Facilitating Software Architecture: Empowering Teams to Make Architectural Decisions

1 Introduction to System Programming in C1.1 Understanding System Programming1.2 C Language Features for System Programming1.3 Using Libraries and Header Files1.4 Compiling and Linking C Programs1.5 POSIX Standards and Compliance1.6 Basics of System Calls2 File Operations and Management2.1 Understanding File Systems2.2 Basic File Operations in C2.3 File Permissions and Security2.4 Directory Management2.5 Advanced File Handling2.6 Working with File Metadata2.7 Error Handling in File Operations3 Advanced File I/O Techniques3.1 Buffered vs. Unbuffered I/O3.2 Memory-Mapped I/O3.3 Asynchronous I/O3.4 File Locking Mechanisms3.5 Using Select and Poll for I/O Multiplexing3.6 Advanced Reading and Writing Techniques3.7 Implementing Efficient Caching Strategies4 Process Creation and Management4.1 Understanding Process Concepts4.2 Creating Processes with fork4.3 Executing Programs with exec4.4 Process Termination and Exit Codes4.5 Managing Process Hierarchies4.6 Inter-Process Synchronization4.7 Advanced Process Management Techniques5 Inter-Process Communication (IPC) Mechanisms5.1 Fundamentals of IPC5.2 Pipes and Named Pipes5.3 Message Queues5.4 Shared Memory5.5 Semaphores and Synchronization5.6 Sockets for Networked IPC5.7 Advanced IPC Techniques6 Memory Management in C6.1 Understanding Memory Layout6.2 Dynamic Memory Allocation6.3 Pointer Arithmetic and Memory Access6.4 Managing Memory Leaks and Overflows6.5 Using Memory Management Libraries6.6 Working with Virtual Memory6.7 Advanced Memory Optimization Techniques7 Synchronization Techniques7.1 Fundamentals of Synchronization7.2 Mutexes and Locks7.3 Condition Variables7.4 Semaphores in Synchronization7.5 Using Barriers for Synchronization7.6 Atomic Operations7.7 Advanced Synchronization Patterns8 Handling Signals in C8.1 Understanding Signals in Unix-like Systems8.2 Signal Handling Basics8.3 Advanced Signal Handling with sigaction8.4 Blocking and Unblocking Signals8.5 Signal Sets and Management8.6 Realtime Signals8.7 Best Practices for Signal Safety9 Network Programming Basics9.1 Fundamentals of Network Protocols9.2 Socket Programming Basics9.3 Client-Server Communication9.4 Working with TCP Sockets9.5 Using UDP for Connectionless Communication9.6 Network Address Management9.7 Handling Errors and Debugging Network Applications10 Debugging and Profiling System Programs10.1 Fundamentals of Debugging System Programs10.2 Using gdb for Interactive Debugging10.3 Debugging with Valgrind10.4 Profiling with gprof10.5 Employing strace and ltrace10.6 Techniques for Logging and Monitoring10.7 Best Practices for Efficient Debugging and Profiling