https://github.com/sccsmartcode/advanced-c-programming
Dive into advanced concepts of C programming, including memory management, multi-threading, file I/O, networking, system calls, hardware manipulation, and more. Track your progress and build professional-grade projects
https://github.com/sccsmartcode/advanced-c-programming
advanced-c c-programming custom-memory-allocators debugging error-handling file-io hardware-manipulation kernel-development makefiles memory-management multi-threading profiling socket-programming system-calls
Last synced: 11 days ago
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Dive into advanced concepts of C programming, including memory management, multi-threading, file I/O, networking, system calls, hardware manipulation, and more. Track your progress and build professional-grade projects
- Host: GitHub
- URL: https://github.com/sccsmartcode/advanced-c-programming
- Owner: SCCSMARTCODE
- License: mit
- Created: 2025-01-22T05:31:31.000Z (about 1 year ago)
- Default Branch: main
- Last Pushed: 2025-02-06T11:19:51.000Z (about 1 year ago)
- Last Synced: 2025-10-06T02:37:01.452Z (5 months ago)
- Topics: advanced-c, c-programming, custom-memory-allocators, debugging, error-handling, file-io, hardware-manipulation, kernel-development, makefiles, memory-management, multi-threading, profiling, socket-programming, system-calls
- Language: Makefile
- Homepage:
- Size: 10.7 KB
- Stars: 0
- Watchers: 1
- Forks: 0
- Open Issues: 0
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Metadata Files:
- Readme: README.md
- License: LICENSE
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README
# Advanced C Programming Learning Repository
Welcome to the **Advanced C Programming Learning Repository**! This repository is designed to help you track your progress and explore advanced concepts in C programming. Each topic is accompanied by checkboxes so you can monitor your progress as you learn and implement these concepts.
## Topics
### Multi-threading with Pthreads
- [ ] Thread creation and termination
- [ ] Mutexes and condition variables
- [ ] Thread synchronization
### Signal Handling
- [ ] Understanding signals in Unix/Linux
- [ ] Writing signal handlers
- [ ] Blocking and unblocking signals
### File Systems and I/O
- [ ] Low-level file I/O (open, read, write, close)
- [ ] Directory handling
- [ ] File permissions
### Networking in C
- [ ] Socket programming (TCP/UDP)
- [ ] Server-client communication
- [ ] Network protocols and data serialization
### Dynamic Libraries
- [ ] Creating shared libraries
- [ ] Linking shared libraries
- [ ] Using dlopen and dlsym
### Makefiles
- [x] Writing Makefiles for multi-file projects
- [x] Using variables and rules
- [ ] Debugging with Makefile targets
### Manipulating PC Hardware
- [ ] Accessing and controlling peripherals like cameras and mice
- [ ] Using the Linux Input Subsystem
- [ ] Communicating with hardware via USB and serial ports
### System Calls
- [ ] Introduction to system calls
- [ ] Process control (fork, exec, wait)
- [ ] File and directory operations
### Interprocess Communication (IPC)
- [ ] Pipes
- [ ] Message queues
- [ ] Shared memory
- [ ] Semaphores
### Writing Kernel Modules
- [ ] Basics of kernel modules
- [ ] Loading and unloading modules
- [ ] Interfacing with user space
### Understanding Assembly with C
- [ ] Inline assembly
- [ ] Examining assembly output from C code
- [ ] Writing mixed C and assembly programs
### Socket Programming
- [ ] Creating sockets
- [ ] Managing multiple connections
- [ ] Secure communication (SSL/TLS)
### Cross-platform Development
- [ ] Writing portable code
- [ ] Using platform-specific libraries
- [ ] Handling platform-specific constraints
### Error Handling
- [ ] Using errno and strerror
- [ ] Writing custom error codes
### Advanced Preprocessor Directives
- [ ] Macros and conditional compilation
- [ ] Variadic macros
### Inline Assembly
- [ ] Embedding assembly in C code
### Debugging and Profiling
- [ ] Using gdb for debugging
- [ ] Profiling tools like gprof
### C Libraries
- [ ] Creating and linking static and dynamic libraries
- [ ] Using shared libraries
### Custom Memory Allocators
- [ ] Implementing malloc/free
### File I/O
- [ ] Advanced file handling techniques
- [ ] Buffered and unbuffered I/O
- [ ] File locking and concurrency