This Embedded Linux System Internals​ course offers deep insight into Embedded Linux kernel internals in a hardware platform specific context. The various Linux Kernel sub system infrastructure (data structures and functions) around the Linux device and driver models are brought to a sharp focus. It also explains usage of various synchronization mechanisms and Linux DMA Engine to effectively design the embedded Linux driver. The course also covers various debugging mechanisms to enable debug and diagnostics in Linux Kernel. By the end of this course, participants will:
 

• Understand the configuration and build procedures associated with the kernel, root file system, and device tree. 
• Gain working knowledge of the multistage boot initialization sequence of an Arm based embedded Linux system.  
• Learn about Linux kernel configuration and building; and interconnection of Device tree blob (DTB) with the driver. 
• Understand the interrupt handling, event handling, and synchronization mechanisms in Linux; and the various debugging mechanisms in the Kernel. 

• Learn about the Linux DMA Engine and its usage in the driver; and the Linux device and driver model and its visibility through sysfs. 

WHO IS IT FOR?

Professionals looking to develop Linux Device Drivers.

PREREQUISITE

• Embedded programming in C or C++
• Knowledgeable in Realtime operating systems

DURATION

35 hours

COURSE FEE

Timmins offers highly customized training courses based on your specific business needs and team size. Connect with us for a training program proposal for your team.

Timmins also conducts regular public courses. Write to us at info@timmins-consulting.com, for further details.

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The Embedded Linux Porting advanced course provides deep insights into porting Linux for embedded platforms. The course begins by providing in-depth understanding of Bootloaders (First Stage & Uboot) with complete code flow. It also teaches participants how to create a basic minimal Root Filesystem to boot up the Linux platform. Furthermore, the course also covers concepts such as platform drivers and Device Tree Binary (DTB) to help develop a good understanding of the Board Support Packages (BSP) in Linux. It also covers the code flow for the Linux Kernel source to provide a complete picture of the Linux Boot up. By the end of this course, participants will:

• Get an in-depth understanding of bootloaders that help in porting for Embedded Linux Platforms.
• Understand the need for Root Filesystems.
• Understand platform drivers.
• Gain working knowledge of Tweaking and Playing around with Board Support Packages in Bootloaders and in Kernel.
• Gain working knowledge of the Bootloader and Kernel Code flow.
• Learn about Device Tree Blob (DTB) and Board Support Packages (BSP).

WHO IS IT FOR?

Professionals looking for expertise in Embedded Linux Porting and Board Support Packages (BSP).

PREREQUISITES

In-depth understanding of C and basic embedded Linux porting concepts such as boot-up flow, ramdisk/initramfs, kernel configuration and building, bootloaders configuration and building, and basics of Character Driver.

Hardware Required:

Beaglebone Black, uSD card, Card Reader

MODE OF INSTRUCTION

English

DURATION

18 hours

COURSE FEE

Timmins offers highly customized training courses based on your specific business needs and team size. Connect with us for a training program proposal for your team.

Timmins also conducts regular public courses in Embedded Linux Programming. Write to us at info@timmins-consulting.com, for further details.

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The Embedded Linux Porting Hacks course provides insights into porting Linux for Embedded Platforms. It starts with discussion on topic fundamentals such as booting up the board, components involved in the boot up process, and configuring and building images. It also provides extensive hands-on training for booting up of the kernel from various interfaces and the ways to recover the bricked board. The course also covers different techniques to optimize the boot-up time. By the end of this course, participants will:

• Learn how to configure and compile embedded Linux images.
• Gain in-depth understanding of embedded Linux boot-up flow.
• Recover the bricked board using pre-built images.
• Gain in-depth understanding of how the various components are linked together.
• Understand the bootargs to boot the kernel with various interfaces.
• Understand various techniques to reduce the boot-up time.

WHO IS IT FOR?

Professionals looking to get started with Embedded Linux Porting

PREREQUISITES

Working knowledge of C and basic understanding of Linux.

Hardware Required: Beaglebone Black, uSD card, Card Reader

DURATION

18 hours

MODE OF INSTRUCTION

English

COURSE FEE

Timmins offers highly customized training courses based on your specific business needs and team size. Connect with us for a training program proposal for your team.

Timmins also conducts regular public courses in Embedded Linux Programming. Write to us at info@timmins-consulting.com, for further details.

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The Linux Kernel Debugging course covers various debugging techniques available in the Kernel space. It begins with discussion on the basic and most commonly used techniques such as printing and querying. It also analyzes OOP skills and provides deep insights into other debugging techniques, including use of KGDB, kprobes and jprobes. By the end of this course, participants will:

• Understand various Kernel debugging techniques
• Gain working knowledge of Kernel crash debugging
• Learn Kernel functions tracing
• Understand live bug fixing & tracing
• Learn Kernel hacking options

WHO IS IT FOR?

Professionals looking to diagnose and debug Linux Kernel issues.

PREREQUISITES

Knowledge of:

• Linux Kernel Programming
• Linux Development Environment
• Kernel Source compilation and customization
• Linux Kernel Module development

Hardware Required: Linux PC or VM running Linux

DURATION

18 hours

MODE OF INSTRUCTION

English

COURSE FEE

Timmins offers highly customized training courses based on your specific business needs and team size. Connect with us for a training program proposal for your team.

Timmins also conducts regular public courses in Embedded Linux Programming. Write to us at info@timmins-consulting.com, for further details.

The post Linux Kernel Debugging Course appeared first on Timmins Training Consulting.

The Linux Inter Integrated Circuit (I2C) Drivers course covers how to develop a low-level driver from scratch by accessing the hardware-specific registers in Linux Driver. It also helps participants gain a solid understanding of device driver fundamentals such as Device Tree Blob (DTB), Platform Driver and Interrupt Management with bottom halves, as well as the Linux I2C Framework. It specially focuses on teaching participants the complete end-to-end flow process from user space to low-level driver. By the end of this course, participants will:

• Understand the Linux driver design philosophy.
• Learn how to deal with a low-level driver.
• Understand how to comfortably integrate a low-level driver into the Linux framework.
• Learn Device Tree concepts.
• Develop an efficient low-level driver with interrupts and bottom halves.

WHO IS IT FOR?

Professionals looking to gain in-depth understanding of Linux Device drivers to manage hardware.

PREREQUISITES

Working knowledge of C & basic Linux and understanding of character drivers.

MODE OF INSTRUCTION

English

DURATION

18 hours

COURSE FEE

Timmins offers highly customized training courses based on your specific business needs and team size. Connect with us for a training program proposal for your team.

Timmins also conducts regular public courses in Embedded Linux Programming. Write to us at info@timmins-consulting.com, for further details.

The post Linux Integrated Circuit (I2C) Drivers Course appeared first on Timmins Training Consulting.

The Linux User Space Internals course provides deep insight into Linux operating system concepts. It also covers User Space Programming concepts such as process, threads, synchronization, and Inter Process Communication (IPC) mechanisms. This knowledge of programming concepts enables course candidates to design and develop systems that require multitasking capabilities to efficiently manage system resources. By the end of this course, participants will:

• Understand what are Linux User Space Constructs.
• Learn about Linux Application Space & System Calls.
• Gain in-depth knowledge of processes in Linux.
• Understand Linux Socket Programming and how to write client/server programs to communicate with each other.
• Write programs to communicate using Inter Process Communication (IPC) mechanisms.

WHO IS IT FOR?

Professionals/students looking to design and develop the Linux-based advanced application in a multithreaded and multiprocessing environment.

PREREQUISITES

Good understanding of C programming language and working knowledge of Linux environment.

Hardware Required: Linux PC or VM running Linux

DURATION

18 hours

MODE OF INSTRUCTION

English

COURSE FEE

Timmins offers highly customized training courses based on your specific business needs and team size. Connect with us for a training program proposal for your team.

Timmins also conducts regular public courses in Embedded Linux Programming. Write to us at info@timmins-consulting.com, for further details.

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The Linux and C Fundamentals course serves as a kick-starter for building solid fundamentals in Linux and C programming. It specially focuses on giving participants an in-depth understanding of C programming constructs under the Linux environment. By the end of this course, participants will:

• Understand the fundamentals of the Linux system
• Gain working knowledge of the Linux environment.
• Understand how to use scripting concepts to automate various tasks in Linux.
• Learn C fundamentals for C programming.
• Write efficient C programs that serve as building blocks for developing applications.

WHO IS IT FOR?

Professionals/students looking to get into application development in C under Linux environment.

PREREQUISITES

Knowledge of any programming language

DURATION

18 hours

MODE OF INSTRUCTION

English

COURSE FEE

Timmins offers highly customized training courses based on your specific business needs and team size. Connect with us for a training program proposal for your team.

Timmins also conducts regular public courses in Embedded Linux Programming. Write to us at info@timmins-consulting.com, for further details.

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The Baking Yocto Recipes course provides deep insights into the Yocto build system. It starts with Yocto fundamentals and focuses on basic Yocto components such as recipes, Yocto layers, classes, and packages. It also offers practical aspects of configuring, patching, and building various Embedded Linux components. The Baking Yocto Recipes course also offers an in-depth understanding of important concepts such as installing packages and adding recipes corresponding to the application. By the end of this course, participants will:

• Acquire working knowledge of Yocto Build System.
• Learn about Yocto Components.
• Understand what are Yocto recipes (and how to extend them).
• Learn how to add support for custom machine in Yocto.
• Learn how to customize images.

WHO IS IT FOR?

Professionals looking to gain expertise in the Yocto Build System.

PREREQUISITES

Understanding of C and Linux Basics, and working knowledge of the Embedded Linux System.

Hardware Required: Beaglebone Black, uSD card, Card Reader

DURATION

18 hours

MODE OF INSTRUCTION

English

COURSE FEE

Timmins offers highly customized training courses based on your specific business needs and team size. Connect with us for a training program proposal for your team.

Timmins also conducts regular public courses in Embedded Linux Programming. Write to us at info@timmins-consulting.com, for further details.

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This LIVE webinar provides participants with insights into Linux Kernel Programming for embedded systems. It specially focuses on various programming constructs and data structures required for Linux driver development. The Linux kernel programming course is designed to teach participants the fundamentals of Linux device driver, understand complete character driver aspects, and apply kernel programming concepts such as synchronization and interrupt management. By the end of this course, participants will:

• Understand the basics of Linux kernel source organization.
• Learn Linux kernel module and related commands.
• Understand Character driver.
• Acquire working knowledge of Linux Kernel programming constructs.
• Learn Linux Kernel timing architecture and interrupt management.
• Understand Interrupt management and bottom halves.

WHO IS IT FOR?

Professionals looking to get into Linux device driver development.

PREREQUISITES

Working knowledge of C and basic understanding of Linux.

DURATION

18 hours

MODE OF INSTRUCTION

English

COURSE FEE

Timmins offers highly customized training courses based on your specific business needs and team size. Connect with us for a training program proposal for your team.

Timmins also conducts regular public courses in Embedded Linux Programming. Write to us at info@timmins-consulting.com, for further details.

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KEY TAKEAWAYS

The Linux SPI & Uart Drivers course teaches participants how to develop a low-level driver from scratch by accessing hardware-specific registers. It also provides a solid understanding of device driver fundamentals such as device tree blob (DTB), Platform Driver, and Direct Memory Access (DMA). By the end of this course, participants will:

• Learn how to write and test a low-level driver.
• Understand how various driver components are linked together.
• Learn how to add the device tree node and integrate complete drivers.
• Gain working knowledge of the Linux DMA Engine.
• Understand the Linux SPI and TTY Framework.

WHO IS IT FOR?

Professionals looking to get a deep understanding of Linux device drivers to manage related hardware.

PREREQUISITES

Working knowledge of C and understanding of Linux character drivers.

DURATION

18 hours

MODE OF INSTRUCTION

English

COURSE FEE

Timmins offers highly customized training courses based on your specific business needs and team size. Connect with us for a training program proposal for your team.

Timmins also conducts regular public courses in Embedded Linux Programming. Write to us at info@timmins-consulting.com, for further details.

The post Linux SPI & UART Drivers Course appeared first on Timmins Training Consulting.