tdgunes

import java.io.File;

class Untitled {
    public static void main(String[] args) {
        String absolutePath = "/Hello/AnotherFolder/The File Name.PDF";
        File file = new File(absolutePath);
        
        
        String fname = file.getName();
        int pos = fname.lastIndexOf(".");

tdgunes

import string
import paramiko
from itertools import combinations
import sys

server_ip = "" #put ip of the user here
ssh = paramiko.SSHClient()
ssh.set_missing_host_key_policy(paramiko.AutoAddPolicy())

charset = string.printable[:36]

tdgunes

# Using this method:
# http://www.linuxproblem.org/art_9.html

import os
import save_as_alias 

user = raw_input("User(root etc.): ")
host = raw_input("Host(x.x.x.x): ")

path = os.getcwd()

tdgunes

// Taha Dogan Gunes
// tdgunes@gmail.com

// Edited the example 'TFTDisplayText' 
// So you can use the same diagram to connect the wires to screen

#include <TFT.h>  
#include <SPI.h>

tdgunes

#...

class MongoProgressBarElement(FilterPipeElement):
    def __init__(self, db_name, collection_name, sample):
        self.total = pymongo.MongoClient()[db_name][collection_name].find().count()
        self.count = 0
        self.sample_count = 0
        self.start = 0
        self.operation_time = 0
        self.total_operation = 0

tdgunes

import pyplyn as p


first_pipe = p.Pipe(name="first")
first_pipe.add(p.LambdaFilter(lambda x:  "hello" in x))
first_pipe.add(p.LambdaExtension(lambda x: x.title()))
first_pipe.add(p.Writer("./test/output-1.txt"))

second_pipe = p.Pipe(name="second")
second_pipe.add(p.LambdaFilter(lambda x: "world" in x))

tdgunes

# !/usr/bin/python
# -*- coding: utf-8 -*-
"""
geo_test_gen.py
~~~~~~~~~~

Author: Taha Dogan Gunes
"""

import json 

tdgunes

{"lat": -34.47999900541754, "type": "city/town", "lon": -57.84000247340134, "name": "Colonia del Sacramento", "country": "Uruguay"}
{"lat": -33.5439989373607, "type": "city/town", "lon": -56.90099656015872, "name": "Trinidad", "country": "Uruguay"}
{"lat": -33.1389990288435, "type": "city/town", "lon": -58.3039974719095, "name": "Fray Bentos", "country": "Uruguay"}
{"lat": -34.538004006675465, "type": "city/town", "lon": -56.28400149324307, "name": "Canelones", "country": "Uruguay"}
{"lat": -34.09900200521719, "type": "city/town", "lon": -56.21499844799416, "name": "Florida", "country": "Uruguay"}
{"lat": 9.26100006831723, "type": "city/town", "lon": 0.7890035737781318, "name": "Bassar", "country": "Togo"}
{"lat": 8.557002133057097, "type": "city/town", "lon": 0.9849964623313099, "name": "Sotouboua", "country": "Togo"}
{"lat": 33.399999002467325, "type": "city/town", "lon": 10.4166995575967, "name": "Medenine", "country": "Tunisia"}
{"lat": 33.689997034920566, "type": "city/town", "lon": 8.9710025379012, "nam

tdgunes

import UIKit
import Security

let serviceIdentifier = "com.company"
let accessGroup = "com.company.app"

let kSecClassValue = kSecClass as NSString
let kSecAttrAccountValue = kSecAttrAccount as NSString
let kSecValueDataValue = kSecValueData as NSString
let kSecClassGenericPasswordValue = kSecClassGenericPassword as NSString

tdgunes

import math 


def cal_entropy(lst):	
	t = sum(lst)
	result = 0


	for i in lst:
		division = float(i)/float(t)