The set-top box terminal management system is the University Graduation Project of student Chung Nguyen Thanh - School of Electrical and Electronics Engineering of Hanoi University of Science and Technology.
Show some ❤️ and star ⭐ the repo if you liked it.
contact for work, mail: [email protected]
🚑 This source code is the back end of the TMS Project. For security reasons, I cannot 🙌 publish the application source code of this system. The following link is the source code of the web client interface for TMS Smart Box device managers: https://github.com/ChunhThanhDe/tms-reactjs
Previously, the Set-top box (STB) was known as a device that acted as an intermediary between the signal source and the TV. Its function was to decode television signals and convert them into audio and visual content displayed on the TV screen.
Today, the STB is also known as a Smart Box, which can transform a regular TV into a Smart TV with various entertainment features. These features include television services, movie streaming, gaming, web browsing, and access to social networks (karaoke, online learning, etc.). Additionally, the Smart Box can integrate with other Internet of Things (IoT) devices to create a complete home ecosystem.
For current SMB device providers, deploying, operating, managing, and troubleshooting the devices already in use on the market with millions of products is a resource-intensive task. Resources, both human and technical, are required here.
A large-scale system without a technical management system would require a significant number of technical support personnel while also investing in equipment and training programs for the workforce. However, even with these measures, carrying out tasks through multiple intermediate steps may not achieve maximum efficiency. Therefore, SMB device providers need a comprehensive management system capable of handling most user support tasks through Over-the-Air (OTA) updates. Additionally, the system should collect device information and user device usage data. With this information, the management team can generate reports and statistics to evaluate the performance, efficiency, and quality of the current product, as well as consumer habits. Based on these insights, software updates or hardware solutions can be implemented in the future.
System Model
Using the TMS management system will address the aforementioned requirements automatically, quickly, and accurately. While there are existing TMS systems in the market, they have not been widely adopted for SMB products or specific industries. Due to the aforementioned challenges and my interest in SMB technology, I have chosen this topic for my graduation project, with the aim of building an efficient and user-friendly system.
The TMS includes the following features:
- User management (Manage accounts allowed to access the system)
- Smart box device management (Device parameters, location, usage time,...)
- Application Management (Manage system applications and user applications)
- Monitor and track device operating history (Monitor real-time device uptime, application usage history, performance parameters)
- Manage Operational Policies (Create and deploy operational policies for devices including reboot, automatically download and install applications, uninstall applications, display notifications, warnings, and advertisements, and deploy support after-sales support,...)
If you have any questions, you can contact me via mail: [email protected]
A few words before you configure the project according to the instructions below:
Dear programmer
when I wrote this code, only god
and I knew how it worked
Now, only god knows it
Therefore, if you are trying to optimize
this routine and it fails (most surely),
please increase this counter as a
warning for the next person :(
total_hours_wasted_here = 530
Best regards
ChunhThanhDe
Open src/main/resources/application.properties
- For PostgreSQL:
spring.datasource.url= jdbc:postgresql://localhost:3306/{name_database}
spring.datasource.username= postgres
spring.datasource.password= password
spring.jpa.properties.hibernate.jdbc.lob.non_contextual_creation= true
spring.jpa.properties.hibernate.dialect= org.hibernate.dialect.PostgreSQLDialect
# Hibernate ddl auto (create, create-drop, validate, update)
spring.jpa.hibernate.ddl-auto= update
# App Properties
TMS.app.jwtSecret=ChunhthanhdeSecretKey
TMS.app.jwtExpirationMs=86400000
- For MySQL
spring.datasource.url= jdbc:mysql://localhost:3306/{name_database}
spring.datasource.username= root
spring.datasource.password= {root_password}
spring.jpa.properties.hibernate.dialect= org.hibernate.dialect.MySQL5InnoDBDialect
spring.jpa.hibernate.ddl-auto= update
#if hosting by ubuntu
#spring.datasource.driver-class-name=com.mysql.jdbc.Driver
# App Properties
TMS.app.jwtSecret=ChunhthanhdeSecretKey
TMS.app.jwtExpirationMs=86400000
mvn spring-boot:run
INSERT INTO role (name) VALUES('ROLE_USER');
INSERT INTO role (name) VALUES('ROLE_MODERATOR');
INSERT INTO role (name) VALUES('ROLE_ADMIN');
INSERT INTO listdevice(name, location) VALUES('all', 'all');
INSERT INTO listdevice(name, location) VALUES('prototype', 'all');
INSERT INTO user(name, username, password, company, email, contact) VALUES ("MODERATOR","root","$2a$10$icvl6beFqq9A9yL8Th5xGuhaM8dRkAFQOLgLXwJv.6SUX3lqOPWXu","none","none",0);
INSERT INTO role_user(user_id, rule_id) VALUES (1, 1);
INSERT INTO role_user(user_id, rule_id) VALUES (1, 2);
INSERT INTO role_user(user_id, rule_id) VALUES (1, 3);
INSERT INTO listdevice_user(device_id, user_id) VALUES("1","1");
username: root
password: root
First of all, I would like to thank the HEC Electronic Technology Center of 🏢 VNPT Technology Company for creating conditions for me to build and develop this topic on the company's SmartBox 3 device. I would also like to thank 💝 Nguyen Vinh Khang for helping me develop the Web client source code for the system and 💝 Le Thu An for working with me to build a Business Analyst for the project. ❤️