Mercurial > core / lisp/std/tests.lisp

 ;;; tests.lisp --- std system tests
 
 ;;; Commentary:
 
 ;; TODO: fix false positives when using (eval-test)
 
 ;;; Code:
 (in-package :std-user)
 (defpkg :std/tests
   (:use :cl :std :rt :sb-thread :std/fu))
 (in-package :std/tests)
 (defsuite :std)
 (in-suite :std)
 (in-readtable :std)
 ;; prevent threadlocks
 ;; (setf sb-unix::*on-dangerous-wait* :error)
 
 ;; TODO 2024-05-14: fix compilation order of std/fu vs std/readtables
 (deftest readtables (:disabled nil)
   "Test :std readtable"
   (is (typep #`(,a1 ,a1 ',a1 ,@a1) 'function))
   (is (string= #"test "foo" "# "test \"foo\" "))
   ;; from curry-compose-reader-macros test suite
   (is (equal (funcall {list 1} 2) '(1 2))) ;; curry.1
   (is (equal (mapcar {+ 1} '(1 2 3 4)) '(2 3 4 5))) ;; curry.2
   (is (equal (funcall {1 list 1} 2) '(1 2))) ;; curry.fixed-arity
   (is (equal (funcall {2 list _ 2} 3 4) '(3 4 2))) ;; curry.fixed-arity.2
   (signals error
     (locally (declare (optimize safety))
       (let ((f {1 list 1}))
         (progn (funcall f) nil)))) ;; curry.fixed-arity.1
   (signals error
     (locally (declare (optimize safety))
       (let ((f {1 list 1}))
         (progn (funcall f 'a 'b) nil)))) ;; curry.fixed-arity-error.2
   (is (equal (funcall {list _ 1} 2) '(2 1))) ;; rcurry.1
   (is (equal (mapcar {- _ 1} '(1 2 3 4)) '(0 1 2 3))) ;; rcurry.2
   (is (equal (funcall [{* 3} #'1+] 1) 6)) ;; compose.1
   (is (equal (funcall ['1+ '1+] 1) 3)) ;; compose.2
   (is (equal (funcall [#'1+] 1) 2)) ;; compose.3
   (is (equal (funcall [#'values] 1 2 3) (values 1 2 3))) ;; compose.4
   (is (equal (funcall «list {* 2} {* 3}» 4) '(8 12))) ;; join.1
   (is (equal (mapcar «and {< 2} 'evenp (constantly t)» '(1 2 3 4)) (list nil nil nil t))) ;; join.2
   ;; typecase-bracket
   (is (equal (mapcar ‹typecase (number #'1+) (string :str)› '(1 "this" 2 "that")) '(2 :str 3 :str)))
   ;; cond-bracket
   (is (equal (mapcar ‹cond (#'evenp {+ 100}) (#'oddp {+ 200})› '(1 2 3 4)) '(201 102 203 104)))
   ;; if-bracket
   (is (equal (mapcar ‹if #'evenp {list :a} {list :b}› '(1 2 3 4))
              '((:b 1) (:a 2) (:b 3) (:a 4))))
   ;; when-bracket
   (is (equal (mapcar ‹when 'evenp {+ 4}› '(1 2 3 4)) (list nil 6 nil 8)))
   ;; unless-bracket
   (is (equal (mapcar ‹unless 'evenp {+ 4}› '(1 2 3 4)) (list 5 nil 7 nil))))
 
 (deftest sym ()
   "Test standard symbol utils"
   ;; gensyms
   (is (not (equalp (make-gensym 'a) (make-gensym 'a))))
   (is (eq 'std/tests::foo (format-symbol :std/tests "~A" 'foo)))
   (is (eq (make-keyword 'fizz) :fizz)))
 
 ;;;; TODO
 (deftest string ()
   "Test standard string utils"
   (is (typep "test" 'string-designator))
   (is (typep 'test 'string-designator))
   (is (typep #\C 'string-designator))
   (is (not (typep 0 'string-designator))))
 
 (deftest list ()
   "Test standard list utils"
   ;; same object - a literal
   (is (eq (ensure-car '(0)) (ensure-car 0)))
   (is (eq (ensure-car '(nil)) (ensure-car nil)))
   ;; different objects
   (is (not (eq (ensure-cons 0) (ensure-cons 0))))
   (is (equal (ensure-cons 0) (ensure-cons 0))))
 
 (deftest err ()
   "Test standard error handlers"
   (is (eql 'testing-err (deferror testing-err (std-error) nil (:auto t) (:documentation "testing")))))
 
 (deftest threads ()
   "Test standard thread functionality."
   (is (eq *current-thread*
           (find (thread-name *current-thread*) (list-all-threads)
                 :key #'thread-name :test #'equal)))
   (is (find-thread-by-id (car (thread-id-list))))
   (is (not (zerop (thread-count))))
   (let ((threads
           (make-threads 4 (lambda () (is (= 42 (1+ 41)))) :name "threads")))
     (loop for th in threads
           do (sb-thread:join-thread th))
     (loop for th in threads
           collect (is (not (sb-thread:thread-alive-p th)))))
   (let ((m (make-mutex :name "mutex-test")))
     (is
      (and (not
            (with-mutex (m)
              (join-thread
               (make-thread (lambda ()
                              (with-mutex (m :timeout 0.1)
                                t))))))
           (join-thread
            (make-thread (lambda ()
                           (with-mutex (m :timeout 0.1)
                             t)))))))
   (let* ((sym (gensym))
          (s (make-semaphore :name "semaphore-test"))
          (th (make-thread (lambda () (wait-on-semaphore s)))))
     (is (equal (multiple-value-list (join-thread th :timeout .001 :default sym))
                (list sym :timeout)))
     (signal-semaphore s)
     (is (join-thread th)))
   (signals join-thread-error (join-thread *current-thread*))
   (is
    (let ((m (make-mutex :name "rlock-test")))
      (is (not (with-mutex (m) (join-thread (make-thread (lambda () (with-recursive-lock (m :wait-p nil) t)))))))
      (join-thread (make-thread (lambda () (with-recursive-lock (m :wait-p nil) t))))))
   (let ((queue (make-waitqueue :name "queue-test"))
         (lock (make-mutex :name "lock-test"))
         (n 0)
         th)
     (labels ((in-new-thread ()
                (with-mutex (lock)
                  (assert (eql (mutex-owner lock) *current-thread*))
                  (log:info! (condition-wait queue lock))
                  (assert (eql (mutex-owner lock) *current-thread*))
                  (is (= n 1))
                  (decf n))))
       (setf th (make-thread #'in-new-thread))
       (sleep 1)
       (is (null (mutex-owner lock)))
       (with-mutex (lock)
         (incf n)
         (condition-notify queue))
       (is (= 0 (join-thread th))))))
 
 (deftest timers ()
   "Test various timer functionality."
   (sb-int:with-progressive-timeout (ttl :seconds 2)
     (sleep 0.1)
     (is (/= (ttl) 2.0))))
 
 (deftest tasks ()
   "Test task-pools, oracles, and workers."
   (let ((pool1 (make-task-pool)))))
 
 (deftest fmt ()
   "Test standard formatters"
   (is (string= (format nil "| 1 | 2 | 3 |~%") (fmt-row '(1 2 3))))
   (is (string= 
        ;; note the read-time-eval..
        #.(fmt-tree nil '(foobar (:a) (:b) (c) (d)) :layout :down)
        #"FOOBAR
  ├─ :A
  ├─ :B
  ├─  C
  ╰─  D
 "#))
   ;; with plist option
   (is (string= 
        #.(std:fmt-tree nil '(sk-project :name "foobar" :path "/a/b/c.asd" :vc :hg) :layout :down :plist t)
        #"SK-PROJECT
  ├─ :NAME
  │   ╰─ "foobar"
  ├─ :PATH
  │   ╰─ "/a/b/c.asd"
  ╰─ :VC
      ╰─ :HG
 "#)))
 
 (deftest ana ()
   "Test standard anaphoric macros"
   (is (= 8 
 	 (aif (+ 2 2)
 	      (+ it it))))
   (is (= 42 (awhen 42 it)))
   (is (= 3 (acond ((1+ 1) (1+ it)))))
   (loop for x in '(1 2 3)
         for y in (funcall (alet ((a 1) (b 2) (c 3))
                                 (lambda () (mapc #'1+ (list a b c)))))
         collect (is (= x y))))
 
 (deftest pan (:disabled t)
   "Test standard pandoric macros"
   (let ((p
 	  (plambda (a) (b c)
 		   (if (not a)
 		       (setq b 0
 			     c 0)
 		       (progn (incf b a) (incf c a))))))
     (with-pandoric (b c) p
       (is (= 0 (funcall p nil)))
       (is (= 1 (funcall p 1)))
       (is (= 1 b c)))))
 
 (deftest alien ()
   "Test standard alien utils"
   (is (= 0 (foreign-int-to-integer 0 4)))
   (is (= 1 (bool-to-foreign-int t))))
 
 (deftest curry ()
   "Test curry functions from Alexandria, found in std/fu.
 These tests are copied directly from the Alexandria test suite."
   ;; curry.1
   (let ((curried (curry '+ 3)))
     (is (= (funcall curried 1 5) 9)))
   ;; curry.2
   (let ((curried (locally (declare (notinline curry))
                    (curry '* 2 3))))
     (is (= (funcall curried 7) 42)))
   ;; curry.3
   (let ((curried-form (funcall (compiler-macro-function 'curry)
                                '(curry '/ 8)
                                nil)))
     (let ((fun (funcall (compile nil `(lambda () ,curried-form)))))
       (is (= (funcall fun 2) 4)))) ;; maybe fails?
   ;; curry.4
   (let* ((x 1)
          (curried (curry (progn
                            (incf x)
                            (lambda (y z) (* x y z)))
                          3)))
     (is (equal (list (funcall curried 7)
                      (funcall curried 7)
                      x)
                '(42 42 2))))
   ;; rcurry.1
   (let ((r (rcurry '/ 2)))
     (is (= (funcall r 8) 4)))
   ;; rcurry.2
   (let* ((x 1)
          (curried (rcurry (progn
                             (incf x)
                             (lambda (y z) (* x y z)))
                           3)))
     (is (equalp 
          (list (funcall curried 7) ;; 42
                (funcall curried 7) ;; 42
                x) ;; 2
          '(42 42 2)))))
 
 (deftest bits (:disabled t)
   (define-bitfield testbits
     (a boolean)
     (b (signed-byte 2))
     (c (unsigned-byte 3) :initform 1)
     (d (integer -100 100))
     (e (member foo bar baz)))
   (let ((bits (make-testbits)))
     (is (not (testbits-a bits)))
     (is (= 0 (testbits-b bits)))
     (is (= 1 (testbits-c bits)))
     (is (= -100 (testbits-d bits)))
     (is (eql 'foo (testbits-e bits)))))