Differences

This shows you the differences between two versions of the page.

--- tanszek:oktatas:iss_t:lecture_notes [2026/03/30 18:08] – knehez
+++ tanszek:oktatas:iss_t:lecture_notes [2026/03/30 18:25] (current) – [Information Systems Integration and Testing] knehez
@@ Line 1: / Line 1: @@
-==== Information Systems Integration and Testing ====
+===== Information Systems Integration and Testing - GEIAL51C-Ma =====
-  - [[Introduction]]
-  - [[Software Integration]]
-  - [[Evolution of Software Integration methods]]
-  - [[12-Factors]] 12-Factor App Methodology
-  - [[Object Request Broker]] - CORBA
-  - Basic Point to Point data integration - [[Integration based on TCP/IP Sockets]]
-       * [[Java example for Blocking and Non-Blocking Socket]]
-       * [[Python example for Blocking and Non-Blocking Socket]]
-       * [[Socket Exercises]]
-       * [[HTTP server]]
-  - [[Java - Remote Method Invocation]]
-       * original paper: https://pdos.csail.mit.edu/archive/6.824-2009/papers/waldo-rmi.pdf
-       * Oracle tutorial: http://docs.oracle.com/javase/tutorial/rmi/index.html
-       * Java Group chat: [[Group chat]]
-       * Nodejs group chat: [[Group chat - NodeJs]]
-  - [[Integration based on RPC Remote Process Call]]
-       * [[XML-RPC|XML-RPC example]]
-  - [[Modern Data Integration based on Protocol Buffer]]
-  - [[gRPC| Google's modern remote procedure call technique]]
-  - [[JSON-RPC]] JavaScript Object Notation – Remote Procedure Call
-  - [[REST API]] Representational State Transfer
-  - [[graphQL integration]]
-  - [[Docker integration techniques]]
-       * [[tanszek:oktatas:iss_t:docker|Simple multi container example]]
-       * [[tanszek:oktatas:iss_t:docker2|Load balancing with haproxy]]
-  - [[Messaging systems]]
-     * [[RabbitMQ_simple]] - simple producer and consumer
-     * [[RabbitMQ]] - more complex example
-  - [[Web services]]
-     * [[JAX-WS web service]]
-     * [[JAX-RS web service]]
-  - [[Enterprise Service Bus (ESB)]]
+===== Module 1. Foundations and Integration Mindset =====
+These notes establish the terminology, motivation, and architectural background of the course.
+  * [[tanszek:oktatas:iss_t:introduction|Introduction]] - Concept page introducing software integration, interface-driven design, data exchange, and testing concerns.
+  * [[tanszek:oktatas:iss_t:software_integration|Software Integration]] - Core theory page on integration problems, legacy systems, middleware, file-based integration, databases, and integration strategies.
+  * [[tanszek:oktatas:iss_t:evolution_of_software_integration_methods|Evolution of Software Integration methods]] - Historical and architectural overview showing how integration moved from tightly coupled systems toward middleware and enterprise integration approaches.
+  * [[tanszek:oktatas:iss_t:12-factors|12-Factor App Methodology]] - Operational design principles for modern service-based systems, deployment, configuration, and runtime behavior.
+  * [[tanszek:oktatas:iss_t:semantic-versioning|Semantic Versioning]] - Compatibility-focused versioning rules for APIs, components, and evolving systems.
+===== Module 2. Classical Integration and Low-Level Communication =====
+This block covers foundational distributed communication techniques and older but historically important integration models.
+  * [[tanszek:oktatas:iss_t:object_request_broker|Object Request Broker (CORBA)]] - Classical middleware and distributed object communication with ORB, IDL, and broker-based invocation.
+  * [[tanszek:oktatas:iss_t:integration_based_on_tcp_ip_sockets|Integration based on TCP/IP Sockets]] - Low-level point-to-point communication and the basic mechanics of network integration.
+    * [[tanszek:oktatas:iss_t:java_example_for_blocking_and_non-blocking_socket|Java example for Blocking and Non-Blocking Socket]] - Practical Java socket example for synchronous and asynchronous communication patterns.
+    * [[tanszek:oktatas:iss_t:python_example_for_blocking_and_non-blocking_socket|Python example for Blocking and Non-Blocking Socket]] - Practical Python socket example for blocking and non-blocking communication.
+    * [[tanszek:oktatas:iss_t:socket_exercises|Socket Exercises]] - Practice tasks for reinforcing socket-based communication.
+    * [[tanszek:oktatas:iss_t:http_server|HTTP server]] - Example page connecting socket-level understanding with a simple application protocol.
+  * [[tanszek:oktatas:iss_t:java_-_remote_method_invocation|Java - Remote Method Invocation]] - Java-specific remote invocation model, useful for understanding language-bound distributed calls.
+    * Original paper: [[https://pdos.csail.mit.edu/archive/6.824-2009/papers/waldo-rmi.pdf|A Note on Distributed Computing]]
+    * Oracle tutorial: [[http://docs.oracle.com/javase/tutorial/rmi/index.html|Java RMI Tutorial]]
+    * [[tanszek:oktatas:iss_t:group_chat|Group chat]] - Applied example built around the RMI communication model.
+    * [[tanszek:oktatas:iss_t:group_chat_-_nodejs|Group chat - NodeJs]] - Comparative communication example using Node.js.
+  * [[tanszek:oktatas:iss_t:integration_based_on_rpc_remote_process_call|Integration based on RPC Remote Process Call]] - Conceptual transition from raw communication to call-oriented distributed interaction.
+    * [[tanszek:oktatas:iss_t:xml-rpc|XML-RPC example]] - Structured RPC example using XML-based message exchange.
+===== Module 3. Modern APIs, Contracts, and Remote Calls =====
+These topics focus on structured service contracts, modern remote procedure calls, and API-oriented integration.
+  * [[tanszek:oktatas:iss_t:modern_data_integration_based_on_protocol_buffer|Modern Data Integration based on Protocol Buffer]] - Schema-driven data exchange and compact cross-language serialization.
+  * [[tanszek:oktatas:iss_t:grpc|Google's modern remote procedure call technique]] - Modern RPC based on Protocol Buffers and service contracts.
+  * [[tanszek:oktatas:iss_t:json-rpc|JSON-RPC]] - Lightweight remote procedure calls over JSON, useful for comparing RPC with REST-style APIs.
+  * [[tanszek:oktatas:iss_t:rest_api|REST API]] - Resource-oriented integration with HTTP methods, representations, and stateless interaction.
+  * [[tanszek:oktatas:iss_t:graphql_integration|graphQL integration]] - Query-driven API design that lets clients request exactly the data they need.
+===== Module 4. Deployment and Runtime Integration =====
+Integration is not only about protocols. It also depends on packaging, deployment, runtime isolation, and service-to-service topology.
+  * [[tanszek:oktatas:iss_t:docker_integration_techniques|Docker integration techniques]] - Container-based integration and deployment as a practical runtime foundation.
+    * [[tanszek:oktatas:iss_t:docker|Simple multi container example]] - Hands-on example of multi-service container composition.
+    * [[tanszek:oktatas:iss_t:docker2|Load balancing with haproxy]] - Example of scaling and traffic distribution across service instances.
+===== Module 5. Messaging, Web Services, and Enterprise Integration =====
+This module moves from direct request-response integration toward asynchronous communication, XML-based service standards, and enterprise-scale middleware patterns.
+  * [[tanszek:oktatas:iss_t:messaging_systems|Messaging systems]] - Asynchronous communication, queues, brokers, and message-based decoupling.
+    * [[tanszek:oktatas:iss_t:rabbitmq_simple|RabbitMQ simple producer and consumer]] - Introductory example of message publishing and consumption.
+    * [[tanszek:oktatas:iss_t:rabbitmq|RabbitMQ complex example]] - More advanced messaging scenario and message-flow design.
+  * [[tanszek:oktatas:iss_t:web_services|Web services]] - XML-centered service integration and standards-oriented interoperability.
+    * [[tanszek:oktatas:iss_t:jax-ws_web_service|JAX-WS web service]] - Java SOAP-style service example.
+    * [[tanszek:oktatas:iss_t:jax-rs_web_service|JAX-RS web service]] - Java RESTful service implementation example.
+  * [[tanszek:oktatas:iss_t:enterprise_service_bus_esb|Enterprise Service Bus (ESB)]] - Centralized enterprise integration with routing, transformation, protocol mediation, and QoS concerns.