YEAGER Interpreter in C

*** contains spoilers (I think), sorry :(

Welcome, Titan shifters!

Run Clear Example Syntax Overview 🔽

YEAGER Syntax Overview:

      - Variables: var name = value; 
          (global and local variables are enforced according to scopes)
          e.g: var x = 5;
              {
                var x = 10;
                print x; (10);
              }
              print x; (5);

      - Print: print expression; 
          e.g: print x + 3;

      - Arithmetic: +, -, *, / (follows PAMDAS order of operations)
          e.g: 2 + 3 * 4 / 5 - 1;

      - Comments: // single-line comment

      - Functions: fun Name() {} 
          e.g: 
            fun Transform() { 
              print "Titan form activated!";
            }

      - Blocks: { } (scopes enforced, variables defined in scopes are captured in closures)

      - Classes: class Name {} 
          e.g: class Breakfast {}
      
      - Class Inheritance: class Name < SuperclassName {}

      - Methods: defined inside of classes, same as functions 
          e.g: 
            class Breakfast {
              cook() { 
                print "Cook the morning.";
              }
            }

      - Init method: if defined, will run automatically every time a new instance is created.
          e.g:
            class Breakfast {
              init(name) {
                this.name = name;
              }
            }

      - Instances: ClassName() 
          e.g: var eggs = Breakfast();

      - Setters and getters: (only on instances) Instance.fieldName or Instance.methodName 
          e.g: eggs.recipe = "Three step instructions"; or eggs.cook();

      - Conditionals: while, if, for, and, or (
          e.g:
            if (angry) {
              transform();
            } else {
              chill();
            }

            while (angry) {
              yellReallyLoud();
            }

            var a = 10;
            for (var i = 1; i < a; i = i + 1) {
              print i;
            }

            var a = 1;
            print(a < 5 and a > 0); << TRUE

            print(a == 0 or a > 2) << FALSE
      )
    

More features coming soon!