Linux Internals:
Linux Internals Course is a second-level course on Linux that will set you on a journey to apprehend the Kernel by understanding different techniques. For instance, one of the key differentiators of Linux is about preserving well-defined user and kernel space by obviously splitting their area of the problem. Similarly, to become a system programmer, you need to start transitioning from a C programmer to an OS programmer by going beyond C's logical and syntax aspects.
This Linux Internals Course gives a complete understanding of Linux internals (System call interfaces, Multi-tasking, Multi-Threading, APIs). In addition, it helps the audience move to the next level of programming by considering other factors in the system. Starting with the basics of procedure calls, this course further deep dives into various (IPC) Inter-Process Communication mechanisms like Pipes, Shared Memory, FIFO, Signals and Sockets.
- File Handling
- Text Processing
- System Administration
- Process Management
- Archival
- Network
- File Systems
- Advanced Commands
Basics of Linux is inspired by the Unix operating system, which first appeared in 1969 and has been in continuous use and expansion ever since. Many of the configuration routines behind Unix also exist in Linux and are central to comprehending the basics of the technique. Unix was mostly instructed towards the command line interface, and that inheritance is accepted in Linux software. The graphical user interface with its windows, menus and icons are built on a basic command-line interface. Furthermore, the Linux file system is easily manageable and accessible from the command line.
Linux Properties
• Linux is free
• It is portable to any hardware platform
• It is secure and versatile
• It is scalable
• It Linux OS and most Linux applications have very short debug-times
Embedded Linux course:
Smartphones, in-vehicle infotainment systems, consumer electronics, and industrial applications use Linux-based embedded systems. Accordingly, there is a growing direction for trained embedded technique engineers with Linux knowledge. Embedded Linux training course shows you how to configure the Linux kernel and compose custom peripheral drivers. In addition, trainees understand the Linux architecture and practical skills in building an embedded Linux system, debugging, and profiling application performance.
Aims of Embedded Linux Internal Courses
The embedded Linux course aims to familiarize how to develop Linux on embedded systems using low-cost yet effective Arm-based platforms and custom peripheral development for various applications using common industry software tools.
Learning Objectives of Linux Training Course
Embedded Linux training course, you could get the Knowledge and understanding of the
- The architecture of the Embedded Linux Operating System.
- Each Embedded system component stack is based on Linux.
- Modules for the Linux kernel.
- System setup and booting procedures.
- Interaction between seed and userspace.
- Debugging and profiling of the system.
In this Embedded Linux course Intellectually, you get the ability to choose software tools for creating an embedded Linux system and the ability to assess performance results (e.g., speed, cost, and power) and connect them to the suitable procedure.
With this Embedded Linux course, you could get practical Knowledge. You can maintain the capability to configure and build an embedded Linux system stack using industry-standard tools. In addition, you will become capable of creating kernel modules for customer peripherals (such as sensors), etc.
Sockets
- Socket connection
- Socket Attributes
- Creating a Socket
- Socket Addresses
- Naming a Socket
- Creating a Socket Queue
- Accepting Connections
- Requesting Connections
- Closing a Socket
- Socket Communications Processes and Signals
- What is the process?
- Process Structure
- The Process Table
- Viewing Processes
- System Processes
The process model of Linux:
• Root strategy (init)
• Fork() constructs (almost) exact copy
– Much is communicated with parent — Copy-On-Write
avoids overmuch copying
• Exec() overwrites recollection image from a file
• Permits a process to control what is shared
POSIX operating system, the basic idea is to abstract away material memory, processors and I/O devices (which can be positioned in arbitrarily complicated topologies in a modern design) and provide threads, which are assembled into operations (a process is a group of lines communicating an address area and a few other aids), that permit files (a file is something that can be read from or registered to. Thus the file abstraction incorporates most devices). Other features are provided: the OS tries to allocate resources according to some system-defined policies. It enforces security (processes, in general, cannot see each others' address spaces, and files have owners)
Get Certified Internationally and Work Anywhere in the World:
Elysium Embedded School (EES)aims to equip each student with technology-based educational skills through smart learning sessions. Our online and supplemental education solutions collection promised a consistent reach to the end-users. If education is all about intellectual and mental evolution, then EES raises high in the scale of development and accomplishing new zeniths of success.
Visit Our Website:
https://embeddedschool.in/
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