List of Figures

• 2.1. Simple system (structure and behavior) (View PDF)
• 2.2. Behavior of a simple HTTP server (View PDF)
• 2.3. Establishing and finishing a TCP connection .
• 2.4. DNS Zones
• 2.5. Example of a HTTP Request/Response message pair (View PDF)
• 2.6. Value structure of a HTTP Request/Response (overview) (View PDF)
• 2.7. Value structure of a HTTP Request/Response (details) (View PDF)
• 2.8. Basic Authentication process (View PDF)
• 3.1. The Apache HTTP Server in its environment (View PDF)
• 3.2. Configuring the Apache HTTP Server via configuration files (View PDF)
• 3.3. Apache 2 Module structure (View PDF)
• 3.4. Interaction of Core and Modules (View PDF)
• 3.5. Apache 2.0 hook mechanism (View PDF)
• 3.6. Apache Filters: The Input / Output filter chain (View PDF)
• 3.7. Apache Filters: A Brigade contains a series of buckets (View PDF)
• 3.8. Apache Filters: A Filter chain using Brigades for data transport (View PDF)
• 3.9. Apache request-response loop with module callbacks (View PDF)
• 3.10. Apache request processing with module callbacks (View PDF)
• 4.1. Directory structure of the Apache HTTP Server 1.3.17 source distribution (View PDF)
• 4.2. Directory structure of the Apache HTTP Server 2.0.45 source distribution (View PDF)
• 4.3. Multiprocessing Architecture of an inetd server (View PDF)
• 4.4. Behavior of a multiprocessing server (View PDF)
• 4.5. The leader-followers pattern used in the preforking server architecture (View PDF)
• 4.6. The Apache 2.0 Preforking MPM (View PDF)
• 4.7. Overview: The behavior of Apache (View PDF)
• 4.8. Details of the behavior of Apache (View PDF)
• 4.9. The Master Server Loop (View PDF)
• 4.10. Responsibility of an Apache 2.0 MPM (View PDF)
• 4.11. The Apache 2.0 WinNT MPM (View PDF)
• 4.12. The Apache 2.0 Worker MPM (View PDF)
• 4.13. The Request-Response Loop (View PDF)
• 4.14. Processing of a request (View PDF)
• 4.15. Configuration processing components of Apache (View PDF)
• 4.16. Points in time when Apache reads configuration (View PDF)
• 4.17. Apache data structures concerning configuration (View PDF)
• 4.18. Apache configuration data structures in detail (View PDF)
• 4.19. Structure of the configuration processor (focusing on the data flow) (View PDF)
• 4.20. Reading configuration data: Layering of function calls (View PDF)
• 4.21. Processing configuration files with section directives (View PDF)
• 4.22. Structure of the per-request configuration processor: The walk procedures (View PDF)
• 4.23. The directory walk (without error handling) (View PDF)
• 4.24. Hierarchy of built-in Apache Pools (View PDF)
• 4.25. Linked List of Blocks (View PDF)
• A.1. Multiprocessing and Multithreading (View PDF)
• A.2. Internals of the fork() system call (View PDF)
• A.3. Basic concept of sockets (View PDF)
• A.4. Communication via sockets (View PDF)
• A.5. Dialup and connection sockets (View PDF)
• A.6. Sockets and ports (View PDF)
• A.7. Pipes (View PDF)
• A.8. longjmp behaviour (View PDF)
• A.9. Stack content before calling longjmp() in the example above (View PDF)
• A.10. Calling longjmp() can cause errors when used without caution (View PDF)
• C.1. Block diagram: Travel agency system (View PDF)
• C.2. Petri net: Buying a ticket (View PDF)
• C.3. Entity relationship diagram: Tour reservations (View PDF)
• C.4. Block diagram: Travel agency system (View PDF)
• D.1. FMC Block Diagrams (Part 1: Example) (View PDF)
• D.2. FMC Block Diagrams (Part 2: Description) (View PDF)
• D.3. FMC Entity/Relationships Diagrams (Part 1: Example) (View PDF)
• D.4. FMC Entity/Relationships Diagrams (Part 2: Description) (View PDF)
• D.5. FMC Petri Nets (Part 1: Basic components) (View PDF)
• D.6. FMC Petri Nets (Part 2: Basic Example) (View PDF)
• D.7. FMC Petri Nets (Part 3: Advanced features) (View PDF)
• D.8. FMC Petri Nets (Part 4: Advanced Example) (View PDF)