LSNSD: After Training
After The Linux System and Network Software Development is Over,
The Trainee should be able to...
→ In Linux System Administration
→ Confidently install, configure, and manage Linux distributions.
→ Efficiently navigate and utilize the Linux command line for advanced operations.
→ Manage user accounts, groups, and enforce permissions and security protocols.
→ Handle software installations and updates using package managers like APT and DNF.
→ Administer system services and processes, including systemd configurations.
→ Configure and secure network interfaces, SSH, and firewalls.
→ Manage storage with partitioning, file systems, and LVM.
→ Automate tasks using shell scripting techniques.
→ Monitor system performance and implement optimizations.
→ Diagnose and resolve common Linux system issues.
→ In C Programming and data Structures
→ Understand the fundamentals of C programming, including syntax, semantics, and structured programming principles.
→ Work effectively with variables, data types, and scopes in C.
→ Implement conditional logic, loops, and iterations for solving complex problems.
→ Manipulate arrays, strings, and pointers with confidence.
→ Design reusable and modular code using functions and macros.
→ Create and utilize user-defined data structures like structures, enumerations, unions, and bit-fields.
→ Develop and manage advanced data structures, such as linked lists, stacks, and queues.
→ Parse and evaluate expressions programmatically.
→ Apply knowledge of circular queues and linked lists in practical scenarios.
→ Build a strong foundation for advanced programming and software development tasks.
→ In Shell Scripting using Bash
→ Write and execute efficient Bash shell scripts to automate tasks.
→ Manipulate variables, environment settings, and command-line arguments effectively.
→ Utilize loops and conditions to create dynamic and logical scripts.
→ Manage files, directories, and their attributes using shell scripting.
→ Develop reusable and modular code with functions, including managing their scope and arguments.
→ Troubleshoot and debug shell scripts to ensure optimal functionality.
→ Use pipelines and redirection for streamlined data processing.
→ Automate repetitive system administration tasks to increase productivity.
→ Optimize account customization and system settings via scripts.
→ Apply scripting techniques to clean, organize, and manage system data efficiently.
→ In Linux System programming
→ Develop Linux applications using advanced system programming techniques.
→ Efficiently manage processes, threads, and memory in Linux systems.
→ Implement robust inter-process communication (IPC) and synchronization mechanisms.
→ Write, manage, and optimize signal handling and timers for real-time applications.
→ Perform advanced file and I/O management for better performance.
→ Debug and profile Linux applications to enhance reliability and speed.
→ Design multi-threaded applications with thread safety and concurrency in mind.
→ Work with virtual memory and advanced memory management practices.
→ Execute a real-world Linux project from scope definition to completion.
→ Solve system-level challenges using efficient Linux programming techniques.
→ In Linux Network Administration
→ Monitor and troubleshoot Linux network communication effectively.
→ Configure secure remote login services like SSH and TELNET.
→ Establish and manage file transfer services using FTP and TFTP.
→ Implement and enforce network usage policies and security measures.
→ Set up and manage essential network servers such as DHCP, NFS, and git servers.
→ Configure and secure CVS version control systems for collaborative development.
→ Utilize firewalls and intrusion detection systems to safeguard networks.
→ Automate server deployment and configurations.
→ Perform advanced system monitoring for network performance.
→ Develop a robust understanding of network administration and security best practices.
→ In Linux Network Programming
→ Understand the Linux networking stack and its core concepts.
→ Work with elementary, TCP, UDP, and SCTP sockets for network communication.
→ Implement robust client-server models using TCP and UDP protocols.
→ Utilize I/O multiplexing with
select and poll to handle multiple connections.→ Configure and manage IPv4 and IPv6 sockets, including interoperability scenarios.
→ Understand socket options for fine-tuned networking configurations.
→ Build and test SMTP client-server architectures with address conversion capabilities.
→ Develop portable network applications across IPv4 and IPv6.
→ Create daemon processes and manage them via
inetd superserver.→ Gain practical skills in advanced Linux network programming concepts.
