Update README

README.md

@@ -1,6 +1,12 @@
 # CCryptoLib
 An integrated collection of cryptographic primitives written in Lua using the ComputerCraft system API.
 
+## Installation
+A simple install script is provided, just run the following command: `wget run https://git.chrischro.me/ChrisChrome/ccryptolib/raw/branch/main/install.lua`
+
+## Initialization
+An `init.lua` is provided to allow easier access to all modules, use `crypto = require("ccryptolib")` in your script to use the module!
+
 ## Initializing the Random Number Generator
 All functions that take secret input may query the library's random generator,
 `ccryptolib.random`. CC doesn't have high-quality entropy sources, so instead of
@@ -11,7 +17,7 @@ hoping for the best like other libraries do, CCryptoLib shifts that burden into
 If you trust the tmpim Krist node, you can fetch a socket token and use it for
 initialization:
 ```lua
-local random = require "ccryptolib.random"
+local crypto = require("ccryptolib")
 
 -- Fetch a WebSocket token.
 local postHandle = assert(http.post("https://krist.dev/ws/start", ""))
@@ -19,7 +25,7 @@ local data = textutils.unserializeJSON(postHandle.readAll())
 postHandle.close()
 
 -- Initialize the generator using the given URL.
-random.init(data.url)
+crypto.random.init(data.url)
 
 -- Be polite and actually open the socket too.
 http.websocket(data.url).close()
@@ -29,6 +35,6 @@ http.websocket(data.url).close()
 As of v1.2.0, you can also initialize the generator using VM instruction timing noise.
 See the `random.initWithTiming` method for security risks of taking this approach.
 ```lua
-local random = require "ccryptolib.random"
-random.initWithTiming()
+local crypto = require("ccryptolib")
+crypto.random.initWithTiming()
 ```