20. producer-consumer scenario using FIFOs
19. Error handling in FIFOs
17. `O_NONBLOCK` flag in FIFOs
16. read from a FIFO
15. Write to a FIFO
14. read data from a FIFO
13. Open FIFO for writing
10. FIFOs can be used in real-time data processing
9. FIFOs in a logging system
6. key characteristics of FIFOs
Inter-Process-Communication-FIFOs Issues, queries, discussion or suggestions
Reserved Words, Bullitin Commands, Command Line Parsing
20. Complex Script: Interactive File Management System
Loops and Iterations. Issues, queries, suggestions or discussion
9. Handling Large Messages
Conditions and Branching. Issues, queries, suggestions, discussion
Basics Of Shell Scripting Bash. Issues, queries, suggestions, discussion
Introduction To Shells And Shell Scripts. Issues, queries, suggestions, discussion
Interview Questions: Project 03
Inter-Process-Communication-Pipes. Issues, Issues, queries, discussion or suggestions
22: Updating Kernel Data Structures
21: Setting Up the New Process Image
20: Permission and Existence Checks in Kernel Space
19: Initiating the Exec System Call
18: File Descriptor Table and Signal Handling in Process Replacement
17: Function of vm_area_struct
16: Role of mm_struct in Memory Management
15: Understanding task_struct in Process Replacement
14: Returning to User Space
12: Transition from User Space to Kernel Space
11: User-Space Preparation in execl()
10: Returning to User Space and Execution
9: Updating Kernel Data Structures
8: Kernel-Space Execution of execve()
7: Transition from User Space to Kernel Space
6: User-Space Preparation for execl()
5: Using execve for Custom Environment Variables
4: Handling Environment Variables with execle
3: Difference Between execlp and execl
2: Usage of execl()
1: Understanding the exec System Call Family
20: Comparing Wrong and Right Ways to Use execl
19: Specifying the Name of the Successor Process
18: Handling Zero as an Argument
17: Proper Error Handling with exec
16: Execution Context Setup and Process Context Replacement
15: Kernel Data Structures in Process Replacement
14: Kernel Operations during execve()
13: System Call Invocation in Process Replacement
12: Transition from User Space to Kernel Space
11: Executing the `execl()` Call
10: Constructing the Argument List
9: Preparing the Executable Path
8: Custom Environment with execve
7: an example usage of the `execv` and `execvp` functions
6: Differences between the `execl`, `execle`, and `execlp`
5: The purpose of the exec family of functions
4: Error Handling and Common Issues
3: simple implementation of `execl()`
2: the syntax of the `execl()` function
1: current process after `execl()`
Inter-Process-Communication-MessageQueues queries, discussion, clarifications
12. Fields of struct sigaction
13. Example of Setting Up a Signal Handler
14. Blocking Signals During Handler Execution
15. Using Flags in sigaction
16. Handling Real-time Signals
17. Concept of Signal Masking
18. Functions for Manipulating Signal Sets
19. Using sigprocmask and sigsuspend
20. Understanding SA_SIGINFO
21. Structure and Parameters of Extended Signal Handler
22. Example of Handling Signals with Extended Information
17. Setting Up Signal Handlers with sigaction
18. Using the SA_SIGINFO Flag
21. fork() and execl() combination
20. security implications of using `exec()` functions
19. The use of `execvpe()`
18. Modify the environment variables
003.07.Signals-and-Handlers Queries and Discussion
16. Open File using gedit and execlp
15. Replace the current process with the `cal`
14. Command-line arguments using `execv()
13. Errors when using `exec()
12. Role of the `PATH`
11. `execvpe()` differ from `execvp()`
10. Execute the `ps -ef` command
9. A program using using execvp()
5. The program name as the first argument
16. Understanding the `getenv()` Function
15. Environment Variables in C
14. Creating and Accessing Environment Variables in Bash
13. Environment Variables: User vs. System Level
12. Abnormal Process Termination
11. Methods of Process Termination
10. Memory Layout of a C Program
9. Environment Variables in Processes
8. Command-Line Arguments in C Programs
7. Process ID and Parent Process ID Functions
6. Process Hierarchy and Ownership
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