A laptop, a desktop PC, one Raspberry Pi and a soldering station plus loads of electronic components right in my reach in all those drawers…
As I was completing the first few pages of the book “hacking the Xbox”, Nasir Jumani was teasing me with his texts about how good the games are and that I am to bring my own controller if I want to play.
After getting the soft copy of the book Hacking the Xbox for free, thanks to the writer Andrew “bunnie” Huang (whom I remember as the guy who designed his own Laptop) I mentioned the book to Nasir who also liked it and suggested if we were to get an Xbox for this book or not, so before even starting the book, we looked at OLX.com, found a seller, possibly the only Xbox 1 on OLX (Karachi) and we bought it the next day for less than Rs. 5,000 (less than 50$). Actually Nasir bought it and now he has started playing with it as we got some games with it as well while I am stuck here reading the README.1ST portion of the book and waiting for my chance to get my hands on our newly-bought-old-second-hand-modded game console.
About the Book: Hacking the Xbox is one of the finest books on reverse engineering ever written. Even though it covers the original Xbox (not 360), the lessons contained therein and analytical processes presented serve as a primer for both beginners and experienced hackers alike, serving as an inspiration for anyone wanting to delve deeper into the workings of the tech you bought and paid for. You can find the link to Hacking the Xbox (PDF version) at No Starch Press. [copied from DangerousPrototypes.com]
Oh, and here is a pic and a tweet from Nasir, cause it did happen, even if I haven’t even seen the damn thing in person yet
— nasirjumani (@nasirjumani) April 26, 2013
Copied from (and edited a little) Penultimate Author, Abstruce Goose
*being busy these days, but feel-like living a free day and at night, just before falling asleep all the sorrows and pending work comes haunting… but I ain’t not scared of any ghosts… :)
BTW, wrote a paper regarding an AVR based board with USB (V.USB to be precise) and a bootloader which makes it work without a programmer – also, Arduino compatible, detailes later, refining these days.[Download not found]
Presented the paper at a Student Research Paper Competition in COMNET’13 at Usman Institute of Technology, my friends also submitted their’s and WE WON, me winning the 1st Prize and my friends were the runner ups..
The following is a step-by-step procedure of what I did to get my Raspberry Pi in some sort of working condition, having SSH, VNC access, development tools installed, GPIO and Wiring-Pi Library and having a static IP so that Raspberry Pin can be connected directly to Laptop/PC via an ethernet cable without any router etc.
The hardware setup is as follows:
- 1x Raspberry Pi having latest Raspbian Image on an 8GB SD card
- 1x Ethernet Cable, Cross connection
- 5V Adapter with USB Cable to power Raspberry Pi [powering via laptop USB port is NOT recommended]
Now coming to the steps which I followed to set up my Raspberry Pi for use:
- Power up raspberry pi with fresh Raspbian image and connect it to a router using some ethernet cable. Use Win32DiskImager to put install the Raspbian image on an SD Card
- Find IP of Raspberry Pi by using any network scanner , I used SoftPerfect Network Scanner. Just make sure to put in proper IP range for the search, there is an IP button at the top to select the right range automatically.
- Open PuTTY, and enter Raspi’s IP and connect via SSH
— user name: pi
— password: raspberry
- To configure any settings etc which you want, enter
I expanded the Root File System by expand_rootfs, enabled SSH (though it seems to be already enabled else we wouldn’t be able to use PuTTY) and then upgraded raspi-config [requires Internet and may take some time depending on Internet speed]
- Reboot Raspberry Pi by
- Restart the PuTTY session and login again.
6.5. Before following the the next step, see Step 9 first..!
to change to /etc/network directoy, by now entering ls you can see the list of files/directories in the folder, we are interested in the interfaces file.
- The interfaces file has the configuration and settings regarding the Ethernet and Wifi interface, we want to make the IP static so we can access Raspberry Pi directly via PC as well without router.
To access and edit the interfaces file, enter
sudo nano interfaces
Now, edit the line: iface eth0 inet dhcp by changind dhcp to static and then add the following lines right below it;
iface lo inet loopback
iface eth0 inet static
Select the IP addresses as you want, I have set it up according to the setting of my home wifi router, your’s may differ a bit.
to save and exit, press Ctrl+X, then Y for Yes and then ENTER to keep the same file name, now reboot again by entering
- Now start a new PuTTY session with the new IP you assigned. I had selected the IP so that the Raspberry Pi works with my Wifi router as well and since I have still kept it there and it is connected to Internet, I can isntall a few more things, if you cannot access Internet after changing IP, do these steps and any other online installation BEFORE changing the IP.
- Update the package list by entering
sudo apt-get update
- To install TightVNC, enter
sudo apt-get install tightvncserver
it will ask for disk spacce usage press Y.
- Run VNCServer for the first time to set up passwords, by entering
the 1 is the VNC Server port number.
set password, 8 characters. I did not set any view-only password so left it blank.
- To install some essentials for C/C++ programming, enter
sudo apt-get install build-essential
[I found out later that it is already installed]
- Installing the RPi.GPIO Python module
sudo apt-get install python-rpi.gpio
sudo apt-get install python-rpi.gpio
This much should be enough for most, however, I installed/downloaded a couple more things
- Python Development toolkit
sudo apt-get install python-dev
sudo apt-get install python-smbus
- I2C Tools Utility
sudo apt-get install i2c-tools
- installed GIT
sudo apt-get install git
- Cloned of Adafruit’s Raspberry pi code library
git clone http://github.com/adafruit/Adafruit-Raspberry-Pi-Python-Code.git
- Cloned Wiring-Pi Library
git clone git://git.drogon.net/wiringPi
- Installed Arduino
sudo apt-get install arduino
- Load and Enable I2C modules at boot time by editing the file modules in /etc/
sudo nano /etc/modules
add the following 2 lines at the end of the file:
save and exit, Ctrl+X, then Y, then Enter
open another file:
sudo nano /etc/modprobe.d/raspi-blacklist.conf
comment the following 2 lines by adding a # at the start.
save and exit, Ctrl+X, then Y, then Enter
- UPDATE: Installing Mono for C# Development
sudo apt-get install mono-complete
the installation may take some time, but after it is done, you can use CSharp by typing in
More information at: http://www.amazedsaint.com/2013/04/hack-raspberry-pi-how-to-build.html
Accessing Raspberry Pi via VNC
After boot and login via PuTTY, type in
to start the VNC Server at port 1, you should have UltraVNC or some other VNC viewer application installed on your PC, start the viewer and put in the IP of Raspberry Pi along with port number. Connect, enter password and you are now logged in.
To start the VNC Server with specific options, you can use
vncserver :1 -geometry 1280x800 -depth 16 -pixelformat rgb565:
or see the vncserver help yourself to find out more options.
Accessing Raspberry Pi directly from PC
If you are like me, you want to access the Raspberry Pi directly from your PC/Laptop without router etc in between.
to do this, you will need the following, besides a Raspberry Pi and your Laptop.
— An Ethernet cable, cross connection is preferred.
— Raspberry Pi set at some STATIC IP, mine is set as follows:
Set the IP settings of your PC Ethernet adapter as follows:
Now start a new PuTTY session and do as follows, (start VNCServer)
Login to VNCServer by using the VNC Viewer application, see how the port number is added with the IP address.
FINALLY, Raspberry Pi desktop, accessed from a PC, directly via a LAN Cable, without any Switch or Router.
Note: Most of the stuff mentioned and steps taken and commands used were taken from different websites, some of the ones worth mentioning are:
I am reading “Surely You’re Joking, Mr. Feynman!: Adventures of a Curious Character” [Google Books] a book/collection of reminiscences by the Nobel Prize-winning physicist, Richard Feynman – found the book at the same market from where I found the Newness Electrical Engineering book.
I bought the book as I have heard quite a few lectures of Mr. Feynman on youtube and wanted to know a bit more about him, found the book by sheer chance so I bought it for Rs. 20. Some of the pages that I read today seem to perfectly describe the status of education system in Pakistan – the part is in which Mr. Feynman talks about his visit of Brazil in 1950 when he stayed there for about 10 months teaching Physics to University students. His remarks would be same if he visits Pakistan today, so when reading the below text replace Brazil with Pakistan and it will feel like our home country.
It is a long read, about 8 pages so read on if you have time now or read later or not, see it from a teacher’s perspective and see how we as students are doing and check if the same habits are found within us or not. I don’t know how Brazil is these days, but we are 63 years in future now…!
If you have survived so far and read all of the above, I would love to hear your remarks about it.
P.S. I do NOT own the rights to this book and do not claim this to be my work – for any legal matters.