Driven by modern technology, the Internet has derived a variety of technologies, and each technology has been applied to the required APP. The APP built from the source code of the live broadcast APP is one of them. However, these technologies can successfully The APP built by the source code of the live broadcast APP can stably provide functions and services to users, and it also relies on a key system, which is the core of the platform built by the source code of the live broadcast APP. This system is the server system, let's talk about it in detail.
The server system is an important part based on network and computing resources, including front-end servers, back-end servers, databases and other key components. In the platform composed of live broadcast APP source code, the server system is important for ensuring stable live broadcast transmission, user interaction, and platform plays an important role in its stable operation.
For a core server system, in addition to the functions I have roughly introduced, the server system also has many functions in the platform built by the live broadcast APP source code. The following is a detailed introduction:
- Data reception and transmission: The server system can receive the user equipment or some live broadcast source data transmitted to the live broadcast APP source code platform to the server, so that when the live broadcast APP source code platform is live broadcast, the server system can receive the audio and video data from the anchor side. It is received to the server through push streaming, and then transmitted from the server to the client through pull streaming for users to watch, ensuring that users can stably transmit data and watch and use the data.
- User management: The server system can manage the security authentication of users of the live broadcast APP source code platform and requests in the live broadcast APP source code platform, prevent unauthorized access or malicious attacks, and provide requirements for compliant users. The server system can also maintain the user's relationship in the live broadcast room, record the audience's other operations in the live broadcast room and on the platform, and manage the content, notifications, etc. provided for the user.
- Monitoring and processing of live stream quality: The server system can detect the quality of the live stream of the live APP source code platform in real time. When a fault or interruption of the live stream is detected, the problem of the live stream can be solved in time to ensure that it is transmitted to the server or the user. The audio and video streams on the end can be stable and smooth, reducing the impact of problems caused by platform services.
- Manage bandwidth to ensure that the live broadcast APP source code platform can support multiple live broadcasts and audiences at the same time. Optimize data transfer to accommodate your viewers' different network connection speeds.
Having said so much, how to build the server system in the live broadcast APP source code platform? The following is part of how the server system is built on the live broadcast APP source code platform:
- Single server architecture: This is the simplest way to build a server, using a single server to bear all functions and loads. The server handles user requests, stores data, and delivers live content, among other tasks. This method is suitable for small-scale live broadcast applications, but when the number of users increases, a single server may not be able to meet the demand, which may easily lead to performance bottlenecks and failures.
- Multi-server load balancing architecture: In order to cope with a large number of users and high concurrent access, the live broadcast platform can adopt a load balancing architecture to distribute user requests to multiple servers. The load balancer can evenly distribute requests to different servers according to the load of the server to improve the performance and scalability of the entire system.
- CDN distribution architecture: Content distribution network (CDN) is an architecture that improves content transmission speed and user viewing experience by distributing resources to edge nodes closer to users. In live broadcast applications, CDN can be used to distribute live streams, static resources, playback videos and other content, reducing the load on the server and improving content transmission efficiency.
- Containerization architecture: Container technology, such as Docker, can package applications and their dependencies into independent containers to achieve cross-platform deployment and management. The live broadcast platform can adopt a containerized architecture to run different components and services in independent containers to achieve flexible and scalable deployment.
This is the server system of the live broadcast APP source code platform. It has excellent capabilities such as managing users, data, live stream quality and bandwidth. It is an important support for the normal operation of the live broadcast APP source code platform to provide services and high-quality user experience. The server system can be said to be the live broadcast The important core of the APP source code platform.