#!/bin/bash ### ### V1.1 11.06.2012 HSt Fixed som option for COMPILER_VERSION and addeed some ### logging ### V1.2 11.06.2012 HST Automated more the prosess of downloading git etc ### V1.3 11.06.2012 HST changed formating from sfdisk to fdisk ### V1.4 12.06.2012 HSt bugfixes and added possibility to just rebuild the ### the kernel, and use a hack to have uboot work. ### made som check to see if thing are downloaded from ### git etc and then skip the download ### V1.5 14.06.2012 Hst Bugfixes and added a makesdcard.conf after a ### suggestion from someone. So with new versions of ### script you don't need to edit since the options ### are stored in a file makesdcard.conf in same place ### you are running this script from.
Allwinner a10 SD Card Debian Install Script
Please note that you should really take a complete copy of the
pre-existing OS on the device because some of the files may be needed.
How to Edit Android Kernels in Ubuntu
The Android kernel is derived from the Linux kernel. It relies on the
core services of Linux, such as security, memory, network and process
management. To make amendments to the Android core and include or unlock
certain abilities, you must edit and compile your own Android kernel.
The Ubuntu operating system is one of the best platforms to edit and
compile Android kernels on, and it's easy to install everything you
need.
Select "Accessories" from the main menu and click on "Terminal" to open the application
. The Terminal is similar to the Windows Command Prompt.
Type the following in the Terminal and press "Enter" to install Java:
sudo apt-get install sun-java5-jdk
Use the password you use to log in to Ubuntu when you are asked for a password. This gives the application root privileges.
Select "Accessories" from the main menu and click on "Terminal" to open the application
. The Terminal is similar to the Windows Command Prompt.Type the following in the Terminal and press "Enter" to install Java:
sudo apt-get install sun-java5-jdk
Use the password you use to log in to Ubuntu when you are asked for a password. This gives the application root privileges.
Mobile OS Security Tools
Mobile OS Security
Smartphones—phones that allow users to download and install
third-party applications from the Internet—present new security and
privacy risks to users and network providers. My research has
investigated the limitations of current security in smartphones and how
to improve the state of the art. My efforts have been directed at the
Android platform, as it is representative of the functionality available
in popular smartphone operating systems, and it is open source, which
allows the creation of proof-of-concept prototypes for evaluation and
experimentation.
Mobile Phone Image rooted tools
ded
Smartphone applications are frequently incompletely vetted, poorly isolated, and installed by users without restraint. Smartphone research frequently needs to understand how these applications behave. ded is a project which aims at decompiling Android applications. The ded tool retargets Android applications in .dex format to traditional .class files. These .class files can then be processed by existing Java tools, including decompilers. Thus, Android applications can be analyzed using a vast range of techniques developed for traditional Java applications.For information regarding obtaining and using ded, please visit siis.cse.psu.edu/ded.
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