#lang racket/base

(require tests/eli-tester scribble/text/syntax-utils)

(provide begin/collect-tests)
(module+ main (begin/collect-tests))
(define (begin/collect-tests)
  (test

   ;; begin/collect scope etc
   (begin/collect 1) => 1
   (begin/collect 1 2 3) => '(1 2 3)
   (begin/collect) => '()
   (begin/collect (define x 1) x) => 1
   (begin/collect (define x 1)) => '()
   (begin/collect (define x 1) x x x) => '(1 1 1)
   (begin/collect (define x 1) (define y 2) x y x y) => '(1 2 1 2)
   (begin/collect (define x 1) x (define y 2) y) => '(1 2)
   (begin/collect (define x 1) x (define y 2)) => '(1)
   (begin/collect (define x 1) x x (define y 2) y y) => '(1 1 2 2)
   (begin/collect (define x 1) x (define x 2) x) => '(1 2)
   (begin/collect (define x 1) x x (define x 2) x x) => '(1 1 2 2)
   (begin/collect (define (x) y) (define y 1) (x) (x) (x)) => '(1 1 1)
   (begin/collect (define x 1) x (define y 2) x) => '(1 1)
   (begin/collect (define x 1) x x (define y 2) x x) => '(1 1 1 1)
   (begin/collect (define x 1) x x (define y x) y y) => '(1 1 1 1)
   (begin/collect (define (x) y) (define y 1) (x) (x)
                  (define (x) y) (define y 2) (x) (x))
   => '(1 1 2 2)
   (begin/collect (define-syntax-rule (DEF x y) (define x y)) (DEF x 1) x x)
   => '(1 1)
   (begin/collect (define-syntax-rule (DEF x y) (define x y)) 1 (DEF x 2) x)
   => '(1 2)
   (begin/collect (define-syntax-rule (DEF x y) (define x y))
                  (DEF x 1) x x
                  (DEF x 2) x x)
   => '(1 1 2 2)
   (begin/collect (define (x) y)
                  (define-syntax-rule (DEF x y) (define x y))
                  (DEF y 1) (x) (x)
                  (DEF y 2) (x) (x))
   => '(1 1 1 1)
   (let ([y 1]) (begin/collect y y (define x y) x y x)) => '(1 1 1 1 1)
   (let ([y 1]) (begin/collect y y (define y 2) y y)) => '(1 1 2 2)
   (let ([y 1]) (begin/collect (define (x) y) (x) (x))) => '(1 1)
   (let ([y 1]) (begin/collect (define (x) y) (define y 2) (x) (x))) => '(2 2)
   (let ([y 1]) (begin/collect (define (x) y) (x) (x) (define y 2) y y))
   => '(1 1 2 2)
   (let ([y 1]) (begin/collect (define (x) y) (x) (x) (define y 2) y y (x)))
   => '(1 1 2 2 1)
   (let ([y 1]) (begin/collect (define (x) y) (x) (x) (define y 2) (x) y y))
   => '(1 1 1 2 2)
   (begin/collect (begin (define (x) y)
                         (define-syntax-rule (DEF x y) (define x y))
                         (define y 2))
                  (x) (x))
   => '(2 2)
   (begin/collect (define (x) y)
                  (begin (define-syntax-rule (DEF x y) (define x y))
                         (define y 2))
                  (x) (x))
   => '(2 2)
   (begin/collect (define (x) y)
                  (define-syntax-rule (DEF x y) (define x y))
                  (begin (define y 2))
                  (x) (x))
   => '(2 2)
   (begin/collect (begin (begin (begin (define (x) y))
                                (begin (define-syntax-rule (DEF x y)
                                         (define x y))))
                         (begin (begin (define y 2))
                                (begin (x)))
                         (begin (x))))
   => '(2 2)
   (begin/collect 1
                  (define (f x #:< [< "<"] #:> [> ">"]) (list < x >))
                  (f 1)
                  (f #:< "[" 2)
                  (f 3 #:> "]" #:< "["))
   => '(1 ("<" 1 ">") ("[" 2 ">") ("[" 3 "]"))

   ))