mattbierner

// Call notation
var slice = callable.callable(Array.prototype.slice);
slice([1, 2, 3, 4], 1, 3) -> [2, 3]

// Apply notation
var slicea = callable.applicable(Array.prototype.slice);
slicea([1, 2, 3, 4], [1, 3]) -> [2, 3]

// Call notation binding leading arguments
var sliceb = callable.callable(Array.prototype.slice, 1);

mattbierner

var t = sssf.compile("@s(:[1,])");
t('abc') -> 'bc'
t({}) -> 'object Object]'

mattbierner

ssf.format("Hello @", "world") -> "Hello world"

// Formatting from an object.
ssf.format("Member['a']:@a Member['c']['d']:@c.d", {'a':1, 'c': {'d': 2}})
    -> "Member['a']:1 Member['c']['d']:2"

// Formatting from an array.
ssf.format("Array[0]:@0 Array[1]:@1", ['A', 3]) -> "Array[0]:A Array[1]:3"

mattbierner

let FactorialContinuation{val cust}<
    case \arg: send val ('*' arg cust) ;
>

let Factorial <            
    case 0    \cust: send cust (1) ;
    case \val \cust:
        send val ('-' 1 <
            case \result:
                send Factorial (result FactorialContinuation{val cust})