MultiRogue Dev Log – Grunt, client/server architecture

Grunt & Build Process

It’s definitely time I apply my knowledge of grunt to this project. My build cycle has become dependent on PHPStorm to compile my Typescript files on save. Also, my client-side code is including all my source files in a traditional manner inside the index html file. It’s become a major pain-point, so putting in the time to make a decent build script will definitely pay off in the end.

Client/Server Architecture

I’ve started seriously thinking about the client/server architecture of the game. Up until now I’ve let those bigger-picture questions slide in favour of getting something playable up and running sooner rather than later. However, I’ve reached that point where new features have just enough complexity to potentially create lots of technical debt if not conceptualized intelligently.

After reading a couple of articles on multiplayer architectures (this one in particular), I’ve decided to split responsibilities this way: The server will handle all the game logic, including chat, connection, and arbitrating turns. The client will handle all player input management, user interface management, and decide on how to display the game. The server will only share information about a particular game state to a client if according to the game logic, the client is allowed to know about it (example, the server will dispatch a monster’s location only if it’s within visual range). This will minimize cheating.

There may be analogs between client and server logic (example: visual range computations), but I don’t think this can be avoided if I want to keep responsibilities in their correct places. One way to eliminate duplication would have been to make a completely dumb client, but this would be at the expense of a good user interface. MUD games, for example, have a pure client/server architecture, and a pretty lousy UI. I don’t want to fall into that trap.

Source: https://github.com/MichelCarroll/MultiRogue


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