! 003.04.-Process-Management-Replacement
! 20-21-22-Threads
! 03.Printing Scanning using stdin, stdout and stderr
! What is the difference between pointers and references in c++?
! Introduction to C programming
! 01.Introduction To Networks and Configurations
! 27.Threads Attributes
! 18-19-Synchronization using Semaphores
! Slogan for EmbLogic and EmbLogicians...
! Interview Questions: Project 05
! 23,24,25-Thread Synchrinization using semaphores and MUTEX
! Parallel Port Device Driver development and issues.
! Project 04: Session: 02. Sockets using AF_INET Domain
! Parallel Port Nibble Mode Data Transfer for 74LS244
! MAD ADS
001.20.Doubly Linked Lists
06.Raspberry P4. Set-up The Cross Compiler
Process-Management-Introduction. Issues, Issues, queries, discussion or suggestions
About Makefile
009.06-Board-Bringup-Raspberry-Pi 4
009.08.Board Bringup. Paspberry Pi4
Linux system programming
001.14. Macros and Pre-Processor Directives
04.Collections
Project: SalesVision-Intelligent-Sales-Forecasting-Dashboard
System Startup
Kernel Compilation Issues
Termux
02.Data-Types-in-Rust
Print the double question in C.
001.02.C-Programming-Basics
04.Device-Operations-open-release-io/
06.File Handling in Python
03.Control Structures. Conditions and Iterations
01.Introduction to Rust
Queries and Discussions. 05.Understanding-ARM-Board-Bringup
16. Describe the role of the `void *(*start_routine)(void *)` argument in `pthread_create()
4. How does `pthread_create()` work and what arguments does it require to create a thread?
14. What are some common error codes returned by `pthread_create()`
15. How does `pthread_create()` facilitate parallel processing
7. Describe the advantages of using Pthreads over processes in developing concurrent programs.
8. Explain the function and usage of `pthread_join()` and how it helps in thread synchronization.
12. Explain the four arguments of `pthread_create()` and their significance in thread creation.
11. What is the purpose of the `pthread_create()` function in POSIX threads
5. What is the significance of thread states like running, blocked, and waiting
9. How does shared memory between threads in Pthreads simplify communication compared to processes?
6. What challenges are commonly associated with using Pthreads, such as race conditions and deadlock
13. What happens if `pthread_create()` is called with a NULL value for the `attr` parameter?
17. What is the purpose of the `pthread_exit()` function in POSIX threads
18. Explain how the `void *retval` argument in `pthread_exit()` is used
20. What is the difference between joinable and detached threads
19. How does calling `pthread_exit()` in the main thread affect the behavior of the entire process?
002.06.StreamsAndFileProcessing
3. What are the main components of a POSIX thread?
2. Explain the key differences between threads and processes in Linux
Queries. 104.01.Linux Network Stack, User-Space
4. Understanding Process IDs in Unix Systems 3. Using the `ps` Command to View Processes 2. Managing Process Priorities with Nice Values 8. Replace the current process with the `date`
7. Replace the current process with the `ls -l`
6. Significance of the `NULL` terminator
4. Advantage, `execvp()` have over `execv()`
3. where `execl()` is preferred over `execv()
2. Why use exce() functions
1. Difference between `fork()` and any `exec()
Issues, queries and suggestions in Introduction to Networks and Configurations
004.04.Linux Network Stack
Issues, queries and suggestions.Transmission Control Protocol
Array Store which type of memory?
5. Using `pidstat` for Process Monitoring
003.05.Inter-ProcessCommunication. Pipes
1. Understanding Process Structure and Types
4. Per-Process I/O Monitoring with `iotop` 3. Monitoring I/O with `iostat` 2. Analyzing CPU Time with `vmstat` 1. Understanding `vmstat` Output 6. Default Parameter Values in Functions
4. Returning String Values from Functions
10. Combining Multiple Concepts
5. Using Positional Parameters in Functions
3. Returning Integer Values from Functions
2. Passing Parameters to Functions
1. Basic Function Definition
20. Tracking Page Faults for Processes 19. Understanding Page Faults 18. Monitoring System Memory Status 17. Understanding Load Average 16. Scheduling Priority and Nice Value 15. Interpreting `time` Command Output 14. Using the `time` Command Issues, queries, suggestions related to 02.Networking Basics should be put here...
13. Measuring CPU Time for Processes 12. Viewing Threads in Process Monitoring Tools How can you view thread information using the `ps` a 1. Describe the difference between connection-oriented and connectionless communication.
2. What are sockets in network programming
3. Explain the purpose of the `bind()` system call in socket programming.
4. How does the `select()` function help manage multiple socket connections in a server?
5. What are the key differences between `send()` and `sendto()`?
6. In the context of raw sockets, why might you need to use them
7. What is the purpose of the `recvfrom()` system call, and how is it different from `recv()`?
8. Describe the process of converting an IP address from human-readable format to binary format and
9. What are some common network debugging tools available in Linux?
10. Explain what a blocking socket is.
11. In Linux, what is the purpose of the `fcntl()` system call, and how can it be used in network
12. How would you handle errors in a socket-based program?
13. What is the purpose of the `listen()` system call, and what role does the `backlog` parameter
14. Describe the role of the `accept()` system call in a server application.
15. What is a UNIX domain socket, and how does it differ from an Internet domain socket?
16. What is the role of `getaddrinfo()` in network programming?
17. How would you implement a basic client-server model where the server handles multiple clients si
18. Explain the difference between a multicast and a broadcast in network programming.
19. What are some strategies for improving the performance of a networked application?
20. What is the purpose of setting socket options with `setsockopt()`?
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