Enmap also offers persistence, which means it will automatically save everything to save to it in a database, in the background, without any additional code or delays.
Here are some advantages of using Enmap:
Simple to Install: Enmap itself only requires a simple
npm install command to install and use, and a single line to initialize. When using persistent providers, some additional pre-requisites are necessary. See Installation for details.
Simple to Use: Basic enmap usage can be completely done with 1-2 lines of initalization, and 3 commands, set(), get() and delete().
Very Fast: Since Enmap resides in memory, accessing its data is blazing fast (as fast as Map() is). Even with persistence, Enmap still only accesses data from memory so you get it almost instantly.
Some disadvantages, compared to using a database connection directly:
More memory use: Since Enmap resides in memory and (by default) all its data is loaded when it starts, your entire data resides in RAM. When using a large amount of data on a low-end computer or VPS, this might be an issue for some users.
Limited power: You can have multiple Enmap "tables" loaded in your app, but they do not and cannot have relationships between them. Basically, one enmap value can't refer to another value in another enmap. This is something databases can be very good at, but due to the simplistic nature of Enmap, it's not possible here.
Lack of scalability: Enmap is great for small apps that require a simple key/value storage. However, a scalable app spread over multiple processes, shards, or clusters, will be severely limited by Enmap as it cannot update itself from the database on change - one process would not be aware of another process' changes.