Go Lisp Interpreter

This repository contains a small Lisp-like language interpreter implemented in Golang.

(fmt.Println "Hello, World!")

Features

This Go Lisp Interpreter offers the following features:

Easy Interoperability with Golang: You can easily call Go code from within this Lisp language. Simply use interp.Use(lisp.Symbols.All) or interp.Use(lisp.Symbols.Fmt) to add symbols to the root scope. These example symbols are collections of stdlib functions exported as a map of functions. To mix Lisp and Go code, use interp.EvalWithMap("(+ x 1)", lisp.ScopeMap{ "x": 1 }), which evaluates to int64(2). Alternatively, the method Interpreter.EvalWithValues(string, any...) allows you to provide a series of values that will be bound to _0, _1, and so on. It's important to note that these bindings do not override globals with the same name, as a new scope is created.
Lists: The language supports lists represented as [1 2 3].
Maps: Maps can be created using the syntax { #name "John" #surname "Smith" }.
Property Chaining: Property chaining is supported using the dot notation. For example, you can compute the length of a vector with (math.Sqrt (+ (^ v.x 2) (^ v.y 2) (^ v.z 2))).
Quasi-quotes: Quasi-quotes are denoted by the symbols # for quoting and $ for interpolation. For instance, #(a b 1.0 [3 $(+ 3 1) 5] $(+ 1 2 3)) evaluates to #(a b 1 [3 4 5] 6). This feature allows for convenient construction of data structures or DSLs. As an example, an HTML DSL could be defined as follows:
```
#(div { #class "card" }
    (img { #src $author.profile-image-url #alt "example image" })
    (div { #class "title" } $author.full-name)
    (div { #class "description" } $author.bio)  
```
Lexical Scoping: Lexical scoping is not yet implemented in the current version.

aziis98/go-lisp-interpreter

Go Lisp Interpreter

Features