| Summary of passwords by sperglord8008s, updated November 1. 2020. For login try "root", "default", "defaul" or "root" | |
| 00000000 | |
| 059AnkJ | |
| 4uvdzKqBkj.jg | |
| 7ujMko0admin | |
| 7ujMko0vizxv | |
| 123 | |
| 1111 | |
| 1234 |
Download the appropriate Kali Linux .iso
I used a 64 bit .iso image, downloaded via HTTP. I downloaded the amd64 weekly version, as the pool linux headers (needed below for installation of wireless drivers) were ahead of the stable release kernel.
Download the SHA256SUMS and SHA256SUMS.gpg files from the same location.
| TODO |
Based on original work on https://gist.github.com/kellertk/ceeda942f6470b8ba8211a80f024004d (Thank you)
WORK IN PROGRESS!
The PiSugar2 is a battery board for the Raspberry Pi Zero. It has an integrated RTC chip available over I2C, but there are no drivers included in the kernel with the latest release of the pwnagotchi (or Kali in general). It's a ZXW Shenzhen SD3078; there is surprisingly little information out there about this chip. I suspect it's newish.
The PiSugar folks expect you to install Pisugar Power Manager, which is a web service to get battery status and set the RTC. I prefer to use the standard hwclock utility, because I don't need the extra function in the web interface. There is driver support for this chip in [kernels 5.1 or newer](https://github.com/torvalds/linux/commit/1d67a232105b4
The PiSugar2 is a battery board for the Raspberry Pi Zero. It has an integrated RTC chip available over I2C, but there are no drivers included in the kernel with the latest release of the pwnagotchi (or Kali in general). It's a ZXW Shenzhen SD3078; there is surprisingly little information out there about this chip. I suspect it's newish.
The PiSugar folks expect you to install Pisugar Power Manager, which is a web service to get battery status and set the RTC. I prefer to use the standard hwclock utility, because I don't need the extra function in the web interface. There is driver support for this chip in kernels 5.1 or newer, so we can grab that and compile it as an out of tree module. You may be able to adapt these ins
| package main | |
| import ( | |
| "flag" | |
| "fmt" | |
| "io/ioutil" | |
| "os" | |
| "strings" | |
| "text/template" | |
| ) |
| pragma solidity ^0.6.0; | |
| // SPDX-License-Identifier: MIT | |
| import "./SafeMath.sol"; | |
| /** | |
| @title Bare-bones Token implementation | |
| @notice Based on the ERC-20 token standard as defined at | |
| https://eips.ethereum.org/EIPS/eip-20 |
| var https = require('https'), | |
| user = process.argv[2], | |
| opts = parseOpts(process.argv.slice(3)) | |
| request('/users/' + user, function (res) { | |
| if (!res.public_repos) { | |
| console.log(res.message) | |
| return | |
| } | |
| var pages = Math.ceil(res.public_repos / 100), |
| /* -------------------------------------------------------------------------------------- */ | |
| /* Default LESS styles for OctoPrint-TouchUI */ | |
| /* See https://github.com/BillyBlaze/OctoPrint-TouchUI/wiki/Customize:-Use-your-own-file */ | |
| /* -------------------------------------------------------------------------------------- */ | |
| /* ----------------------------------- General Styling ---------------------------------- */ | |
| @main-color: #00B0FF; | |
| @main-color-text: contrast(@main-color, @dark-color, @light-color, 51%); | |
| @main-color-dark: darken(@main-color, 5%); |
I got the E3D Hemera (formerly called the Hermes) a week ago, and at first glance was impressed by the amount of documentation/guides E3D worked with popular YouTubers to create.
However, as time went on with my install, I discovered each guide was missing critical information, had bits of information incorrect, or included firmware files in a old or flattened format, making it difficult to discern firmware changes required.
I'm very familiar with Marlin 2.x, and so I finally decided to just go straight to the Hemera Datasheet, and finally got things working.
I'm not going to do a full guide, since I'm hoping one of the popular YouTubers who is capable of a high production quality video will do a comprehensive guide, but I have put together the following tips and lessons learned that should help some of you who are struggling but can't figure out why things aren't working.
*For reference: I have an Ender 3 with an SKR 1.3 using Marlin 2.x, equipped with TMC
