**Foreword**
This tutorial is designed to help you set up an embedded ARM development environment using the ARM920T and Cortex-A8 cores, based solely on the data provided in the attached CD image file. It is specifically tailored for users who are working within a Windows system and wish to build a functional ARM development setup without requiring internet access.
First, the process involves installing necessary tools such as Daemon Tools and VMware Player. You will need to extract the `Daemon_Tools_4.46.1.328.exe` from the Linux-dev.iso file using WinRAR or 7-Zip. Once installed, use Daemon Tools to load the same ISO file, then proceed with the installation of VMware Player by running the `VMware-player-5.0.1-894247.exe` file.
After that, copy the `VMware-linux-tools.iso` and the `Ubuntu` folder to a convenient location, such as `D:\Virtual Machines\`. Open VMware Player, select “Open a Virtual Machine,†and choose the `Ubuntu.vmx` file. This will launch the virtual machine, allowing you to begin setting up your environment.
Next, configure the virtual machine settings. If your CPU has only one core, adjust the number of processors accordingly. Then, mount the `VMware-linux-tools.iso` file and enable shared folders so that you can easily transfer files between the host and guest systems. After mounting, copy all the contents of the CD-ROM into the shared folder.
Once everything is set up, boot into the Linux environment and install the VMware Tools by extracting the `VMwareTools-9.2.2-893683.tar.gz` file, navigating to the extracted directory, and running the installation script. Follow the prompts and complete the installation process.
After rebooting, you can access the shared folder and start installing essential packages like `libusb-1.0.9.tar.bz2` and `readline-6.2.tar.gz`. These libraries are crucial for building and running embedded applications. Additionally, install the cross-compiler `arm-linux-gcc-3.4.5.tar.bz2`, and update your environment variables to include the compiler’s path.
You will also need to install J-Link and minicom for debugging and serial communication. Copy the relevant files into the shared folder and run the installation commands. Ensure that J-Link is properly connected to the virtual machine if it's being used for hardware debugging.
Finally, after completing all the steps, you should have a fully functional ARM development environment under Windows. No internet connection is required throughout the entire process, making it ideal for offline setups.
While this guide focuses on the Windows-based configuration, note that setting up the same environment on a native Linux system would involve similar steps but with different package managers and system-specific configurations.
If you encounter any issues during the setup, refer to online resources or documentation for further assistance. However, since this process does not require internet access, you’ll need to rely on local knowledge or pre-downloaded materials.
In addition to the tools mentioned, the CD image also includes software such as SecureCRT and arm-none-linux-gcc, which can be used for additional tasks. While these were not detailed in this guide, they are available for use if needed.
Remember, the key to mastering embedded systems lies in hands-on practice and experimentation. With the environment now set up, you’re ready to start exploring ARM-based development. Keep learning, stay curious, and enjoy the journey!
Heat Shrink Tubing, also known as heat shrinkable protection tubing, provides insulation protection for wires, cables and wire terminals. With high temperature shrinkage, soft flame retardant, insulation and corrosion protection, etc., it is widely used for insulation protection of various wiring harnesses, solder joints, inductors, and rust and corrosion protection of metal tubes and bars. Heat Shrink Tube flame retardant, insulation, temperature resistance, heat shrinkable tubing is a special polyolefin material heat shrinkable tubing, also called EVA material. It is soft and flexible. Heat (125 degrees) will shrink, widely used in a variety of harnesses, solder joints, inductors, insulation protection, metal tubes, bars, rust, corrosion. Commonly used in the wire connector, choose the right heat shrink tubing, set on the wire connector, heated with a hot air gun, the heat shrink tubing contraction, the connector set firmly. Can be used for general electronics, electrical appliances, batteries and other packaging insulation. Through the use of heaters can be made to tighten, play insulation, protection and other functions.
Non-slip Heat Shrink Tube,Heat Shrink Tube,Silicone Heat Shrinkable Tube
Dongguan Liansi Electronics Co.,Ltd , https://www.liansisleeve.com