1
Development method and tools
- The linux distributions, open source software, licenses.
- Compilers and associated tools, profilers and debuggers.
Hands-on work
Use of GDB, cscope and profiling with a simple application.
2
Processes
- The UNIX processes, scheduling processes, priorities and processor affinity.
- Live and death of a process. Fork, exec, exit and wait.
- Security issues. Root and standard user, user ids.
- Namespaces and application mobility.
Hands-on work
Creation of a simple multi-process application. Tests of some security issues like process running wild and handling with setrlimit(2).
3
Posix Threads
- Programing with threads. Overview of Posix 1c threads.
- Thread creation and termination. Thread scheduling.
- Synchronizing Threads. Mutex and data protection, priority inversion.
- Condition variable and flow control. Using signals and threads.
Hands-on work
A simple multi-thread application using mutexes and condition variables.
4
Files and filesystems
- File handling.
- Filesystems. Accessing metadata. Accessing directories.
- I/O Multiplexing. Using poll and select.
- Signals and events with multiplexed I/O
Hands-on work
A small program using fcntl(2) for file locking and accessing a directory.
5
Inter Process Communication
- Message queues.
- Shared memory.
- Semaphores. Handling multiple semaphore sets.
- Pipes. Standard I/O redirections.
- Signals. UNIX signals implementation.
Hands-on work
Implementation of a client/server use case with the help of various technologies: message queues, shared memory and semaphores, pipes and signals.
6
Network
- Socket Interface.
- Address and protocol management. TCP/IP interface.
- Network daemons.
- mplementation of network servers and super servers.
Hands-on work
Implementation of our client/server use case with the network interface.
7
Memory management and Time
- Virtual memory.
- Memory allocation.
- Advanced use
- Date and time. Timers and timeout.
- Latencies and determinism.
Hands-on work
Test of various allocations schemes using malloc(3), brk(2) or mmap(2). Implementing good practice for real-time applications. Using the UNIX time interface to measure scheduling latency.
8
Advanced linker control
- Security, real-time and multithreading.
- Shared libraries.
Hands-on work
A multi-thread real-time application with a time share thread. Implementation of a memory allocation tracer with dlopen.
4d
- 28h00 
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