correct passphrase was entered for this key"

mgadzhi

GROUPS := $(shell for i in `echo {0..95..5}`; do echo $$i | awk '{print $$i/100}'; done)

mgadzhi

for i in `echo {0..95..5}`; do echo $i | awk '{print $i/100}'; done