Course Description
What is Embedded Linux Training?
Do you want to master the concepts of embedded Linux and climb up the corporate ladder? Then, you’re at the right place.
Embedded Linux is built on the same Linux kernel and has tight constraints that enterprise systems don’t have, ranging from high reliability and security requirements. It requires additional packages beyond the original kernel based on what you’re going to build. The best solutions will differ from different use cases, making each Linux system unique.
Most world-class companies like Google, Facebook, Wikipedia, and Amazon run on Linux, and they have their Linux embedded applications for their high popularity — which makes a promising career await you with lots of exposure in the embedded Linux world.
So, in this course, you'll learn the basics of Linux, have better control over Linux commands, their execution, and seamless management of the Linux boot processes. You’ll also learn the Kernel Modules, CMake, building libraries, working on toolchains, time functions, etc.
This training with ExcelR is to make you an embedded Linux expert from zero skills to market-ready. Therefore, by the end of the training, you’ll master process management, memory management through various kernels, operating the basic and advanced files, programming & threads, and gain hands-on experience working on various industrial case studies.
Our Faculty
At ExcelR, the quality of training we offer is top-class and will surpass your expectations. Our trainers are working professionals and highly experienced individuals with updated trends on the web. They are equally qualified and passionate about teaching and delivering the best quality training.
So, when you join this course, you’ll always have an edge in comprehending embedded Linux in minimal time with their rich experiences. Again, you’ll have the best potential to tackle any challenges based on embedded Linux on your way.
Why Should You Choose ExcelR for Embedded Linux Training?
Being the global leader, ExcelR always delivers the best in quality Embedded Linux online training seamlessly from the basic to the advanced levels. Therefore, when you enroll in the embedded Linux course, you get hands-on practical experience working on real-time projects and assignments based on the industry’s top-notch quality.
Our embedded Linux training is one of the best-of-its-kind courses in the market and best suited for corporate sectors and individuals looking for a promising career ahead. First, we understand your requirements & objectives and then tailor them to match your corporate goals.
Therefore, when we say our process is elegant for the quality, we offer in our embedded Linux course for the price we quote, we always mean it.
Support
The embedded Linux course by ExcelR is one of the best courses available globally. When you enroll in the embedded Linux corporate training, it’s just the beginning of our endless support towards delivering quality training that will take your career to the next level.
So, whenever you feel stuck or feel like there are mountains ahead, our trainers are always there to rescue you over phone calls, emails, and WhatsApp. When we say we’re more than happy to help you in your learning process, our training is not limited till the course completion. They are beyond the post-training support.
Therefore, at ExcelR, we ensure you always get more for yourself than you spend on us. So you’ll have a promising embedded Linux career ahead with endless resources and dedicated training.
Customized Embedded Linux Training Based on Corporate Requirements:
ExcelR is best known for its customized training, demonstrations, and embedded Linux course material designed to suit the organization's specific needs and audience based on individual or corporate requirements.
With our embedded Linux corporate training, you’ll work on real-time use cases, where you’ll learn to identify the best use of embedded Linux in your organization. You’ll also realize the potential of embedded Linux commands, understand the embedded Linux Filesystem hierarchy, create hard and soft files, and many other functionalities using Linux kernel programming.
The application and role of embedded Linux are staggering. They have an excellent future for writing tremendous and effective Linux commands and creating secure embedded applications. Lastly, you'll enjoy ExcelR's customized training program, which is unique to a module-based one and comes with Linux’s hands-on practical exercises.
Who Can Join This Training?
Anyone who wants to get started with Linux.
Users or learners of Linux who want to become proficient at using the Linux command line.
Aspiring Linux system administrators.
Course Curriculum
- Hierarchical File Structure
- File Types
- File Names
- Pathnames
- Access Permissions
- Mounting
- Processes
- Job Control
- Redirection
- Quoting
- Advanced Shell
- Pipes
- Filters
- Regular Expression
- Scripting Introduction
- Hash Bang Sequence
- Command Substitution
- For Loops
- Role of BIOS
- Role of Bootloader
- Role of Kernel
- Role of Init
- Role of Getty & login
- Kernel Architecture
- Advantages
- Working With Modules
- Lsmod
- insmod
- rmmod
- modprobe
- modinfo
- Make Utility
- Need to Make
- Make Rules
- Macros
- Special Macros
- Suffix Rules
- Phony Targets
- Introduction
- Basic Build
- Adding Libraries
- Adding System Introspection
- Monolithic Kernels
- Micro Kernels
- GNU toolchain
- Creation of Static & Dynamic Libraries
- Portability support in the kernel
- Getting the sources
- Configuring the kernel
- Diff and Patching utilities
- Compiling the kernel
- Installing & Booting the kernel
- Module Programming
- The HelloWorld Module
- Module Stacking
- Module Parameters
- Registering a System Call
- System Call Handler
- Service Routines
- Library Goals
- Library Standards
- GNU C Library - glibc
- Library Functions vs. System Calls
- Using System Calls
- Handling Errors with errno
- Making Sense of errno
- Using strace
- Program Startup
- Using argc/argv
- Handling Options with getopt()
- Handling Options with getopt_long()
- Environment
- Manipulating the Environment
- Program Exit
- Registering Exit Handlers
- Why Use Libraries?
- Static Versus Shared
- Static Library Benefits
- Shared Library Benefits
- Creating a Static Library
- Using Static Libraries
- Creating a Shared Library
- Using Shared Libraries
- Shared Library Management
- Library Locations
- ldconfig
- When Does Time Begin?
- Time Data Types
- Determining Real-Time
- Converting time_t
- Converting tm Structure
- Process Time
- Time arithmetic
- Second Resolution Timers
- Fine-Grained Timers
- Real-Time Clock (RTC)
- What a Process Is
- Process Relationships
- Create a Child Process
- Doing Something Else
- Related execve() Functions
- Wait For a Child
- More Precise Waiting
- Changing Priority/Nice
- Real-Time Priority
- Allocating/Freeing Memory
- Memory Alignment
- Locked Memory
- Memory Copy/Initialization
- Memory Comparison/Search
- What Is My Program Doing?
- Source Level Debugging
- Invoking gdb
- Getting Started with gdb
- Examining and Changing Memory
- Debuginfo Libraries
- Using gdb with a Running Process
- Using gdb to Autopsy a Crash
- Debugging Libraries - ElectricFence
- Debugging with valgrind
- Profiling for Performance
- Repositioning File Descriptors
- Stream/File Descriptor Conversions
- cat using ANSI I/O
- Internet Addresses concepts.
- IP Address vs. H/W address (unicast/broadcast/multicast).
- Subnetting
- Switching
- ARP/RARP
- Internet Protocol (IP)
- IP Concepts
- User datagram Protocol (UDP)
- Transmission Control Protocol (TCP)
- cat using POSIX I/O
- Introduction to Pipes
- Standard I/O: popen()/pclose()
- Using popen()/pclose()
- System Call: pipe()
- Using pipe()
- Using Named Pipes
- For Further Reading
- What Signals Are
- Blocking/Checking Signals
- Working with Signal Sets
- Example of Blocking Signals
- Handling Signals with sigaction()
- sigaction() Example
- Handling Signals with signal()
- Sending Signals
- Introducing Threaded Programming
- Applications Suited to Threads
- Building Threaded Programs
- Creating Threads
- Thread Identity
- Synchronizing by Joining
- Detaching Threads
- Stopping Threads
- Synchronizing with Mutexes
- Using Mutexes
- Read/Write Locks
- Conditional Variables
- Using Conditional Variables
- Directory Operations
- File System Operations
- Multiplexed I/O with select()
- Miscellaneous I/O Functions
- Memory Mapped I/O
- Using Memory Mapped I/O
- File Locking
- Inter-Process Communication (IPC)
- POSIX IPC Overview
- POSIX Shared Memory
- POSIX Semaphores
- POSIX Message Queues
- System V IPC Overview
- System V IPC Shared Memory
- System V IPC Semaphore Arrays
- Internet Addresses concepts.
- IP Address vs H/W address (unicast/broadcast/multicast).
- Subnetting
- Switching
- ARP/RARP
- Internet Protocol (IP)
- IP Concepts
- User datagram Protocol (UDP)
- UserspaceToolChains
- Transmission Control Protocol (TCP)
- Socket API Interface
- Client VS Server
- Connectionless and connection-oriented client-server communication.
- Socket calls for UDP/TCP server/client
- Iterative vs concurrent servers
- Iterative Connectionless servers (UDP)
- Iterative Connection-Oriented servers (TCP)
- Using multiple processes
- Using Multi-Threading
- Using select ( ) call (both UDP/TCP)
- TCP/IP applications:
- TFTP HTTP Network Simulators.
- Overview
- Bus Model
- Object Model
- Communications Model
- libdbus API
- D-Bus Client-Server Example
- Boost C++ Library
- Using Boost Library
- Timers ? Asynchronous IO
- Boost Callbacks
- History of Yocto
- Pre-build Distros vs. Yocto
- Buildroot vs. Yocto
- OpenEmbedded ? Yocto Architecture ? Workflow
- User Configuration
- Metadata
- Build Process
- QA Checks
Contact Our Team of Experts
