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jTag debugging Introduction | Debugging Linux Kernel and Linux Device Driver | Youtube

Mastering Linux Kernel and Device Drivers: Tips and Tricks for Developers Are you interested in becoming a Linux kernel and device driver developer? This video series is for you! In this comprehensive guide, we'll walk you through the essential concepts and tools you need to know to write efficient and reliable Linux kernel and device drivers. In Part 1, we'll cover the basics of the Linux kernel, including the kernel architecture, process management, memory management, and system calls. We'll also introduce you to the Linux source code and show you how to navigate and read it. In Part 2, we'll dive into the world of Linux device drivers. You'll learn how to write drivers for various devices, such as storage devices, network devices, and input/output devices. We'll also cover the kernel APIs used for device driver development, including the device model, the platform driver model, and the USB subsystem. In Part 3, we'll explore advanced topics in Linux kernel and device driver development. We'll discuss debugging techniques, performance optimization, and kernel module programming. We'll also show you how to write kernel patches and contribute to the Linux kernel community. By the end of this video series, you'll have a deep understanding of Linux kernel and device driver development and be able to write your own efficient and reliable drivers for various devices. So, grab your favorite text editor and join us on this exciting journey! An inexpensive remote debugger can be run on a workstation or PC to assist with software debug. Boundary-scan technology is also used for emulation. The emulator front-end acts as the scan manager by controlling the delivery of scan information to and from the target and the debugger window. JTAG also allows the internal components of the device (the CPU, for example) to be scanned. This means you can use JTAG to debug embedded devices by allowing access to any part of the device that is accessible via the CPU, and still test at full speed. This has since become a standard emulation debug method used by silicon vendors. JTAG can also provide system level debug capability. Having extra pins on a device provides additional system integration capabilities for benchmarking, profiling, and system level breakpoints. ----------------------------------------------------------------------------------------------------------------------------------------------- Linux kernel foundation course Full Stack Linux Kernel & Device Driver Programming Course Its a complete guided course of ~140+ hrs. combination of following modules. Life time LMS access Get full LMS access instantly after enrolling, 125+ hrs of recorded lectures – System programming, Linux Kernel Internals, Linux Device Drivers and Linux Debudding techniques. Real Time Projects Work with real time projects through out the course. Expert resources and useful tools to help make your project a success, from ideation to enterprise adoption. Interview preparation 1-on-1 on demand mock interview sessions will be taken by experts having experience of cracking SDE interviews of tie one company like Samsung, Qualcomm, Intel & Cisco etc. Contribute to open source Contributing to open source can be a rewarding way to learn, teach, and build experience in just about any skill you can imagine. --------------------------------------------------------------------------------------------------------------------------------------- Linux System Programming ~30 hrs. training This module will teach you the necessary theory and applications to properly understand the advanced algorithms and concepts of C and Linux system. Linux Kernel Internals ~30 hrs. training In this module we will cover Linux Kernel Internals. To have sufficient understanding of Linux Operating System or any other Operating System, for that matter, and what makes them functional at core. Linux Device Driver ~30 hrs. training This module teaches you how to develop device drivers in the Linux for projects on embedded platforms -raspberry pi 4, Beaglebone black, or on the traditional PC platform. through theory and practical Linux Socket Programming ~30 hrs. training In this module, you will learn Linux Socket Programming which provides quite a complete discussion presented in graphically manner with working programs from the very basic networking up to the packet level. Network Device Drivers ~30 hrs. training This module will teach you how to write Linux device driver for PCI device, GPIO (General Purpose IO), USB and pseudo Network device with PING (ICMP protocol) functionality. Contact : [email protected] --------------------------------------------------------------------------------------------------------------------------------------- Like share subscribe our channel for more such content.