Parse-Server vs Socket.IO: What are the differences?
Parse-Server: Parse-compatible API server module for Node/Express. A Parse.com API compatible router package for Express. Read the announcement blog post here: http://blog.parse.com/announcements/introducing-parse-server-and-the-database-migration-tool/. Read the migration guide here: https://parse.com/docs/server/guide#migrating; Socket.IO: Realtime application framework (Node.JS server). Socket.IO enables real-time bidirectional event-based communication. It works on every platform, browser or device, focusing equally on reliability and speed.
Parse-Server and Socket.IO are primarily classified as "Platform as a Service" and "Realtime Backend / API" tools respectively.
"Open Source" is the primary reason why developers consider Parse-Server over the competitors, whereas "Real-time" was stated as the key factor in picking Socket.IO.
Parse-Server and Socket.IO are both open source tools. Socket.IO with 46.7K GitHub stars and 8.53K forks on GitHub appears to be more popular than Parse-Server with 16.5K GitHub stars and 4.16K GitHub forks.
Trello, Kobra.io, and MakerSquare are some of the popular companies that use Socket.IO, whereas Parse-Server is used by NorthPointe Church, Rydite, and ParseGround. Socket.IO has a broader approval, being mentioned in 555 company stacks & 385 developers stacks; compared to Parse-Server, which is listed in 9 company stacks and 12 developer stacks.
What is Parse-Server?
What is Socket.IO?
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Parse-server can be set up in any cloud with few commands. Easy to use and manage best Platform.
I use Socket.IO because using HTTP requests for a real-time multiplayer game just blows! Even with websockets, I had to scrunch the data being transmitted down to a bare minimum, and do some cheap compression tricks so that I can send data in JSON format. Otherwise, I would have to resort to sending binary data. I may end up doing that anyway when the time comes that I need to scale.
How do I use it? Each client opens a socket connection at startup. The server keeps track of these connections, and sends each client the visible portion of the Playfield repeatedly. The clients render this information, while sending requests and commands to the server (join,turn,fire,thrust,bomb,viewport change,etc.) in response to the player's actions. The server uses that to make adjustments to the player's ship on the Playfield.
Where we have browser support (recent Chrome, Firefox, and Safari), we make a WebSocket connection so that the server can push changes made by other people down to browsers listening on the appropriate channels. We use a modified version* of the Socket.io client and server libraries that allows us to keep many thousands of open WebSockets on each of our servers at very little cost in terms of CPU or memory usage. So when anything happens to a board you’re watching, that action is published to our server processes and propagated to your watching browser with very minimal latency, usually well under a second.
Socket.IO has a decent community footprint, including integrations with popular JS frameworks, and has fallbacks to maintain an app's services if websockets are not available for some reason. Websockets are an important factor in most of the web-facing apps I build, to provide asynchronous two-way communication between the app and whatever server or data source it is connected to.
Another one that we're not using, yet. But have realtime data updates within our applications and the central API will be a great bit of functionality that gives our clients more control and keep them informed of changes and updates in their stores, in real time.
Socket.io is used as our current multiplayer engine. The existing engine is very simplistic and only utilizes the websocket+http fallback transports and serves as a generic world/zone/screen grouping mechanism for displaying users to each other.