Shell script debugger eclipse free#

Shell script debugger eclipse free#

Now wait for a few minutes - feel free to make yourself some some coffee. In the Console tab, you will see the following messages: **** Build of configuration Linux GCC for project KernelLinux **** Repeat the same steps to build the new project, which we have covered earlier. Click Finish to complete this initial step. If you want to cross-compile the kernel, and you already have some other tool chain installed, you can choose it from “Toolchain”. From Project Type, select Makefile Project –> Empty Project. Give a name to your project, uncheck “Use Default Location” and browse to your kernel source-code directory. To proceed, select File –> New –> C Project. To disable indexing, visit Window –> Preference –> General –> C/C++ –> Indexer. Go to Window –> Preference –> General –> Workspace and disable the option “Build automatically”. Then, save your configuration and start Eclipse.īefore stepping into kernel compilation, you must disable automatic building and indexing, just to save time. Visit the Kernel Hacking section select Kernel Debugging check “Compile the kernel with debug info” and “Compile the kernel with frame pointers”. For example: $ mv linux-2.6.34.tar.bz2 /usr/srcĮxtract the kernel source and change into the extracted folder: $ tar -jxvf linux-2.6.34.tar.bz2Ĭonfigure your kernel with your preferred option from config/menuconfig/xconfig/gconfig. Save it to the folder in which you want to store this project. I have tried this with linux-2.6.34.tar.bz2. Now let’s get down to the real work, kernel compilation. You will find the output of running the application in the Console tab. To run it, again right-click the project, and choose Run As –> Local C/C++ Application.

The Console tab displays compilation messages such as the following: **** Build of configuration Debug for project hello ****Ī binary output file named hello is created. At the bottom, you will find a tab bar with options like Problems, Tasks, Console, etc. Right-click the project in the Project Explorer dialogue box, and click Build Project. Expand the “Hello” directory here, and you will find the “src” directory expand this directory too.ĭouble-click the hello.c file in the src tree to open it.

You will find “Project Explorer” on the left side on the IDE. Next, Eclipse will ask you whether to open the C/C++ perspective or not select Yes here. The next window, for the debug/release configuration, should be answered depending on your requirement. Fill in the appropriate data, and click Next. In the submenu, select “Hello World ANSI C Project”.Ĭlick on Next, and you are prompted with a window for some more details about the project. Give the project a name (say, “Hello”, for this article), and specify the location (keep the location field at its default value). Once you have the Eclipse IDE running, you can start with a small C application. elipse Building and debugging a simple C application Extract the tar ball with the following command: $ tar -zxvf Ĭhange the working directory in your terminal window to the extracted eclipse folder, and start Eclipse, as follows: $ cd eclipse