5. Role of the Init Process
10. When to Use `vfork()`
9. Shared Address Space in `vfork()`
8. Purpose of `vfork()`
7. Interpreting Child Process Status
6. Understanding `waitpid()` Options
5. Difference Between `wait()` and `waitpid()`
4. Function Signature of `wait()`
3. Blocking Behavior of `wait()`
2. Process Termination and Zombie Processes
1. Explain the Purpose of the `wait()` System Call
20. Debugging and Tracing
19. Handling Pending Signals
18. Architecture-Specific Considerations: RISC-V
17. Architecture-Specific Considerations: ARM
16. Architecture-Specific Considerations: x86/x86_64
15. Detailed Example of Returning to User Space
14. Execution of Parent and Child Processes
13. Switching Back to User Mode
12. Restoring CPU State
11. Return Values of `fork()`
10. Load Balancing in Multiprocessor Systems
9. Priority Management
8. Scheduling Policies and Algorithms
7. ontext Switching
6. Scheduler Decision-Making
5. Adding to the Run Queue
4. Child Process Initialization
3. Process States
2. Run Queue Definition
1. Role of the Scheduler
10. while Loop for Sum Calculation
9. case with User Selection
8. if-else with File Checks
7. for Loop with Command Line Arguments
6. while Loop with User Input
5. for Loop
3. case Statement
2. Nested if-else Statement
1. Simple if-else Statement
20. Example Scenario of `fork()` Execution
19. Returning to User Mode
18. Function `copy_thread()`
17. System Call Entry and Handling
16. Initialization of `task_struct`
15. Handling Special Registers
14. Stack Pointer Initialization
13. Program Counter Adjustment
12. Return Values of `fork()`
11. Process Context Duplication
10. Close-on-Exec Flags Management
9. Special Handling of File Descriptors
8. File Descriptor Table (`files_struct`)
7. Consistency in File Operations
6. Reference Count Management
5. Duplicating File Descriptor Table
4. Inode Table
3. System-Wide File Table
2. File Descriptor Table
1. Understanding File Descriptors
20. Efficient Process Creation
19. Memory Segment Attributes and Behavior
18. Page Fault Handling for Copy-on-Write
17. Function `dup_mmap` in Copying Address Space
16. Virtual Memory Area (`vm_area_struct`)
15. Role of `mm_struct` in Address Space Management
14. Stack Segment Duplication
13. Heap Segment Copy-on-Write Mechanism
12. Data Segment and Copy-on-Write
11. Text Segment Sharing
10. Returning to User Space
9. Adding Child Process to Scheduler’s Run Queue
8. Assigning Unique PID
7. Copy-on-Write Mechanism Setup
6. Copying Parent’s Context
24. Create a custom shell
23. Execute a series of commands
22. Multiple child processes
17. A shell-like program using exec()
20. Benchmarking Pipe Performance
19. Parent and Child Coordination
18. Inter-process Communication in a Daemon
17. Pipes and File Redirection
16. Pipes with Multiple Children
15. Handling Signals
14. Sending Structs Through Pipes
13. Non-blocking Pipes
12. Using `poll()` for Multiplexing
5. Allocating Process Control Block (PCB)
4. Kernel Function Execution: `do_fork()`
3. System Call Handler Role
2. System Call Invocation
1. User Space to Kernel Space Transition
20. Returning to User Space
19. Scheduler's Run Queue
18. Assigning Unique PID
17. Copy-on-Write Mechanism
16. Copying Parent's Context
15. Kernel Data Structures: Task Struct
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