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(in-package :kurt)
(defun drop-file-type (file &key (returns :string))
(let* ((file-str (namestring file))
(dropped (subseq file-str 0 (position #\. file-str))))
(case returns
(:string dropped)
(:file (pathname dropped)))))
(defun change-file-type (file new-type &key (returns :string))
(let* ((pathn (pathname file))
(new-file (format nil "~a.~a"
(drop-file-type pathn)
new-type)))
(case returns
(:string new-file)
(:file (pathname new-file)))))
(defun read-form-comment (str)
(read-from-string
(format nil "~{~a~^~%~}"
(iter (for ch = (peek-char t str nil nil))
(while ch)
(cond ((char= ch #\;)
(iter (for ch = (read-char str nil nil))
(while (and ch (char= #\; ch))))
(collect (read-line str)))
(t (finish)))))))
(defun run-test (path &key (target :nasm))
"File must begin with 2 comments:
First must be TEST
Second must eval to the expected result"
(let ((abs-path (if (cl-fad:pathname-absolute-p path)
path
(from-root path)))
(successful nil))
(with-open-file (str abs-path :external-format :utf-8)
(unless (string-equal "test" (second (uiop:split-string
(read-line str)
:separator '(#\Space))))
(return-from run-test 'not-test))
(let ((expected-output (eval (read-form-comment str))))
(generate-program (parse-tokens (lex-stream str))
:path (change-file-type abs-path (case target
(:nasm "asm")
(:c "c")))
:compile t :silence t
:target target)
(let ((output (run (list (drop-file-type abs-path))
:output :string :silence t)))
(format t "testing ~a... " (pathname-name path))
(if (string= expected-output output)
(progn (format t "successful~%") (setf successful t))
(format t "~{~a~%~}"
(list "failed"
"---expected output---"
expected-output
"---actual output---"
output))))
;; delete generated .asm .o and executable file
(case target
(:nasm (delete-file (probe-file (change-file-type abs-path "asm")))
(delete-file (probe-file (change-file-type abs-path "o"))))
(:c (delete-file (probe-file (change-file-type abs-path "c")))))
(delete-file (probe-file (drop-file-type abs-path)))))
successful))
(defun run-tests (&key (ignore-err nil) (target :nasm))
(loop for success?
in (mapcar (lambda (file) (if (not ignore-err)
(run-test file :target target)
(ignore-errors
(run-test file :target target))))
(remove-if-not (lambda (file)
(string= "kurt" (pathname-type file)))
(append
(cl-fad:list-directory
(from-root "test"))
(cl-fad:list-directory
(from-root "examples/euler")))))
counting (eq t success?) into succs
counting (null success?) into fails
finally (format t "~a success, ~a fail~%" succs fails)))
;; (defun test-from-string (string expected-output &key (silence t))
;; (generate-program (parse-tokens (lex-string string))
;; :path "test/test.asm" :compile t :silence silence)
;; (let ((output (run '("test/test") :output :string :silence silence)))
;; (if (string= expected-output output)
;; t
;; (format t "~{~a~%~}"
;; (list "test failed"
;; "---expected output---"
;; expected-output
;; "---actual output---"
;; output)))))
;; (defun run-tests ()
;; (test-from-string "3 6 + dump" (format nil "9~%"))
;; (test-from-string
;; "0 döngü eş 4 < iken
;; eş dump
;; 1 +
;; yap"
;; (format nil "~{~a~%~}" '(0 1 2 3)))
;; (test-from-string
;; "bel 0 + 97 yaz
;; bel 1 + 98 yaz
;; bel 2 + 99 yaz
;; bel 3 + 10 yaz
;; 1 bel 4 1 syscall-3
;; bel 0 + eş oku 1 + yaz
;; bel 1 + eş oku 1 + yaz
;; bel 2 + eş oku 1 + yaz
;; 1 bel 4 1 syscall-3
;; 0 60 syscall-1"
;; (format nil "abc~%bcd~%")))
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