Android Debugging

Android Debugging

Embedded Linux

This training aims to enable the participant to develop and customize systems with embedded Linux, through a practical approach and a broad content.


What you’ll learn

During the training, the participant will

  • Study about the general architecture of systems with embedded Linux.
  • Set up and generate your own toolchain for cross-compilation.
  • Configure and compile the bootloader (U-Boot) for the development kit.
  • Configure and compile a custom Linux kernel for the development kit.
  • Create a rootfs from scratch using Busybox and other open source components.

Agenda - Embedded Linux

For more details about the content, you can consult the agenda and slides of the training.

General information

Introduction and general architecture of systems with embedded Linux, study of the hardware and its boot process, study and generation of a toolchain for cross-compilation, study and compilation of the bootloader (U-Boot), configuration and compilation of the Linux kernel, device tree and kernel modules, development of a rootfs from scratch with Busybox, development of an embedded web server, access to hardware devices in Linux (led, button, GPIO, PWM, I2C, accelerometer, display, etc), types of file systems for Linux, use of a build system (Buildroot and Yocto Project/OpenEmbedded) to generate custom Linux distributions, application development, make and autotools, debugging in embedded Linux (GDB, Valgrind, strace, etc), development of graphical applications with Qt, configuration and use of Eclipse on embedded Linux

Introduction and general architecture of systems with embedded Linux, study of the hardware and its boot process, study and generation of a toolchain for cross-compilation, study and compilation of the bootloader (U-Boot), configuration and compilation of the Linux kernel, device tree and kernel modules, development of a rootfs from scratch with Busybox, development of an embedded web server, access to hardware devices in Linux (led, button, GPIO, PWM, I2C, accelerometer, display, etc), types of file systems for Linux, use of a build system (Buildroot and Yocto Project/OpenEmbedded) to generate custom Linux distributions, application development, make and autotools, debugging in embedded Linux (GDB, Valgrind, strace, etc), development of graphical applications with Qt, configuration and use of Eclipse on embedded Linux

Introduction and general architecture of systems with embedded Linux, study of the hardware and its boot process, study and generation of a toolchain for cross-compilation, study and compilation of the bootloader (U-Boot), configuration and compilation of the Linux kernel, device tree and kernel modules, development of a rootfs from scratch with Busybox, development of an embedded web server, access to hardware devices in Linux (led, button, GPIO, PWM, I2C, accelerometer, display, etc), types of file systems for Linux, use of a build system (Buildroot and Yocto Project/OpenEmbedded) to generate custom Linux distributions, application development, make and autotools, debugging in embedded Linux (GDB, Valgrind, strace, etc), development of graphical applications with Qt, configuration and use of Eclipse on embedded Linux


Detailed agenda

Presentation: Introduction - History of free software and the GNU/Linux operating system, main characteristics of Linux, myths and truths about the use of embedded Linux products, components of an embedded Linux system, embedded Linux hardware, characteristics of a toolchain, responsibilities and characteristics of the bootloader, introduction to the Linux kernel, rootfs and file systems, build systems.

Introduction and general architecture of systems with embedded Linux, study of the hardware and its boot process, study and generation of a toolchain for cross-compilation, study and compilation of the bootloader (U-Boot), configuration and compilation of the Linux kernel, device tree and kernel modules, development of a rootfs from scratch with Busybox, development of an embedded web server, access to hardware devices in Linux (led, button, GPIO, PWM, I2C, accelerometer, display, etc), types of file systems for Linux, use of a build system (Buildroot and Yocto Project/OpenEmbedded) to generate custom Linux distributions, application development, make and autotools, debugging in embedded Linux (GDB, Valgrind, strace, etc), development of graphical applications with Qt, configuration and use of Eclipse on embedded Linux

Introduction and general architecture of systems with embedded Linux, study of the hardware and its boot process, study and generation of a toolchain for cross-compilation, study and compilation of the bootloader (U-Boot), configuration and compilation of the Linux kernel, device tree and kernel modules, development of a rootfs from scratch with Busybox, development of an embedded web server, access to hardware devices in Linux (led, button, GPIO, PWM, I2C, accelerometer, display, etc), types of file systems for Linux, use of a build system (Buildroot and Yocto Project/OpenEmbedded) to generate custom Linux distributions, application development, make and autotools, debugging in embedded Linux (GDB, Valgrind, strace, etc), development of graphical applications with Qt, configuration and use of Eclipse on embedded Linux


Some photos of the trainings already carried out

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Development Kit

Still have questions?

If you have any question, please send us an e-mail or leave us a message

Customer Taken our training

Embedded Labworks specializes in training, consulting, and development of software projects for embedded systems.

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Samsung is a company leader in the market of high technology

“One of the best training courses I have ever attended. The instructor has total control of the training and excellent teaching skills.”

Adriano Saviolli, Samsung

Samsung is a company leader in the market of high technology

“One of the best training courses I have ever attended. The instructor has total control of the training and excellent teaching skills.”

Adriano Saviolli, Samsung

Samsung is a company leader in the market of high technology

“One of the best training courses I have ever attended. The instructor has total control of the training and excellent teaching skills.”

Adriano Saviolli, Samsung

Frequently asked questions

Embedded Labworks specializes in training, consulting, and development of software projects for embedded systems.

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Document security refers to the integrity of information in a document. Any individual or system looking at the document should feel assured that it has not been manipulated or tampered with. Qryptal helps ensure this.
Document security refers to the integrity of information in a document. Any individual or system looking at the document should feel assured that it has not been manipulated or tampered with. Qryptal helps ensure this.
Document security refers to the integrity of information in a document. Any individual or system looking at the document should feel assured that it has not been manipulated or tampered with. Qryptal helps ensure this.
Document security refers to the integrity of information in a document. Any individual or system looking at the document should feel assured that it has not been manipulated or tampered with. Qryptal helps ensure this.
Document security refers to the integrity of information in a document. Any individual or system looking at the document should feel assured that it has not been manipulated or tampered with. Qryptal helps ensure this.
Document security refers to the integrity of information in a document. Any individual or system looking at the document should feel assured that it has not been manipulated or tampered with. Qryptal helps ensure this.
Document security refers to the integrity of information in a document. Any individual or system looking at the document should feel assured that it has not been manipulated or tampered with. Qryptal helps ensure this.
Document security refers to the integrity of information in a document. Any individual or system looking at the document should feel assured that it has not been manipulated or tampered with. Qryptal helps ensure this.
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