Reliability

A lightweight networking library with buffers, extremely friendly syntax and focused on giving you high control over your Remote behavior.

from Wally

reliability = "realkastien/[email protected]"

Getting Started

Referencing a RemoteEvent

• Client & Server:

local YourRemote: RemoteEvent = Reliability.getReliable("NameOfYourRemote")

Referencing an UnreliableRemoteEvent

• Client & Server:

local YourRemote: UnreliableRemoteEvent = Reliability.getUnreliable("NameOfYourRemote")

Referencing multiple remotes

• Client & Server:

-- The prefix is completely optional
local PREFIX: string = "PrefixAppliedToAllRemotes"

-- Define all of your remotes at once
local YourRemotes = {
    YourUnreliableRemoteEvent = "Unreliable";
    YourRemoteEvent = "Reliable";

    YouNameIt = "Reliable";
    MultipleRemotesAtOnce = "Unreliable";

    FunctionsToo = "Function";
}

-- Returns a dictionary containing your remotes
local YourRemotes = Reliability.getNetwork(YourRemotes, PREFIX)

YourRemotes.YouNameIt:FireAllClients()

Using SerdeLayer

Serde layers are responsible for serializing and deserializing data, using Reliability you can do that pretty easily:

type PacketSerde = Reliability.PacketSerde

local SerdeLayer = Reliability.SerdeLayer
local StringSerde: PacketSerde = SerdeLayer.String

local YourNewBuffer: buffer = StringSerde:Serialize("I am a string")
local YourStringBack: string = StringSerde:Deserialize(YourNewBuffer)

print(YourStringBack) -- I am a string

All Serdes available:

Type	Description
Tuple(...)	For tuples of other serdes
Dict({[string]: PacketSerde})	For tables with string-only indexes
Array({PacketSerde})	For tables with numeric indexes
String	Any string
UInt8	Numbers between 0 and 255
UInt16	Numbers between 0 and 65,536
UInt32	Numbers between 0 and 4,294,967,295
FInt64	Numbers between 0 and 9,007,199,254,740,992
Vector3	For Vector3 or any structure that contains X,Y,Z values
CFrame	For any CFrame, storing both position and orientation information