-;;; ert.el --- Emacs Lisp Regression Testing
+;;; ert.el --- Emacs Lisp Regression Testing -*- lexical-binding: t -*-
;; Copyright (C) 2007-2008, 2010-2013 Free Software Foundation, Inc.
;;; Code:
-(eval-when-compile
- (require 'cl))
+(eval-when-compile (require 'cl-lib))
(require 'button)
(require 'debug)
(require 'easymenu)
"A reimplementation of `remove-if-not'.
ERT-PRED is a predicate, ERT-LIST is the input list."
- (loop for ert-x in ert-list
- if (funcall ert-pred ert-x)
- collect ert-x))
+ (cl-loop for ert-x in ert-list
+ if (funcall ert-pred ert-x)
+ collect ert-x))
(defun ert--intersection (a b)
"A reimplementation of `intersection'. Intersect the sets A and B.
Elements are compared using `eql'."
- (loop for x in a
- if (memql x b)
- collect x))
+ (cl-loop for x in a
+ if (memql x b)
+ collect x))
(defun ert--set-difference (a b)
"A reimplementation of `set-difference'. Subtract the set B from the set A.
Elements are compared using `eql'."
- (loop for x in a
- unless (memql x b)
- collect x))
+ (cl-loop for x in a
+ unless (memql x b)
+ collect x))
(defun ert--set-difference-eq (a b)
"A reimplementation of `set-difference'. Subtract the set B from the set A.
Elements are compared using `eq'."
- (loop for x in a
- unless (memq x b)
- collect x))
+ (cl-loop for x in a
+ unless (memq x b)
+ collect x))
(defun ert--union (a b)
"A reimplementation of `union'. Compute the union of the sets A and B.
(make-symbol (format "%s%s"
prefix
(prog1 ert--gensym-counter
- (incf ert--gensym-counter))))))
+ (cl-incf ert--gensym-counter))))))
(defun ert--coerce-to-vector (x)
"Coerce X to a vector."
x
(vconcat x)))
-(defun* ert--remove* (x list &key key test)
+(cl-defun ert--remove* (x list &key key test)
"Does not support all the keywords of remove*."
(unless key (setq key #'identity))
(unless test (setq test #'eql))
- (loop for y in list
- unless (funcall test x (funcall key y))
- collect y))
+ (cl-loop for y in list
+ unless (funcall test x (funcall key y))
+ collect y))
(defun ert--string-position (c s)
"Return the position of the first occurrence of C in S, or nil if none."
- (loop for i from 0
- for x across s
- when (eql x c) return i))
+ (cl-loop for i from 0
+ for x across s
+ when (eql x c) return i))
(defun ert--mismatch (a b)
"Return index of first element that differs between A and B.
(t
(let ((la (length a))
(lb (length b)))
- (assert (arrayp a) t)
- (assert (arrayp b) t)
- (assert (<= la lb) t)
- (loop for i below la
- when (not (equal (aref a i) (aref b i))) return i
- finally (return (if (/= la lb)
- la
- (assert (equal a b) t)
- nil)))))))
+ (cl-assert (arrayp a) t)
+ (cl-assert (arrayp b) t)
+ (cl-assert (<= la lb) t)
+ (cl-loop for i below la
+ when (not (equal (aref a i) (aref b i))) return i
+ finally (cl-return (if (/= la lb)
+ la
+ (cl-assert (equal a b) t)
+ nil)))))))
(defun ert--subseq (seq start &optional end)
"Return a subsequence of SEQ from START to END."
(when (char-table-p seq) (error "Not supported"))
(let ((vector (substring (ert--coerce-to-vector seq) start end)))
- (etypecase seq
+ (cl-etypecase seq
(vector vector)
(string (concat vector))
(list (append vector nil))
- (bool-vector (loop with result = (make-bool-vector (length vector) nil)
- for i below (length vector) do
- (setf (aref result i) (aref vector i))
- finally (return result)))
- (char-table (assert nil)))))
+ (bool-vector (cl-loop with result
+ = (make-bool-vector (length vector) nil)
+ for i below (length vector) do
+ (setf (aref result i) (aref vector i))
+ finally (cl-return result)))
+ (char-table (cl-assert nil)))))
(defun ert-equal-including-properties (a b)
"Return t if A and B have similar structure and contents.
;;; Defining and locating tests.
;; The data structure that represents a test case.
-(defstruct ert-test
+(cl-defstruct ert-test
(name nil)
(documentation nil)
- (body (assert nil))
+ (body (cl-assert nil))
(most-recent-result nil)
(expected-result-type ':passed)
(tags '()))
and the body."
(let ((extracted-key-accu '())
(remaining keys-and-body))
- (while (and (consp remaining) (keywordp (first remaining)))
+ (while (keywordp (car-safe remaining))
(let ((keyword (pop remaining)))
(unless (consp remaining)
(error "Value expected after keyword %S in %S"
keys-and-body))
(push (cons keyword (pop remaining)) extracted-key-accu)))
(setq extracted-key-accu (nreverse extracted-key-accu))
- (list (loop for (key . value) in extracted-key-accu
- collect key
- collect value)
+ (list (cl-loop for (key . value) in extracted-key-accu
+ collect key
+ collect value)
remaining)))
;;;###autoload
-(defmacro* ert-deftest (name () &body docstring-keys-and-body)
+(cl-defmacro ert-deftest (name () &body docstring-keys-and-body)
"Define NAME (a symbol) as a test.
BODY is evaluated as a `progn' when the test is run. It should
(indent 2))
(let ((documentation nil)
(documentation-supplied-p nil))
- (when (stringp (first docstring-keys-and-body))
+ (when (stringp (car docstring-keys-and-body))
(setq documentation (pop docstring-keys-and-body)
documentation-supplied-p t))
- (destructuring-bind ((&key (expected-result nil expected-result-supplied-p)
- (tags nil tags-supplied-p))
- body)
+ (cl-destructuring-bind
+ ((&key (expected-result nil expected-result-supplied-p)
+ (tags nil tags-supplied-p))
+ body)
(ert--parse-keys-and-body docstring-keys-and-body)
`(progn
(ert-set-test ',name
(t
(let ((fn-name (car form))
(arg-forms (cdr form)))
- (assert (or (symbolp fn-name)
- (and (consp fn-name)
- (eql (car fn-name) 'lambda)
- (listp (cdr fn-name)))))
+ (cl-assert (or (symbolp fn-name)
+ (and (consp fn-name)
+ (eql (car fn-name) 'lambda)
+ (listp (cdr fn-name)))))
(let ((fn (ert--gensym "fn-"))
(args (ert--gensym "args-"))
(value (ert--gensym "value-"))
and error signaling specific to the particular variant of
`should'. The code that INNER-EXPANDER returns must not call
FORM-DESCRIPTION-FORM before it has called INNER-FORM."
- (lexical-let ((inner-expander inner-expander))
- (ert--expand-should-1
- whole form
- (lambda (inner-form form-description-form value-var)
- (let ((form-description (ert--gensym "form-description-")))
- `(let (,form-description)
- ,(funcall inner-expander
- `(unwind-protect
- ,inner-form
- (setq ,form-description ,form-description-form)
- (ert--signal-should-execution ,form-description))
- `,form-description
- value-var)))))))
-
-(defmacro* should (form)
+ (ert--expand-should-1
+ whole form
+ (lambda (inner-form form-description-form value-var)
+ (let ((form-description (ert--gensym "form-description-")))
+ `(let (,form-description)
+ ,(funcall inner-expander
+ `(unwind-protect
+ ,inner-form
+ (setq ,form-description ,form-description-form)
+ (ert--signal-should-execution ,form-description))
+ `,form-description
+ value-var))))))
+
+(cl-defmacro should (form)
"Evaluate FORM. If it returns nil, abort the current test as failed.
Returns the value of FORM."
(ert--expand-should `(should ,form) form
- (lambda (inner-form form-description-form value-var)
+ (lambda (inner-form form-description-form _value-var)
`(unless ,inner-form
(ert-fail ,form-description-form)))))
-(defmacro* should-not (form)
+(cl-defmacro should-not (form)
"Evaluate FORM. If it returns non-nil, abort the current test as failed.
Returns nil."
(ert--expand-should `(should-not ,form) form
- (lambda (inner-form form-description-form value-var)
+ (lambda (inner-form form-description-form _value-var)
`(unless (not ,inner-form)
(ert-fail ,form-description-form)))))
Determines whether CONDITION matches TYPE and EXCLUDE-SUBTYPES,
and aborts the current test as failed if it doesn't."
(let ((signaled-conditions (get (car condition) 'error-conditions))
- (handled-conditions (etypecase type
+ (handled-conditions (cl-etypecase type
(list type)
(symbol (list type)))))
- (assert signaled-conditions)
+ (cl-assert signaled-conditions)
(unless (ert--intersection signaled-conditions handled-conditions)
(ert-fail (append
(funcall form-description-fn)
;; FIXME: The expansion will evaluate the keyword args (if any) in
;; nonstandard order.
-(defmacro* should-error (form &rest keys &key type exclude-subtypes)
+(cl-defmacro should-error (form &rest keys &key type exclude-subtypes)
"Evaluate FORM and check that it signals an error.
The error signaled needs to match TYPE. TYPE should be a list
(defun ert--proper-list-p (x)
"Return non-nil if X is a proper list, nil otherwise."
- (loop
+ (cl-loop
for firstp = t then nil
for fast = x then (cddr fast)
for slow = x then (cdr slow) do
- (when (null fast) (return t))
- (when (not (consp fast)) (return nil))
- (when (null (cdr fast)) (return t))
- (when (not (consp (cdr fast))) (return nil))
- (when (and (not firstp) (eq fast slow)) (return nil))))
+ (when (null fast) (cl-return t))
+ (when (not (consp fast)) (cl-return nil))
+ (when (null (cdr fast)) (cl-return t))
+ (when (not (consp (cdr fast))) (cl-return nil))
+ (when (and (not firstp) (eq fast slow)) (cl-return nil))))
(defun ert--explain-format-atom (x)
"Format the atom X for `ert--explain-equal'."
- (typecase x
+ (cl-typecase x
(fixnum (list x (format "#x%x" x) (format "?%c" x)))
(t x)))
Returns nil if they are."
(if (not (equal (type-of a) (type-of b)))
`(different-types ,a ,b)
- (etypecase a
+ (cl-etypecase a
(cons
(let ((a-proper-p (ert--proper-list-p a))
(b-proper-p (ert--proper-list-p b)))
,a ,b
first-mismatch-at
,(ert--mismatch a b))
- (loop for i from 0
- for ai in a
- for bi in b
- for xi = (ert--explain-equal-rec ai bi)
- do (when xi (return `(list-elt ,i ,xi)))
- finally (assert (equal a b) t)))
+ (cl-loop for i from 0
+ for ai in a
+ for bi in b
+ for xi = (ert--explain-equal-rec ai bi)
+ do (when xi (cl-return `(list-elt ,i ,xi)))
+ finally (cl-assert (equal a b) t)))
(let ((car-x (ert--explain-equal-rec (car a) (car b))))
(if car-x
`(car ,car-x)
(let ((cdr-x (ert--explain-equal-rec (cdr a) (cdr b))))
(if cdr-x
`(cdr ,cdr-x)
- (assert (equal a b) t)
+ (cl-assert (equal a b) t)
nil))))))))
(array (if (not (equal (length a) (length b)))
`(arrays-of-different-length ,(length a) ,(length b)
,@(unless (char-table-p a)
`(first-mismatch-at
,(ert--mismatch a b))))
- (loop for i from 0
- for ai across a
- for bi across b
- for xi = (ert--explain-equal-rec ai bi)
- do (when xi (return `(array-elt ,i ,xi)))
- finally (assert (equal a b) t))))
+ (cl-loop for i from 0
+ for ai across a
+ for bi across b
+ for xi = (ert--explain-equal-rec ai bi)
+ do (when xi (cl-return `(array-elt ,i ,xi)))
+ finally (cl-assert (equal a b) t))))
(atom (if (not (equal a b))
(if (and (symbolp a) (symbolp b) (string= a b))
`(different-symbols-with-the-same-name ,a ,b)
(defun ert--significant-plist-keys (plist)
"Return the keys of PLIST that have non-null values, in order."
- (assert (zerop (mod (length plist) 2)) t)
- (loop for (key value . rest) on plist by #'cddr
- unless (or (null value) (memq key accu)) collect key into accu
- finally (return accu)))
+ (cl-assert (zerop (mod (length plist) 2)) t)
+ (cl-loop for (key value . rest) on plist by #'cddr
+ unless (or (null value) (memq key accu)) collect key into accu
+ finally (cl-return accu)))
(defun ert--plist-difference-explanation (a b)
"Return a programmer-readable explanation of why A and B are different plists.
Returns nil if they are equivalent, i.e., have the same value for
each key, where absent values are treated as nil. The order of
key/value pairs in each list does not matter."
- (assert (zerop (mod (length a) 2)) t)
- (assert (zerop (mod (length b) 2)) t)
+ (cl-assert (zerop (mod (length a) 2)) t)
+ (cl-assert (zerop (mod (length b) 2)) t)
;; Normalizing the plists would be another way to do this but it
;; requires a total ordering on all lisp objects (since any object
;; is valid as a text property key). Perhaps defining such an
(keys-b (ert--significant-plist-keys b))
(keys-in-a-not-in-b (ert--set-difference-eq keys-a keys-b))
(keys-in-b-not-in-a (ert--set-difference-eq keys-b keys-a)))
- (flet ((explain-with-key (key)
- (let ((value-a (plist-get a key))
- (value-b (plist-get b key)))
- (assert (not (equal value-a value-b)) t)
- `(different-properties-for-key
- ,key ,(ert--explain-equal-including-properties value-a
- value-b)))))
+ (cl-flet ((explain-with-key (key)
+ (let ((value-a (plist-get a key))
+ (value-b (plist-get b key)))
+ (cl-assert (not (equal value-a value-b)) t)
+ `(different-properties-for-key
+ ,key ,(ert--explain-equal-including-properties value-a
+ value-b)))))
(cond (keys-in-a-not-in-b
- (explain-with-key (first keys-in-a-not-in-b)))
+ (explain-with-key (car keys-in-a-not-in-b)))
(keys-in-b-not-in-a
- (explain-with-key (first keys-in-b-not-in-a)))
+ (explain-with-key (car keys-in-b-not-in-a)))
(t
- (loop for key in keys-a
- when (not (equal (plist-get a key) (plist-get b key)))
- return (explain-with-key key)))))))
+ (cl-loop for key in keys-a
+ when (not (equal (plist-get a key) (plist-get b key)))
+ return (explain-with-key key)))))))
(defun ert--abbreviate-string (s len suffixp)
"Shorten string S to at most LEN chars.
`ert-equal-including-properties', or nil if they are."
(if (not (equal a b))
(ert--explain-equal a b)
- (assert (stringp a) t)
- (assert (stringp b) t)
- (assert (eql (length a) (length b)) t)
- (loop for i from 0 to (length a)
- for props-a = (text-properties-at i a)
- for props-b = (text-properties-at i b)
- for difference = (ert--plist-difference-explanation props-a props-b)
- do (when difference
- (return `(char ,i ,(substring-no-properties a i (1+ i))
- ,difference
- context-before
- ,(ert--abbreviate-string
- (substring-no-properties a 0 i)
- 10 t)
- context-after
- ,(ert--abbreviate-string
- (substring-no-properties a (1+ i))
- 10 nil))))
- ;; TODO(ohler): Get `equal-including-properties' fixed in
- ;; Emacs, delete `ert-equal-including-properties', and
- ;; re-enable this assertion.
- ;;finally (assert (equal-including-properties a b) t)
- )))
+ (cl-assert (stringp a) t)
+ (cl-assert (stringp b) t)
+ (cl-assert (eql (length a) (length b)) t)
+ (cl-loop for i from 0 to (length a)
+ for props-a = (text-properties-at i a)
+ for props-b = (text-properties-at i b)
+ for difference = (ert--plist-difference-explanation
+ props-a props-b)
+ do (when difference
+ (cl-return `(char ,i ,(substring-no-properties a i (1+ i))
+ ,difference
+ context-before
+ ,(ert--abbreviate-string
+ (substring-no-properties a 0 i)
+ 10 t)
+ context-after
+ ,(ert--abbreviate-string
+ (substring-no-properties a (1+ i))
+ 10 nil))))
+ ;; TODO(ohler): Get `equal-including-properties' fixed in
+ ;; Emacs, delete `ert-equal-including-properties', and
+ ;; re-enable this assertion.
+ ;;finally (cl-assert (equal-including-properties a b) t)
+ )))
(put 'ert-equal-including-properties
'ert-explainer
'ert--explain-equal-including-properties)
Bound dynamically. This is a list of (PREFIX . MESSAGE) pairs.")
-(defmacro* ert-info ((message-form &key ((:prefix prefix-form) "Info: "))
- &body body)
+(cl-defmacro ert-info ((message-form &key ((:prefix prefix-form) "Info: "))
+ &body body)
"Evaluate MESSAGE-FORM and BODY, and report the message if BODY fails.
To be used within ERT tests. MESSAGE-FORM should evaluate to a
"Non-nil means enter debugger when a test fails or terminates with an error.")
;; The data structures that represent the result of running a test.
-(defstruct ert-test-result
+(cl-defstruct ert-test-result
(messages nil)
(should-forms nil)
)
-(defstruct (ert-test-passed (:include ert-test-result)))
-(defstruct (ert-test-result-with-condition (:include ert-test-result))
- (condition (assert nil))
- (backtrace (assert nil))
- (infos (assert nil)))
-(defstruct (ert-test-quit (:include ert-test-result-with-condition)))
-(defstruct (ert-test-failed (:include ert-test-result-with-condition)))
-(defstruct (ert-test-aborted-with-non-local-exit (:include ert-test-result)))
+(cl-defstruct (ert-test-passed (:include ert-test-result)))
+(cl-defstruct (ert-test-result-with-condition (:include ert-test-result))
+ (condition (cl-assert nil))
+ (backtrace (cl-assert nil))
+ (infos (cl-assert nil)))
+(cl-defstruct (ert-test-quit (:include ert-test-result-with-condition)))
+(cl-defstruct (ert-test-failed (:include ert-test-result-with-condition)))
+(cl-defstruct (ert-test-aborted-with-non-local-exit
+ (:include ert-test-result)))
(defun ert--record-backtrace ()
;; `ert-results-pop-to-backtrace-for-test-at-point' given that we
;; already have `ert-results-rerun-test-debugging-errors-at-point'.
;; For batch use, however, printing the backtrace may be useful.
- (loop
+ (cl-loop
;; 6 is the number of frames our own debugger adds (when
;; compiled; more when interpreted). FIXME: Need to describe a
;; procedure for determining this constant.
(print-level 8)
(print-length 50))
(dolist (frame backtrace)
- (ecase (first frame)
+ (cl-ecase (car frame)
((nil)
;; Special operator.
- (destructuring-bind (special-operator &rest arg-forms)
+ (cl-destructuring-bind (special-operator &rest arg-forms)
(cdr frame)
(insert
- (format " %S\n" (list* special-operator arg-forms)))))
+ (format " %S\n" (cons special-operator arg-forms)))))
((t)
;; Function call.
- (destructuring-bind (fn &rest args) (cdr frame)
+ (cl-destructuring-bind (fn &rest args) (cdr frame)
(insert (format " %S(" fn))
- (loop for firstp = t then nil
- for arg in args do
- (unless firstp
- (insert " "))
- (insert (format "%S" arg)))
+ (cl-loop for firstp = t then nil
+ for arg in args do
+ (unless firstp
+ (insert " "))
+ (insert (format "%S" arg)))
(insert ")\n")))))))
;; A container for the state of the execution of a single test and
;; environment data needed during its execution.
-(defstruct ert--test-execution-info
- (test (assert nil))
- (result (assert nil))
+(cl-defstruct ert--test-execution-info
+ (test (cl-assert nil))
+ (result (cl-assert nil))
;; A thunk that may be called when RESULT has been set to its final
;; value and test execution should be terminated. Should not
;; return.
- (exit-continuation (assert nil))
+ (exit-continuation (cl-assert nil))
;; The binding of `debugger' outside of the execution of the test.
next-debugger
;; The binding of `ert-debug-on-error' that is in effect for the
;; don't remember whether this feature is important.)
ert-debug-on-error)
-(defun ert--run-test-debugger (info debugger-args)
+(defun ert--run-test-debugger (info args)
"During a test run, `debugger' is bound to a closure that calls this function.
This function records failures and errors and either terminates
appropriate.
INFO is the ert--test-execution-info corresponding to this test
-run. DEBUGGER-ARGS are the arguments to `debugger'."
- (destructuring-bind (first-debugger-arg &rest more-debugger-args)
- debugger-args
- (ecase first-debugger-arg
+run. ARGS are the arguments to `debugger'."
+ (cl-destructuring-bind (first-debugger-arg &rest more-debugger-args)
+ args
+ (cl-ecase first-debugger-arg
((lambda debug t exit nil)
- (apply (ert--test-execution-info-next-debugger info) debugger-args))
+ (apply (ert--test-execution-info-next-debugger info) args))
(error
- (let* ((condition (first more-debugger-args))
- (type (case (car condition)
+ (let* ((condition (car more-debugger-args))
+ (type (cl-case (car condition)
((quit) 'quit)
(otherwise 'failed)))
(backtrace (ert--record-backtrace))
(infos (reverse ert--infos)))
(setf (ert--test-execution-info-result info)
- (ecase type
+ (cl-ecase type
(quit
(make-ert-test-quit :condition condition
:backtrace backtrace
:infos infos))))
;; Work around Emacs's heuristic (in eval.c) for detecting
;; errors in the debugger.
- (incf num-nonmacro-input-events)
+ (cl-incf num-nonmacro-input-events)
;; FIXME: We should probably implement more fine-grained
;; control a la non-t `debug-on-error' here.
(cond
((ert--test-execution-info-ert-debug-on-error info)
- (apply (ert--test-execution-info-next-debugger info) debugger-args))
+ (apply (ert--test-execution-info-next-debugger info) args))
(t))
(funcall (ert--test-execution-info-exit-continuation info)))))))
-(defun ert--run-test-internal (ert-test-execution-info)
- "Low-level function to run a test according to ERT-TEST-EXECUTION-INFO.
+(defun ert--run-test-internal (test-execution-info)
+ "Low-level function to run a test according to TEST-EXECUTION-INFO.
This mainly sets up debugger-related bindings."
- (lexical-let ((info ert-test-execution-info))
- (setf (ert--test-execution-info-next-debugger info) debugger
- (ert--test-execution-info-ert-debug-on-error info) ert-debug-on-error)
- (catch 'ert--pass
- ;; For now, each test gets its own temp buffer and its own
- ;; window excursion, just to be safe. If this turns out to be
- ;; too expensive, we can remove it.
- (with-temp-buffer
- (save-window-excursion
- (let ((debugger (lambda (&rest debugger-args)
- (ert--run-test-debugger info debugger-args)))
- (debug-on-error t)
- (debug-on-quit t)
- ;; FIXME: Do we need to store the old binding of this
- ;; and consider it in `ert--run-test-debugger'?
- (debug-ignored-errors nil)
- (ert--infos '()))
- (funcall (ert-test-body (ert--test-execution-info-test info))))))
- (ert-pass))
- (setf (ert--test-execution-info-result info) (make-ert-test-passed)))
+ (setf (ert--test-execution-info-next-debugger test-execution-info) debugger
+ (ert--test-execution-info-ert-debug-on-error test-execution-info)
+ ert-debug-on-error)
+ (catch 'ert--pass
+ ;; For now, each test gets its own temp buffer and its own
+ ;; window excursion, just to be safe. If this turns out to be
+ ;; too expensive, we can remove it.
+ (with-temp-buffer
+ (save-window-excursion
+ (let ((debugger (lambda (&rest args)
+ (ert--run-test-debugger test-execution-info
+ args)))
+ (debug-on-error t)
+ (debug-on-quit t)
+ ;; FIXME: Do we need to store the old binding of this
+ ;; and consider it in `ert--run-test-debugger'?
+ (debug-ignored-errors nil)
+ (ert--infos '()))
+ (funcall (ert-test-body (ert--test-execution-info-test
+ test-execution-info))))))
+ (ert-pass))
+ (setf (ert--test-execution-info-result test-execution-info)
+ (make-ert-test-passed))
nil)
(defun ert--force-message-log-buffer-truncation ()
Returns the result and stores it in ERT-TEST's `most-recent-result' slot."
(setf (ert-test-most-recent-result ert-test) nil)
- (block error
- (lexical-let ((begin-marker
- (with-current-buffer (get-buffer-create "*Messages*")
- (set-marker (make-marker) (point-max)))))
+ (cl-block error
+ (let ((begin-marker
+ (with-current-buffer (get-buffer-create "*Messages*")
+ (set-marker (make-marker) (point-max)))))
(unwind-protect
- (lexical-let ((info (make-ert--test-execution-info
- :test ert-test
- :result
- (make-ert-test-aborted-with-non-local-exit)
- :exit-continuation (lambda ()
- (return-from error nil))))
- (should-form-accu (list)))
+ (let ((info (make-ert--test-execution-info
+ :test ert-test
+ :result
+ (make-ert-test-aborted-with-non-local-exit)
+ :exit-continuation (lambda ()
+ (cl-return-from error nil))))
+ (should-form-accu (list)))
(unwind-protect
(let ((ert--should-execution-observer
(lambda (form-description)
RESULT."
;; It would be easy to add `member' and `eql' types etc., but I
;; haven't bothered yet.
- (etypecase result-type
+ (cl-etypecase result-type
((member nil) nil)
((member t) t)
((member :failed) (ert-test-failed-p result))
((member :passed) (ert-test-passed-p result))
(cons
- (destructuring-bind (operator &rest operands) result-type
- (ecase operator
+ (cl-destructuring-bind (operator &rest operands) result-type
+ (cl-ecase operator
(and
- (case (length operands)
+ (cl-case (length operands)
(0 t)
(t
- (and (ert-test-result-type-p result (first operands))
- (ert-test-result-type-p result `(and ,@(rest operands)))))))
+ (and (ert-test-result-type-p result (car operands))
+ (ert-test-result-type-p result `(and ,@(cdr operands)))))))
(or
- (case (length operands)
+ (cl-case (length operands)
(0 nil)
(t
- (or (ert-test-result-type-p result (first operands))
- (ert-test-result-type-p result `(or ,@(rest operands)))))))
+ (or (ert-test-result-type-p result (car operands))
+ (ert-test-result-type-p result `(or ,@(cdr operands)))))))
(not
- (assert (eql (length operands) 1))
- (not (ert-test-result-type-p result (first operands))))
+ (cl-assert (eql (length operands) 1))
+ (not (ert-test-result-type-p result (car operands))))
(satisfies
- (assert (eql (length operands) 1))
- (funcall (first operands) result)))))))
+ (cl-assert (eql (length operands) 1))
+ (funcall (car operands) result)))))))
(defun ert-test-result-expected-p (test result)
"Return non-nil if TEST's expected result type matches RESULT."
contained in UNIVERSE."
;; This code needs to match the etypecase in
;; `ert-insert-human-readable-selector'.
- (etypecase selector
+ (cl-etypecase selector
((member nil) nil)
- ((member t) (etypecase universe
+ ((member t) (cl-etypecase universe
(list universe)
((member t) (ert-select-tests "" universe))))
((member :new) (ert-select-tests
universe))
((member :unexpected) (ert-select-tests `(not :expected) universe))
(string
- (etypecase universe
+ (cl-etypecase universe
((member t) (mapcar #'ert-get-test
(apropos-internal selector #'ert-test-boundp)))
(list (ert--remove-if-not (lambda (test)
universe))))
(ert-test (list selector))
(symbol
- (assert (ert-test-boundp selector))
+ (cl-assert (ert-test-boundp selector))
(list (ert-get-test selector)))
(cons
- (destructuring-bind (operator &rest operands) selector
- (ecase operator
+ (cl-destructuring-bind (operator &rest operands) selector
+ (cl-ecase operator
(member
(mapcar (lambda (purported-test)
- (etypecase purported-test
- (symbol (assert (ert-test-boundp purported-test))
+ (cl-etypecase purported-test
+ (symbol (cl-assert (ert-test-boundp purported-test))
(ert-get-test purported-test))
(ert-test purported-test)))
operands))
(eql
- (assert (eql (length operands) 1))
+ (cl-assert (eql (length operands) 1))
(ert-select-tests `(member ,@operands) universe))
(and
;; Do these definitions of AND, NOT and OR satisfy de
;; Morgan's laws? Should they?
- (case (length operands)
+ (cl-case (length operands)
(0 (ert-select-tests 't universe))
- (t (ert-select-tests `(and ,@(rest operands))
- (ert-select-tests (first operands)
+ (t (ert-select-tests `(and ,@(cdr operands))
+ (ert-select-tests (car operands)
universe)))))
(not
- (assert (eql (length operands) 1))
+ (cl-assert (eql (length operands) 1))
(let ((all-tests (ert-select-tests 't universe)))
(ert--set-difference all-tests
- (ert-select-tests (first operands)
+ (ert-select-tests (car operands)
all-tests))))
(or
- (case (length operands)
+ (cl-case (length operands)
(0 (ert-select-tests 'nil universe))
- (t (ert--union (ert-select-tests (first operands) universe)
- (ert-select-tests `(or ,@(rest operands))
+ (t (ert--union (ert-select-tests (car operands) universe)
+ (ert-select-tests `(or ,@(cdr operands))
universe)))))
(tag
- (assert (eql (length operands) 1))
- (let ((tag (first operands)))
+ (cl-assert (eql (length operands) 1))
+ (let ((tag (car operands)))
(ert-select-tests `(satisfies
,(lambda (test)
(member tag (ert-test-tags test))))
universe)))
(satisfies
- (assert (eql (length operands) 1))
- (ert--remove-if-not (first operands)
+ (cl-assert (eql (length operands) 1))
+ (ert--remove-if-not (car operands)
(ert-select-tests 't universe))))))))
(defun ert--insert-human-readable-selector (selector)
;; `backtrace' slot of the result objects in the
;; `most-recent-result' slots of test case objects in (eql ...) or
;; (member ...) selectors.
- (labels ((rec (selector)
- ;; This code needs to match the etypecase in `ert-select-tests'.
- (etypecase selector
- ((or (member nil t
- :new :failed :passed
- :expected :unexpected)
- string
- symbol)
- selector)
- (ert-test
- (if (ert-test-name selector)
- (make-symbol (format "<%S>" (ert-test-name selector)))
- (make-symbol "<unnamed test>")))
- (cons
- (destructuring-bind (operator &rest operands) selector
- (ecase operator
- ((member eql and not or)
- `(,operator ,@(mapcar #'rec operands)))
- ((member tag satisfies)
- selector)))))))
+ (cl-labels ((rec (selector)
+ ;; This code needs to match the etypecase in
+ ;; `ert-select-tests'.
+ (cl-etypecase selector
+ ((or (member nil t
+ :new :failed :passed
+ :expected :unexpected)
+ string
+ symbol)
+ selector)
+ (ert-test
+ (if (ert-test-name selector)
+ (make-symbol (format "<%S>" (ert-test-name selector)))
+ (make-symbol "<unnamed test>")))
+ (cons
+ (cl-destructuring-bind (operator &rest operands) selector
+ (cl-ecase operator
+ ((member eql and not or)
+ `(,operator ,@(mapcar #'rec operands)))
+ ((member tag satisfies)
+ selector)))))))
(insert (format "%S" (rec selector)))))
;; that corresponds to this run in order to be able to update the
;; statistics correctly when a test is re-run interactively and has a
;; different result than before.
-(defstruct ert--stats
- (selector (assert nil))
+(cl-defstruct ert--stats
+ (selector (cl-assert nil))
;; The tests, in order.
- (tests (assert nil) :type vector)
+ (tests (cl-assert nil) :type vector)
;; A map of test names (or the test objects themselves for unnamed
;; tests) to indices into the `tests' vector.
- (test-map (assert nil) :type hash-table)
+ (test-map (cl-assert nil) :type hash-table)
;; The results of the tests during this run, in order.
- (test-results (assert nil) :type vector)
+ (test-results (cl-assert nil) :type vector)
;; The start times of the tests, in order, as reported by
;; `current-time'.
- (test-start-times (assert nil) :type vector)
+ (test-start-times (cl-assert nil) :type vector)
;; The end times of the tests, in order, as reported by
;; `current-time'.
- (test-end-times (assert nil) :type vector)
+ (test-end-times (cl-assert nil) :type vector)
(passed-expected 0)
(passed-unexpected 0)
(failed-expected 0)
(results (ert--stats-test-results stats))
(old-test (aref tests pos))
(map (ert--stats-test-map stats)))
- (flet ((update (d)
- (if (ert-test-result-expected-p (aref tests pos)
- (aref results pos))
- (etypecase (aref results pos)
- (ert-test-passed (incf (ert--stats-passed-expected stats) d))
- (ert-test-failed (incf (ert--stats-failed-expected stats) d))
- (null)
- (ert-test-aborted-with-non-local-exit)
- (ert-test-quit))
- (etypecase (aref results pos)
- (ert-test-passed (incf (ert--stats-passed-unexpected stats) d))
- (ert-test-failed (incf (ert--stats-failed-unexpected stats) d))
- (null)
- (ert-test-aborted-with-non-local-exit)
- (ert-test-quit)))))
+ (cl-flet ((update (d)
+ (if (ert-test-result-expected-p (aref tests pos)
+ (aref results pos))
+ (cl-etypecase (aref results pos)
+ (ert-test-passed
+ (cl-incf (ert--stats-passed-expected stats) d))
+ (ert-test-failed
+ (cl-incf (ert--stats-failed-expected stats) d))
+ (null)
+ (ert-test-aborted-with-non-local-exit)
+ (ert-test-quit))
+ (cl-etypecase (aref results pos)
+ (ert-test-passed
+ (cl-incf (ert--stats-passed-unexpected stats) d))
+ (ert-test-failed
+ (cl-incf (ert--stats-failed-unexpected stats) d))
+ (null)
+ (ert-test-aborted-with-non-local-exit)
+ (ert-test-quit)))))
;; Adjust counters to remove the result that is currently in stats.
(update -1)
;; Put new test and result into stats.
SELECTOR is the selector that was used to select TESTS."
(setq tests (ert--coerce-to-vector tests))
(let ((map (make-hash-table :size (length tests))))
- (loop for i from 0
- for test across tests
- for key = (ert--stats-test-key test) do
- (assert (not (gethash key map)))
- (setf (gethash key map) i))
+ (cl-loop for i from 0
+ for test across tests
+ for key = (ert--stats-test-key test) do
+ (cl-assert (not (gethash key map)))
+ (setf (gethash key map) i))
(make-ert--stats :selector selector
:tests tests
:test-map map
(force-mode-line-update)
(unwind-protect
(progn
- (loop for test in tests do
- (ert-run-or-rerun-test stats test listener))
+ (cl-loop for test in tests do
+ (ert-run-or-rerun-test stats test listener))
(setq abortedp nil))
(setf (ert--stats-aborted-p stats) abortedp)
(setf (ert--stats-end-time stats) (current-time))
"Return a character that represents the test result RESULT.
EXPECTEDP specifies whether the result was expected."
- (let ((s (etypecase result
+ (let ((s (cl-etypecase result
(ert-test-passed ".P")
(ert-test-failed "fF")
(null "--")
"Return a string that represents the test result RESULT.
EXPECTEDP specifies whether the result was expected."
- (let ((s (etypecase result
+ (let ((s (cl-etypecase result
(ert-test-passed '("passed" "PASSED"))
(ert-test-failed '("failed" "FAILED"))
(null '("unknown" "UNKNOWN"))
"Insert `ert-info' infos from RESULT into current buffer.
RESULT must be an `ert-test-result-with-condition'."
- (check-type result ert-test-result-with-condition)
+ (cl-check-type result ert-test-result-with-condition)
(dolist (info (ert-test-result-with-condition-infos result))
- (destructuring-bind (prefix . message) info
+ (cl-destructuring-bind (prefix . message) info
(let ((begin (point))
(indentation (make-string (+ (length prefix) 4) ?\s))
(end nil))
(ert-run-tests
selector
(lambda (event-type &rest event-args)
- (ecase event-type
+ (cl-ecase event-type
(run-started
- (destructuring-bind (stats) event-args
+ (cl-destructuring-bind (stats) event-args
(message "Running %s tests (%s)"
(length (ert--stats-tests stats))
(ert--format-time-iso8601 (ert--stats-start-time stats)))))
(run-ended
- (destructuring-bind (stats abortedp) event-args
+ (cl-destructuring-bind (stats abortedp) event-args
(let ((unexpected (ert-stats-completed-unexpected stats))
(expected-failures (ert--stats-failed-expected stats)))
(message "\n%sRan %s tests, %s results as expected%s (%s)%s\n"
(format "\n%s expected failures" expected-failures)))
(unless (zerop unexpected)
(message "%s unexpected results:" unexpected)
- (loop for test across (ert--stats-tests stats)
- for result = (ert-test-most-recent-result test) do
- (when (not (ert-test-result-expected-p test result))
- (message "%9s %S"
- (ert-string-for-test-result result nil)
- (ert-test-name test))))
+ (cl-loop for test across (ert--stats-tests stats)
+ for result = (ert-test-most-recent-result test) do
+ (when (not (ert-test-result-expected-p test result))
+ (message "%9s %S"
+ (ert-string-for-test-result result nil)
+ (ert-test-name test))))
(message "%s" "")))))
(test-started
)
(test-ended
- (destructuring-bind (stats test result) event-args
+ (cl-destructuring-bind (stats test result) event-args
(unless (ert-test-result-expected-p test result)
- (etypecase result
+ (cl-etypecase result
(ert-test-passed
(message "Test %S passed unexpectedly" (ert-test-name test)))
(ert-test-result-with-condition
(ert--pp-with-indentation-and-newline
(ert-test-result-with-condition-condition result)))
(goto-char (1- (point-max)))
- (assert (looking-at "\n"))
+ (cl-assert (looking-at "\n"))
(delete-char 1)
(message "Test %S condition:" (ert-test-name test))
(message "%s" (buffer-string))))
(1 font-lock-keyword-face nil t)
(2 font-lock-function-name-face nil t)))))
-(defun* ert--remove-from-list (list-var element &key key test)
+(cl-defun ert--remove-from-list (list-var element &key key test)
"Remove ELEMENT from the value of LIST-VAR if present.
This can be used as an inverse of `add-to-list'."
include the default, if any.
Signals an error if no test name was read."
- (etypecase default
+ (cl-etypecase default
(string (let ((symbol (intern-soft default)))
(unless (and symbol (ert-test-boundp symbol))
(setq default nil))))
;;; Display of test progress and results.
;; An entry in the results buffer ewoc. There is one entry per test.
-(defstruct ert--ewoc-entry
- (test (assert nil))
+(cl-defstruct ert--ewoc-entry
+ (test (cl-assert nil))
;; If the result of this test was expected, its ewoc entry is hidden
;; initially.
- (hidden-p (assert nil))
+ (hidden-p (cl-assert nil))
;; An ewoc entry may be collapsed to hide details such as the error
;; condition.
;;
((ert--stats-current-test stats) 'running)
((ert--stats-end-time stats) 'finished)
(t 'preparing))))
- (ecase state
+ (cl-ecase state
(preparing
(insert ""))
(aborted
(t
(insert "Aborted."))))
(running
- (assert (ert--stats-current-test stats))
+ (cl-assert (ert--stats-current-test stats))
(insert "Running test: ")
(ert-insert-test-name-button (ert-test-name
(ert--stats-current-test stats))))
(finished
- (assert (not (ert--stats-current-test stats)))
+ (cl-assert (not (ert--stats-current-test stats)))
(insert "Finished.")))
(insert "\n")
(if (ert--stats-end-time stats)
(defun ert-face-for-stats (stats)
"Return a face that represents STATS."
(cond ((ert--stats-aborted-p stats) 'nil)
- ((plusp (ert-stats-completed-unexpected stats))
+ ((cl-plusp (ert-stats-completed-unexpected stats))
(ert-face-for-test-result nil))
((eql (ert-stats-completed-expected stats) (ert-stats-total stats))
(ert-face-for-test-result t))
(let* ((test (ert--ewoc-entry-test entry))
(stats ert--results-stats)
(result (let ((pos (ert--stats-test-pos stats test)))
- (assert pos)
+ (cl-assert pos)
(aref (ert--stats-test-results stats) pos)))
(hiddenp (ert--ewoc-entry-hidden-p entry))
(expandedp (ert--ewoc-entry-expanded-p entry))
(ert--string-first-line (ert-test-documentation test))
'font-lock-face 'font-lock-doc-face)
"\n"))
- (etypecase result
+ (cl-etypecase result
(ert-test-passed
(if (ert-test-result-expected-p test result)
(insert " passed\n")
(make-string (ert-stats-total stats)
(ert-char-for-test-result nil t)))
(set (make-local-variable 'ert--results-listener) listener)
- (loop for test across (ert--stats-tests stats) do
- (ewoc-enter-last ewoc
- (make-ert--ewoc-entry :test test :hidden-p t)))
+ (cl-loop for test across (ert--stats-tests stats) do
+ (ewoc-enter-last ewoc
+ (make-ert--ewoc-entry :test test
+ :hidden-p t)))
(ert--results-update-ewoc-hf ert--results-ewoc ert--results-stats)
(goto-char (1- (point-max)))
buffer)))))
default nil))
nil))
(unless message-fn (setq message-fn 'message))
- (lexical-let ((output-buffer-name output-buffer-name)
- buffer
- listener
- (message-fn message-fn))
+ (let ((output-buffer-name output-buffer-name)
+ buffer
+ listener
+ (message-fn message-fn))
(setq listener
(lambda (event-type &rest event-args)
- (ecase event-type
+ (cl-ecase event-type
(run-started
- (destructuring-bind (stats) event-args
+ (cl-destructuring-bind (stats) event-args
(setq buffer (ert--setup-results-buffer stats
listener
output-buffer-name))
(pop-to-buffer buffer)))
(run-ended
- (destructuring-bind (stats abortedp) event-args
+ (cl-destructuring-bind (stats abortedp) event-args
(funcall message-fn
"%sRan %s tests, %s results were as expected%s"
(if (not abortedp)
ert--results-ewoc)
stats)))
(test-started
- (destructuring-bind (stats test) event-args
+ (cl-destructuring-bind (stats test) event-args
(with-current-buffer buffer
(let* ((ewoc ert--results-ewoc)
(pos (ert--stats-test-pos stats test))
(node (ewoc-nth ewoc pos)))
- (assert node)
+ (cl-assert node)
(setf (ert--ewoc-entry-test (ewoc-data node)) test)
(aset ert--results-progress-bar-string pos
(ert-char-for-test-result nil t))
(ert--results-update-stats-display-maybe ewoc stats)
(ewoc-invalidate ewoc node)))))
(test-ended
- (destructuring-bind (stats test result) event-args
+ (cl-destructuring-bind (stats test result) event-args
(with-current-buffer buffer
(let* ((ewoc ert--results-ewoc)
(pos (ert--stats-test-pos stats test))
(define-derived-mode ert-results-mode special-mode "ERT-Results"
"Major mode for viewing results of ERT test runs.")
-(loop for (key binding) in
- '(;; Stuff that's not in the menu.
- ("\t" forward-button)
- ([backtab] backward-button)
- ("j" ert-results-jump-between-summary-and-result)
- ("L" ert-results-toggle-printer-limits-for-test-at-point)
- ("n" ert-results-next-test)
- ("p" ert-results-previous-test)
- ;; Stuff that is in the menu.
- ("R" ert-results-rerun-all-tests)
- ("r" ert-results-rerun-test-at-point)
- ("d" ert-results-rerun-test-at-point-debugging-errors)
- ("." ert-results-find-test-at-point-other-window)
- ("b" ert-results-pop-to-backtrace-for-test-at-point)
- ("m" ert-results-pop-to-messages-for-test-at-point)
- ("l" ert-results-pop-to-should-forms-for-test-at-point)
- ("h" ert-results-describe-test-at-point)
- ("D" ert-delete-test)
- ("T" ert-results-pop-to-timings)
- )
- do
- (define-key ert-results-mode-map key binding))
+(cl-loop for (key binding) in
+ '( ;; Stuff that's not in the menu.
+ ("\t" forward-button)
+ ([backtab] backward-button)
+ ("j" ert-results-jump-between-summary-and-result)
+ ("L" ert-results-toggle-printer-limits-for-test-at-point)
+ ("n" ert-results-next-test)
+ ("p" ert-results-previous-test)
+ ;; Stuff that is in the menu.
+ ("R" ert-results-rerun-all-tests)
+ ("r" ert-results-rerun-test-at-point)
+ ("d" ert-results-rerun-test-at-point-debugging-errors)
+ ("." ert-results-find-test-at-point-other-window)
+ ("b" ert-results-pop-to-backtrace-for-test-at-point)
+ ("m" ert-results-pop-to-messages-for-test-at-point)
+ ("l" ert-results-pop-to-should-forms-for-test-at-point)
+ ("h" ert-results-describe-test-at-point)
+ ("D" ert-delete-test)
+ ("T" ert-results-pop-to-timings)
+ )
+ do
+ (define-key ert-results-mode-map key binding))
(easy-menu-define ert-results-mode-menu ert-results-mode-map
"Menu for `ert-results-mode'."
EWOC-FN specifies the direction and should be either `ewoc-prev'
or `ewoc-next'. If there are no more nodes in that direction, an
error is signaled with the message ERROR-MESSAGE."
- (loop
+ (cl-loop
(setq node (funcall ewoc-fn ert--results-ewoc node))
(when (null node)
(error "%s" error-message))
(unless (ert--ewoc-entry-hidden-p (ewoc-data node))
(goto-char (ewoc-location node))
- (return))))
+ (cl-return))))
-(defun ert--results-expand-collapse-button-action (button)
+(defun ert--results-expand-collapse-button-action (_button)
"Expand or collapse the test node BUTTON belongs to."
(let* ((ewoc ert--results-ewoc)
(node (save-excursion
(defun ert--ewoc-position (ewoc node)
;; checkdoc-order: nil
"Return the position of NODE in EWOC, or nil if NODE is not in EWOC."
- (loop for i from 0
- for node-here = (ewoc-nth ewoc 0) then (ewoc-next ewoc node-here)
- do (when (eql node node-here)
- (return i))
- finally (return nil)))
+ (cl-loop for i from 0
+ for node-here = (ewoc-nth ewoc 0) then (ewoc-next ewoc node-here)
+ do (when (eql node node-here)
+ (cl-return i))
+ finally (cl-return nil)))
(defun ert-results-jump-between-summary-and-result ()
"Jump back and forth between the test run summary and individual test results.
"Return the test at point, or nil.
To be used in the ERT results buffer."
- (assert (eql major-mode 'ert-results-mode))
+ (cl-assert (eql major-mode 'ert-results-mode))
(if (ert--results-test-node-or-null-at-point)
(let* ((node (ert--results-test-node-at-point))
(test (ert--ewoc-entry-test (ewoc-data node))))
(point))
((eventp last-command-event)
(posn-point (event-start last-command-event)))
- (t (assert nil))))
+ (t (cl-assert nil))))
-(defun ert--results-progress-bar-button-action (button)
+(defun ert--results-progress-bar-button-action (_button)
"Jump to details for the test represented by the character clicked in BUTTON."
(goto-char (ert--button-action-position))
(ert-results-jump-between-summary-and-result))
To be used in the ERT results buffer."
(interactive)
- (assert (eql major-mode 'ert-results-mode))
+ (cl-assert (eql major-mode 'ert-results-mode))
(let ((selector (ert--stats-selector ert--results-stats)))
(ert-run-tests-interactively selector (buffer-name))))
To be used in the ERT results buffer."
(interactive)
- (destructuring-bind (test redefinition-state)
+ (cl-destructuring-bind (test redefinition-state)
(ert--results-test-at-point-allow-redefinition)
(when (null test)
(error "No test at point"))
(let* ((stats ert--results-stats)
(progress-message (format "Running %stest %S"
- (ecase redefinition-state
+ (cl-ecase redefinition-state
((nil) "")
(redefined "new definition of ")
(deleted "deleted "))
(stats ert--results-stats)
(pos (ert--stats-test-pos stats test))
(result (aref (ert--stats-test-results stats) pos)))
- (etypecase result
+ (cl-etypecase result
(ert-test-passed (error "Test passed, no backtrace available"))
(ert-test-result-with-condition
(let ((backtrace (ert-test-result-with-condition-backtrace result))
(ert-simple-view-mode)
(if (null (ert-test-result-should-forms result))
(insert "\n(No should forms during this test.)\n")
- (loop for form-description in (ert-test-result-should-forms result)
- for i from 1 do
- (insert "\n")
- (insert (format "%s: " i))
- (let ((begin (point)))
- (ert--pp-with-indentation-and-newline form-description)
- (ert--make-xrefs-region begin (point)))))
+ (cl-loop for form-description
+ in (ert-test-result-should-forms result)
+ for i from 1 do
+ (insert "\n")
+ (insert (format "%s: " i))
+ (let ((begin (point)))
+ (ert--pp-with-indentation-and-newline form-description)
+ (ert--make-xrefs-region begin (point)))))
(goto-char (point-min))
(insert "`should' forms executed during test `")
(ert-insert-test-name-button (ert-test-name test))
To be used in the ERT results buffer."
(interactive)
(let* ((stats ert--results-stats)
- (start-times (ert--stats-test-start-times stats))
- (end-times (ert--stats-test-end-times stats))
(buffer (get-buffer-create "*ERT timings*"))
- (data (loop for test across (ert--stats-tests stats)
- for start-time across (ert--stats-test-start-times stats)
- for end-time across (ert--stats-test-end-times stats)
- collect (list test
- (float-time (subtract-time end-time
- start-time))))))
+ (data (cl-loop for test across (ert--stats-tests stats)
+ for start-time across (ert--stats-test-start-times
+ stats)
+ for end-time across (ert--stats-test-end-times stats)
+ collect (list test
+ (float-time (subtract-time
+ end-time start-time))))))
(setq data (sort data (lambda (a b)
- (> (second a) (second b)))))
+ (> (cl-second a) (cl-second b)))))
(pop-to-buffer buffer)
(let ((inhibit-read-only t))
(buffer-disable-undo)
(if (null data)
(insert "(No data)\n")
(insert (format "%-3s %8s %8s\n" "" "time" "cumul"))
- (loop for (test time) in data
- for cumul-time = time then (+ cumul-time time)
- for i from 1 do
- (let ((begin (point)))
- (insert (format "%3s: %8.3f %8.3f " i time cumul-time))
- (ert-insert-test-name-button (ert-test-name test))
- (insert "\n"))))
+ (cl-loop for (test time) in data
+ for cumul-time = time then (+ cumul-time time)
+ for i from 1 do
+ (progn
+ (insert (format "%3s: %8.3f %8.3f " i time cumul-time))
+ (ert-insert-test-name-button (ert-test-name test))
+ (insert "\n"))))
(goto-char (point-min))
(insert "Tests by run time (seconds):\n\n")
(forward-line 1))))
(error "Requires Emacs 24"))
(let (test-name
test-definition)
- (etypecase test-or-test-name
+ (cl-etypecase test-or-test-name
(symbol (setq test-name test-or-test-name
test-definition (ert-get-test test-or-test-name)))
(ert-test (setq test-name (ert-test-name test-or-test-name)