Design Patterns Tutorial Software

Head First Design Patterns translated to C++. Three separate translations are planned: 'Bronze' is literal; minimal (syntax) changes only. 'Silver' is semantic; more C++ idioms + leftover patterns. 'Gold' is (forthcoming and) modern; template. ...

Ontology Design Patterns (ODPs) are well known and efficient modeling solutions for ontologies. This public catalog offers a collection of well documented and tested ODPs, including examples from the biological knowledge domain, implemented in. ...

Open SOA is an open source platform for implementing business integration and process automation services. Practical integrated design patterns for the common applications including ERP: SAP, Oracle, Compiere: CRM Salesforce, SugarCRM, Centric:e-Commerce. ...

A stand-alone tool to apply design patterns to segments of code. The user interface for this tool will be in the form of a wizard, but possibly implementing UML..

The well known GOF design patterns will be implemented with C++ in this project for educational purposes..

Design patterns library contains implementations of GoF design patterns. The classes can bi extended for special uses..

A toolkit to design applications using design patterns, with facility to generate code, and reverse engineering. Drag and Drop facility to create UML Class diagrams Support to write custom plug-ins for code generators and reverse. ...

This project is just a simple exploration of object oriented design patterns. Our project begins with a Conway Game of Life program, applying patterns where possible. The eventual goal of this project is to develop a reusable library of. ...

The purpose of this project is to create subprojects with source code examples about certain patterns and principles such as Design Patterns, Architecural Patterns, GRASP, DDD, Liskov substitution principle, Dependency inversion principle and so on.

This project provides a full set of Interfaces and Classes that naturally brings the developer to follow the "Gang of Four" Design Patterns while producing software This project provides a full set of Interfaces and Classes that naturally brings the developer to follow the "Gang of Four" Design Patterns while producing software.

The Java Design Pattern API provides a lightweight architecture for representing design patterns as Marker Interfaces within Java applications. This allows for richer JavaDoc documentation and opens up the possibility of pattern-aware development tools.

This is a C++ implementation of Puyo Puyo, a Japanese computer puzzle game of 1991. It uses Qt and Boost Graph Libraries and some design patterns and works with any platform on which Qt is available. It can be used as a tutorial for learning game design.