olzratings.blogg.se - Use case diagram for online payment system

Please see CONTRIBUTING.md for more details.The use case diagram are usually referred to as behavior diagram used to describe the actions of all user in a system.Īll user shown in use case are actors and the functionality as action of system. Patches are welcome and can be submitted by forking this project and submitting a pull request via GitHub. Use Case diagram for Regular User (Client): Their main difference from each other is that they have different privileges and specific capabilities. Since there are two types of users in the system: Regular User (Client) and Administrator, the corresponding two Use Case diagrams were created. Use Case diagramsĪll options for using the system can be found in Use Case diagrams. I advise you to use the first option with manual installation and configuration. Or use this command by running it from the root folder: $ docker run -d -p 8080:8080 pms-assembly $ docker run -name mysql57 -p 3306:3306 -e MYSQL_ROOT_PASSWORD=pppp -d mysql/mysql-server:5.7 $ docker build -f Dockerfile -t pms-assembly.

In the browser, go to this address: If you know Docker, use these commands by running them from the root folder:.

Verify that all components are configured correctly and that all services are running.

Connect and configure your web server to deploy the project locally.

Run the project build command from the root folder: $ mvn clean package.

Uncomment the block of code needed for your purposes in the /persistence/dao/impl/QueryExecutor.java file (contains the basic methods for working with the DB).

Specify the correct database connection parameters in the /webapp/META-INF/context.xml file.

Import the database dump from the /resources/sql/dump.sql file (substituting your DB name).

Connect, configure and start your database server.

Specify the correct path to the JDK home folder in the IDE.

I recommend cloning a project (if you know Git):

Initialization and launch of the projectįor the correct launch and stable operation of the site (locally) you need to: When implementing business logic algorithms, I used GoF patterns (Singleton, Builder, Factory Method, Command, Strategy), as well as MVC and DAO patterns. *For more information on dependencies and plugins, see the pom.xml file. Secondary: Apache Tomcat v9.0, Apache Commons Lang v2.6, Apache Log4j v1.2, JUnit v4.13, Mockito v1.10. Primary: MySQL 5.7, Java 8 (Core + Servlets + JDBC + JSP), JSTL, Maven 3, HTML CSS, JS, jQuery v3.4, Bootstrap v4.4.

Go to this address: Used tools and patterns for project implementation I deployed the application on the hosting. The goal of the project is to create a complete payment system with all the basic functionality.