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;;; test-case-mode.el --- unit test front-end
;; Copyright (C) 2009, 2011, 2013 Nikolaj Schumacher
;; Author: Nikolaj Schumacher <bugs * nschum de>
;; Version: 1.0
;; Keywords: tools
;; URL:
;; Compatibility: GNU Emacs 22.x, GNU Emacs 23.x, GNU Emacs 24.x
;; Package-Requires: ((fringe-helper "0.1.1"))
;; This file is NOT part of GNU Emacs.
;; This program is free software; you can redistribute it and/or
;; modify it under the terms of the GNU General Public License
;; as published by the Free Software Foundation; either version 2
;; of the License, or (at your option) any later version.
;; This program is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <>.
;;; Commentary:
;; `test-case-mode' is a minor mode for running unit tests. It is extensible
;; and currently comes with back-ends for JUnit, CxxTest, CppUnit, gtest, Python
;; and Ruby.
;; The back-ends probably need some more path options to work correctly.
;; Please let me know, as I'm not an expert on all of them.
;; To install test-case-mode, add the following to your .emacs:
;; (add-to-list 'load-path "/path/to/test-case-mode")
;; (autoload 'test-case-mode "test-case-mode" nil t)
;; (autoload 'enable-test-case-mode-if-test "test-case-mode")
;; (autoload 'test-case-find-all-tests "test-case-mode" nil t)
;; (autoload 'test-case-compilation-finish-run-all "test-case-mode")
;; To enable it automatically when opening test files:
;; (add-hook 'find-file-hook 'enable-test-case-mode-if-test)
;; If you want to run all visited tests after a compilation, add:
;; (add-hook 'compilation-finish-functions
;; 'test-case-compilation-finish-run-all)
;; If failures have occurred, they are highlighted in the buffer and/or its
;; fringes (if fringe-helper.el is installed).
;; fringe-helper is available at:
;; Limitations:
;; C++ tests can be compiled in a multitude of ways. test-case-mode currently
;; only supports running them if each test class comes in its own file.
;;; Change Log:
;; 2013-05-25 (1.0)
;; Some refactoring.
;; Added support for gtest (google-test).
;; Added support for ERT (Emacs Lisp Regression Testing).
;; 2009-03-30 (0.1)
;; Initial release.
;;; Code:
(eval-when-compile (require 'cl))
(require 'compile)
(require 'fringe-helper nil t)
(dolist (err '("^test-case-mode not enabled$" "^Test not recognized$"
"^Moved \\(back before fir\\|past la\\)st failure$"
"^Test result buffer killed$"))
(add-to-list 'debug-ignored-errors err))
(defgroup test-case nil
"Unit test front-end"
:group 'tools)
(defcustom test-case-backends
"*Test case backends.
Each function in this list is called with a command, which is one of these:
'supported: The function should return return non-nil, if the backend can
handle the current buffer.
'name: The function should return a string with the backend's name.
'command: The function should return the shell command to test the current
'font-lock-keywords: The function should return font-lock keywords for the
current buffer. They should be suitable for passing to
'failure-pattern: The function should return a list. The first element
must be the regular expression that matches the failure description as
returned by the command. The next elements should be the sub-expression
numbers that match file name, line, column, name plus line (a clickable link),
error message, and test-name. Each of these can be nil.
'failure-locate-func: If 'failure-pattern can't match a line number, the
function may return a function to search for the test-name in the buffer.
The function takes the test-name (from 'failure-pattern) as one argument
and should return beginning and end points as car and cdr (like
:group 'test-case
:type '(repeat function))
(defcustom test-case-ask-about-save t
"*Non-nil means `test-case-mode' asks which buffers to save before running.
Otherwise, it saves all modified buffers without asking. `test-case-mode'
will only offer to save buffers when the tests are run by interpreters.
Already compiled tests will be run without saving."
:group 'test-case
:type '(choice (const :tag "Save without asking" nil)
(const :tag "Ask before saving" t)))
(defcustom test-case-global-state-change-hook nil
"*Hook run when the global test status changes.
Each function is called with two arguments, the old and the new value of
:group 'test-case
:type 'hook)
(defcustom test-case-state-change-hook nil
"*Hook run when the global test status changes.
Each function is called with two arguments, the old and the new value of
:group 'test-case
:type 'hook)
(defcustom test-case-parallel-processes 1
"*Number of tests to run concurrently."
:group 'test-case
:type '(choice (const :tag "Off" 1)
(const :tag "Unlimited" t)))
(defcustom test-case-priority-function 'test-case-failure-more-recent-p
"*Comparison function used to sort test-cases before running them."
:group 'test-case
:type 'function)
(defcustom test-case-abort-on-first-failure nil
"*Stop running test cases after the first failure occurs."
:group 'test-case
:type '(choice (const :tag "Keep running" nil)
(const :tag "Abort on first failure" t)))
(defcustom test-case-display-results-on-failure t
"*If enabled, display the result buffer when a failure occurs."
:group 'test-case
:type '(choice (const :tag "Don't Show Results" nil)
(const :tag "Show Results" nil)))
(defcustom test-case-color-buffer-id t
"*Color Buffer Identification?"
:group 'test-case
:type '(choice (const :tag "Off" nil)
(const :tag "On" t)))
(defcustom test-case-mode-line-info-position 1
"*The position of the colored result dot in the mode-line."
:group 'test-case
:type '(choice (const :tag "Off" nil)
(integer :tag "Position")))
(defcustom test-case-result-context-lines nil
"Display this many lines of leading context before the current message.
See `compilation-context-lines'."
:group 'test-case
:type '(choice integer (const :tag "No window scrolling" nil)))
;;; faces ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defface test-case-mode-line-success
'((t (:inherit mode-line-buffer-id
:background "dark olive green"
:foreground "black")))
"Face used for displaying a successful test result."
:group 'test-case)
(defface test-case-mode-line-success-modified
'((t (:inherit test-case-mode-line-success
:foreground "orange")))
"Face used for displaying a successful test result in a modified buffer."
:group 'test-case)
(defface test-case-mode-line-failure
'((t (:inherit mode-line-buffer-id
:background "firebrick"
:foreground "wheat")))
"Face used for displaying a failed test result."
:group 'test-case)
(defface test-case-mode-line-undetermined
'((t (:inherit mode-line-buffer-id
:background "orange"
:foreground "black")))
"Face used for displaying a unknown test result."
:group 'test-case)
(defface test-case-failure
'((t (:underline "firebrick1")))
"Face used for displaying a failed test result."
:group 'test-case)
(defface test-case-fringe
'((t (:foreground "red")))
"*Face used for bitmaps in the fringe."
:group 'test-case)
(defface test-case-assertion
'((t (:inherit font-lock-warning-face)))
"*Face used for assertion commands."
:group 'test-case)
(defface test-case-result-message
'((((background dark)) (:foreground "#00bfff"))
(((background light)) (:foreground "#006faa")))
"*Face used for highlighting failure messages"
:group 'test-case)
(defface test-case-result-file
'((t :inherit font-lock-warning-face))
"*Face used for highlighting file links"
:group 'test-case)
(defface test-case-result-line
'((t :inherit compilation-line-number))
"*Face used for highlighting file link lines"
:group 'test-case)
(defface test-case-result-column
'((t :inherit compilation-column-number))
"*Face used for highlighting file link columns"
:group 'test-case)
(defvar test-case-result-buffer-name "*Test Result*")
(defvar test-case-backend nil)
(make-variable-buffer-local 'test-case-backend)
(defun test-case-call-backend (command &optional buffer)
(with-current-buffer (or buffer (current-buffer))
(funcall test-case-backend command)))
(defsubst test-case-buffer-state (buffer)
(buffer-local-value 'test-case-state buffer))
(defun test-case-buffer-list ()
(let (buffers)
(dolist (buffer (buffer-list))
(and (buffer-local-value 'test-case-mode buffer)
(push buffer buffers)))
(defun test-case-failed-buffer-list ()
(let (buffers)
(dolist (buffer (buffer-list))
(and (buffer-local-value 'test-case-mode buffer)
(eq (buffer-local-value 'test-case-state buffer) 'failure)
(push buffer buffers)))
(defun test-case-process-list ()
(let (processes)
(dolist (proc (process-list))
(when (process-get proc 'test-case-buffer)
(push proc processes)))
;;; buffer id ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defvar test-case-buffer-id-string nil)
(make-variable-buffer-local 'test-case-buffer-id-string)
(defun test-case-install-colored-buffer-id ()
(when (stringp (car mode-line-buffer-identification))
(setq test-case-buffer-id-string
(copy-sequence (pop mode-line-buffer-identification)))
(push test-case-buffer-id-string mode-line-buffer-identification)))
(defun test-case-remove-colored-buffer-id ()
(kill-local-variable 'mode-line-buffer-identification))
(defun test-case-set-buffer-id-face (face)
(when test-case-buffer-id-string
(add-text-properties 0 (length test-case-buffer-id-string)
`(face ,face) test-case-buffer-id-string)))
;;; dot ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defvar test-case-dot-keymap
(let ((map (make-sparse-keymap)))
(define-key map [mode-line mouse-1] 'test-case-show-menu)
"*Keymap used for test-case dot in mode-line.")
(defvar test-case-dot-tooltip
"mouse-1: Display minor-mode-menu")
(defun test-case-make-dot (color &optional inner border)
"Return an image representing a dot whose color is COLOR."
(propertize " "
'help-echo 'test-case-dot-tooltip
'keymap test-case-dot-keymap
`(image :type xpm
:data ,(format "/* XPM */
static char * data[] = {
\"18 13 4 1\",
\" c None\",
\". c %s\",
\"x c %s\",
\"+ c %s\",
\" \",
\" +++++ \",
\" +.....+ \",
\" +.......+ \",
\" +....x....+ \",
\" \",
\" +..xxxxx..+ \",
\" \",
\" +....x....+ \",
\" +.......+ \",
\" +.....+ \",
\" +++++ \",
\" \"};"
color (or inner color) (or border "black"))
:ascent center)))
(defvar test-case-dot-format (list (test-case-make-dot "gray10")))
(defun test-case-install-dot (&optional global)
"Install the dot in the mode-line at `test-result-dot-position' or POSITION.
With argument GLOBAL install in mode-line's default value, without make sure
mode-line is local before installing."
(test-case-remove-dot global)
(when test-case-mode-line-info-position
(let* ((mode-line (if global
(default-value 'mode-line-format)
(set (make-local-variable 'mode-line-format)
(copy-sequence mode-line-format))
(pos (nthcdr test-case-mode-line-info-position mode-line)))
(setcdr pos (cons test-case-dot-format (cdr pos))))))
(defun test-case-remove-dot (&optional globalp)
"Remove the dot installed by `test-case-install-dot' from the mode-line."
(if globalp
(setq-default mode-line-format
(delq test-case-dot-format
(default-value 'mode-line-format)))
(setq mode-line-format (delq test-case-dot-format mode-line-format))))
(defun test-case-update-dot (state)
(setcar test-case-dot-format
(case state
(failure (test-case-make-dot "firebrick"))
(running-failure (test-case-make-dot "firebrick" "orange"))
(running (test-case-make-dot "orange"))
(success (test-case-make-dot "dark olive green"))
(success-modified (test-case-make-dot "dark olive green" "orange"))
(otherwise (test-case-make-dot "gray10")))))
;;; states ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defvar test-case-state 'unknown
"The state of the current buffer test.
This is either 'unknown, 'running, 'failure, 'success or 'success-modified")
(make-variable-buffer-local 'test-case-state)
(defvar test-case-global-state nil
"The aggregated test states.
This is either 'unknown, 'running, 'running-failure, 'failure or 'success.")
(defvar test-case-most-recent-failure '(0 0 0)
"The last time this buffer's test failed.")
(make-variable-buffer-local 'test-case-most-recent-failure)
(defun test-case-failure-more-recent-p (buffer-a buffer-b)
(time-less-p (buffer-local-value 'test-case-most-recent-failure buffer-b)
(buffer-local-value 'test-case-most-recent-failure buffer-a)))
(defun test-case-echo-state (state)
(unless (eq state 'unknown)
(message "Test %s" (case state
('success "succeeded")
('failure "failed")
('running-failure "failed (continuing...)")
('running "started")))))
(defun test-case-set-global-state (state)
(unless (eq test-case-global-state state)
(let ((old-state test-case-global-state))
(setq test-case-global-state state)
(test-case-update-dot state)
(run-hook-with-args 'test-case-state-change-hook test-case-state state))))
(defun test-case-calculate-global-state (&optional buffers)
"Calculate and the global state.
This assumes that no test is still running."
(unless buffers (setq buffers (test-case-buffer-list)))
(or (dolist (buffer buffers)
(when (eq (buffer-local-value 'test-case-state buffer) 'failure)
(return 'failure)))
(dolist (buffer buffers)
(unless (eq (buffer-local-value 'test-case-state buffer) 'success)
(return 'unknown)))
(defun test-case-buffer-changed (beg end)
(when (eq test-case-state 'success)
(test-case-set-buffer-state 'success-modified))
(when (eq test-case-global-state 'success)
(test-case-set-global-state 'success-modified))
(remove-hook 'before-change-functions 'test-case-buffer-changed t))
(defun test-case-set-buffer-state (state &optional buffer)
"Set BUFFER's `test-case-state' to STATE."
(with-current-buffer (or buffer (current-buffer))
(unless (eq state test-case-state)
(let ((old-state test-case-state))
(setq test-case-state state)
(when test-case-color-buffer-id
(case state
('success 'test-case-mode-line-success)
('success-modified 'test-case-mode-line-success-modified)
('running 'test-case-mode-line-undetermined)
('failure 'test-case-mode-line-failure)
(otherwise 'mode-line-buffer-id))))
(when (eq state 'failure)
(setq test-case-most-recent-failure (current-time)))
(when (eq state 'success)
(add-hook 'before-change-functions 'test-case-buffer-changed nil t))
(run-hook-with-args 'test-case-state-change-hook old-state state)))))
;;; global mode ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defvar test-case-global-mode-map (make-sparse-keymap)
"Keymap used by `test-case-global-mode'.")
(define-minor-mode test-case-global-mode
"A minor mode keeping track of buffers in `test-case-mode'."
nil nil test-case-global-mode-map :global t
(if test-case-global-mode
(test-case-install-dot t)
(test-case-set-global-state 'unknown))
(test-case-set-global-state 'unknown)
(test-case-remove-dot t)))
;;; mode ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defvar test-case-lighter " Test"
"The mode-line string used by ``test-case-mode''.
It's value represents the test case type.")
(make-variable-buffer-local 'test-case-lighter)
(defvar test-case-mode-map (make-sparse-keymap)
"Keymap used by `test-case-mode'.")
(defun test-case-detect-backend ()
(when buffer-file-name
(dolist (backend test-case-backends)
(when (funcall backend 'supported)
(setq test-case-backend backend
test-case-lighter (concat " " (test-case-call-backend 'name)))
(return t)))))
(define-minor-mode test-case-mode
"A minor mode for test buffers.
Tests can be started with the commands `test-case-run' or
`test-case-run-all'. If you want to run tests automatically after a
compilation, use `test-case-compilation-finish-run-all'.
When a run has finished, the results appear in a buffer named \"*Test
Result*\". Clicking on the files will take you to the failure location,
as will `next-error' and `previous-error'.
Failures are also highlighted in the buffer. Hovering the mouse above
them, or enabling `test-case-echo-failure-mode' shows the associated
failure message.
The testing states are indicated visually. The buffer name is colored
according to the result and a dot in the mode-line represents the global
state. This behavior is customizable through `test-case-color-buffer-id'
and `test-case-mode-line-info-position'."
nil test-case-lighter test-case-mode-map
(if test-case-mode
(condition-case err
(if (not (test-case-detect-backend))
(error "Test not recognized")
(font-lock-add-keywords nil
(test-case-call-backend 'font-lock-keywords)
(when test-case-color-buffer-id
(test-case-global-mode 1)
(add-hook 'kill-buffer-hook 'disable-test-case-mode nil t))
(error (setq test-case-mode nil)))
(font-lock-remove-keywords nil (test-case-call-backend 'font-lock-keywords))
(if (test-case-buffer-list)
(test-case-set-global-state (test-case-calculate-global-state))
(test-case-global-mode 0)))
(defun disable-test-case-mode ()
(test-case-mode 0))
(defun enable-test-case-mode-if-test ()
"Turns on ``test-case-mode'' if this buffer is a recognized test."
(ignore-errors (test-case-mode 1)))
;;;###autoload(add-hook 'find-file-hook 'enable-test-case-mode-if-test)
(defun test-case-find-all-tests (directory)
"Find all test cases in DIRECTORY."
(interactive "DDirectory: ")
(dolist (file (directory-files directory t "^[^.]" t))
(if (file-directory-p file)
(test-case-find-all-tests file)
;; Detect back-end for file.
(let ((file-mode (assoc-default file auto-mode-alist 'string-match)))
(and file-mode
(insert-file-contents file)
;; Don't actually invoke major mode (because of the hooks).
(let ((major-mode file-mode)
(buffer-file-name file))
(find-file-noselect file))))))
(defun test-case-kill-all-test-buffers ()
(mapc 'kill-buffer (test-case-buffer-list)))
;;; menu ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defvar test-case-menu nil)
(defvar test-case-minor-mode-menu nil)
(defun tast-case-menu-format-buffer (buffer)
(if (memq (test-case-buffer-state buffer) '(running failure))
(format "%s (%s)" (buffer-name buffer)
(if (eq (test-case-buffer-state buffer) 'running)
(buffer-name buffer)))
(defun test-case-menu-buffer-list (func list)
"Build a menu with all test case buffers."
(mapcar (lambda (buffer)
(vector (tast-case-menu-format-buffer buffer)
`(lambda () (interactive)
(,func ,buffer))))
(sort list (lambda (a b) (string< (buffer-name a) (buffer-name b))))))
(defun test-case-menu-build ()
(let ((failed-tests (test-case-failed-buffer-list)))
["Run" test-case-run :visible test-case-mode]
["Run All" test-case-run-all]
("Run Buffer" . ,(test-case-menu-buffer-list
'test-case-run (test-case-buffer-list)))
("Tests" . ,(test-case-menu-buffer-list
'switch-to-buffer (test-case-buffer-list)))
:visible ,(if failed-tests t)
,@(test-case-menu-buffer-list 'switch-to-buffer failed-tests)))))
(defun test-case-menu-update ()
(let ((menu (test-case-menu-build)))
(easy-menu-define test-case-menu test-case-global-mode-map
"Test case global menu"
(easy-menu-define test-case-minor-mode-menu nil
"Test case minor mode menu"
(append menu
["Turn Off minor mode" disable-test-case-mode]
["Help for minor mode"
(lambda () (interactive)
(describe-function 'test-case-mode))])))
(define-key test-case-mode-map [(menu-bar) (x)] test-case-minor-mode-menu)))
(defun test-case-show-menu ()
(popup-menu test-case-menu))
;;; running ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defvar test-case-last-run nil)
(defvar test-case-current-run nil)
(defvar test-case-current-run-left nil)
(defun test-case-copy-result (from to)
(with-current-buffer to
(when (buffer-live-p to)
(let ((inhibit-read-only t)
(pos (point-max)))
(goto-char pos)
(insert-buffer-substring from nil nil)
(defun test-case-abort (&optional quiet)
"Abort the currently running tests."
(dolist (buffer test-case-current-run-left)
(when (buffer-live-p buffer)
(test-case-set-buffer-state 'unknown buffer)))
(setq test-case-current-run nil)
(let ((processes (test-case-process-list))
(when processes
(dolist (process processes)
(when (and (setq test-buffer (process-get process 'test-case-buffer))
(memq (process-status process) '(run stop))
;; careful, kill-process mustn't set global state
(kill-process process))
(when (buffer-live-p test-buffer)
(test-case-set-buffer-state 'unknown test-buffer))))
(test-case-set-global-state (test-case-calculate-global-state))
(unless quiet
(message "Test run aborted")))))
(defun test-case-process-sentinel (proc msg)
(when (eq (process-status proc) 'exit)
(let ((out-buffer (process-buffer proc))
(test-buffer (process-get proc 'test-case-buffer))
(result-buffer (process-get proc 'test-case-result-buffer))
(failure-p (/= 0 (process-exit-status proc)))
(next (pop test-case-current-run-left))
(more (test-case-process-list))
(inhibit-read-only t))
(delete-process proc)
(unless (buffer-live-p out-buffer)
(error "Test result buffer killed"))
(test-case--fill-line ?< out-buffer)
(test-case--update-buffer-state proc failure-p test-buffer)
;; Update the results.
(test-case--parse-result proc result-buffer out-buffer)
(when failure-p
(when test-case-abort-on-first-failure
(test-case-abort t)
(setq more nil
next nil))
(setq next-error-last-buffer result-buffer)
(or (not test-case-display-results-on-failure)
(eq test-case-global-state 'running-failure)
(display-buffer result-buffer))
(when (or next more)
(unless (eq test-case-global-state 'running-failure)
(test-case-set-global-state 'running-failure)
(test-case-echo-state 'running-failure))))
(setq next (test-case--skip-dead-process-buffers next))
(if next
(test-case--run-next-test out-buffer result-buffer next)
(test-case--cleanup-process result-buffer out-buffer)
(unless more
(defun test-case--update-buffer-state (proc failure-p test-buffer)
(when (buffer-live-p test-buffer)
(if failure-p
(if (eq (process-get proc 'test-case-tick)
(buffer-modified-tick test-buffer))
(defun test-case--parse-result (proc result-buffer out-buffer)
(with-current-buffer result-buffer
(let ((keywords (process-get proc 'test-case-failure-pattern))
(file-name (process-get proc 'test-case-file))
(search-func (process-get proc 'test-case-search-func))
(inhibit-read-only t))
(if (eq out-buffer result-buffer)
(goto-char (process-get proc 'test-case-beg))
(goto-char (test-case-copy-result out-buffer result-buffer)))
(when keywords
(while (re-search-forward (car keywords) nil t)
(apply 'test-case-propertize-message
file-name search-func (cdr keywords))))))))
(defun test-case--skip-dead-process-buffers (next)
(while (and next
(not (and (buffer-live-p next)
(buffer-local-value 'test-case-mode next))))
(setq next (pop test-case-current-run-left)))
(defun test-case--run-next-test (result-buffer process-out-buffer next)
(unless (eq process-out-buffer result-buffer)
(test-case--erase-buffer process-out-buffer))
(test-case-run-internal next result-buffer process-out-buffer))
(defun test-case--erase-buffer (buffer)
(with-current-buffer buffer
(let ((inhibit-read-only t))
(defun test-case--cleanup-process (result-buffer out-buffer)
(unless (eq out-buffer result-buffer)
(kill-buffer out-buffer)))
(defun test-case--cleanup-all ()
(test-case-set-global-state (test-case-calculate-global-state))
(test-case-calculate-global-state test-case-current-run)))
(defun test-case-run-internal (test-buffer result-buffer &optional out-buffer)
(let* ((file-name (buffer-file-name test-buffer))
(default-directory (file-name-directory file-name))
(inhibit-read-only t)
command beg process)
(unless out-buffer (setq out-buffer result-buffer))
(with-current-buffer out-buffer
(setq beg (point-max))
(test-case--fill-line ?>)
(condition-case err
(insert (format "Test run: %s\n\n"
(setq command
(test-case-call-backend 'command test-buffer))))
(error (insert (error-message-string err) "\n")
(setq command "false"))))
(setq process (start-process "test-case-process" out-buffer
shell-file-name shell-command-switch command))
(set-process-query-on-exit-flag process nil)
(process-put process 'test-case-tick (buffer-modified-tick test-buffer))
(process-put process 'test-case-buffer test-buffer)
(process-put process 'test-case-file file-name)
(process-put process 'test-case-result-buffer result-buffer)
(process-put process 'test-case-failure-pattern
(test-case-call-backend 'failure-pattern test-buffer))
(process-put process 'test-case-search-func
(test-case-call-backend 'failure-locate-func test-buffer))
(process-put process 'test-case-beg beg)
(set-process-sentinel process 'test-case-process-sentinel)
(defun test-case--fill-line (char &optional buffer)
(with-current-buffer (or buffer (current-buffer))
(goto-char (point-max))
(insert-char char (window-width))
(defun test-case-run-buffers (buffers)
"Run the tests visited by BUFFERS.
Tests are run consecutively or concurrently according to
(when test-case-priority-function
(setq buffers (sort (copy-sequence buffers) test-case-priority-function)))
(dolist (buffer buffers)
(when (test-case-call-backend 'save buffer)
(save-some-buffers (not test-case-ask-about-save))
(dolist (buffer buffers)
(test-case-remove-failure-overlays buffer)
(test-case-set-buffer-state 'running buffer))
(test-case-set-global-state 'running)
(test-case-echo-state 'running)
(setq test-case-current-run buffers
test-case-current-run-left buffers)
(let ((result-buffer (get-buffer-create test-case-result-buffer-name))
(inhibit-read-only t)
(processes (if (eq t test-case-parallel-processes)
(length test-case-current-run)
(max (or test-case-parallel-processes 1) 1))))
(with-current-buffer result-buffer
(setq buffer-read-only t)
(when test-case-current-run
;; start running
(if (or (null (cdr test-case-current-run)) (= processes 1))
(test-case-run-internal (pop test-case-current-run-left)
;; use temp buffers for output synchronisation
(while (and test-case-current-run-left
(> processes 0))
(test-case-run-internal (pop test-case-current-run-left)
(generate-new-buffer " *Test Run*"))
(decf processes))))))
(defun test-case-run (&optional buffer)
"Run the test in the current buffer.
Calling this aborts all running tests. To run multiple tests use
`test-case-run-all' or `test-case-run-buffers'."
(with-current-buffer (or buffer (current-buffer))
(unless test-case-mode
(error "test-case-mode not enabled"))
(test-case-run-buffers (setq test-case-last-run (list (current-buffer))))))
(defun test-case-run-again ()
"Run the latest test again."
(test-case-run-buffers test-case-last-run))
(defun test-case-run-all ()
"Run `test-case-run-buffers' on all tests currently visited by buffers."
(test-case-run-buffers (test-case-buffer-list)))
(defun test-case-compilation-finish-run-all (buffer result)
"Post-compilation hook for running all tests after successful compilation.
Install this the following way:
\(add-hook 'compilation-finish-functions
(and (string-match "*compilation.*" (buffer-name buffer)) ;; not for grep
(equal result "finished\n")
;;; results ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defvar test-case-error-pos nil)
(make-variable-buffer-local 'test-case-error-pos)
(defvar test-case-error-overlays nil)
(make-variable-buffer-local 'test-case-error-overlays)
(defvar test-case-result-mode-map
(let ((keymap (make-sparse-keymap)))
(define-key keymap "q" 'bury-buffer)
(define-key keymap [mouse-2] 'test-case-click)
(define-key keymap [follow-link] 'mouse-face)
(define-key keymap "\C-m" 'test-case-follow-link)
"Keymap used for `test-case-result-mode'.")
(define-derived-mode test-case-result-mode fundamental-mode "Test result"
"Major mode for test case results."
(setq next-error-function 'test-case-next-error-function
test-case-error-pos nil))
(defun test-case-switch-to-result-buffer ()
"Switch to the result buffer of the last test run."
(let ((buffer (get-buffer test-case-result-buffer-name)))
(if buffer
(switch-to-buffer buffer)
(message "No result buffer found"))))
(defun test-case-insert-failure-overlay (beg end buffer props)
"Insert an overlay marking a failure between BEG and END in BUFFER."
(with-current-buffer buffer
(and (fboundp 'fringe-helper-insert-region)
(fboundp 'fringe-lib-load)
(boundp 'fringe-lib-exclamation-mark)
(push (fringe-helper-insert-region
beg end
(fringe-lib-load fringe-lib-exclamation-mark 'left-fringe)
'left-fringe 'test-case-fringe)
(push (make-overlay beg end) test-case-error-overlays)
(overlay-put (car test-case-error-overlays) 'face 'test-case-failure)
(let ((msg (plist-get props :message)))
(overlay-put (car test-case-error-overlays) 'help-echo msg)
(overlay-put (car test-case-error-overlays) 'test-case-message msg))))
(defun test-case-remove-failure-overlays (buffer)
"Remove all overlays added by `test-case-insert-failure-overlay' in BUFFER."
(with-current-buffer buffer
(mapc 'delete-overlay test-case-error-overlays)))
(defun test-case-result-add-markers (beg end find-file-p props)
(let* ((file (plist-get props :file))
(line (plist-get props :line))
(test (plist-get props :test))
(locate-func (plist-get props :locate-func))
(buffer (when file
(if find-file-p
(find-file-noselect file)
(find-buffer-visiting file))))
(inhibit-read-only t)
beg-marker end-marker)
(when (and buffer (or line locate-func))
(with-current-buffer buffer
(goto-char (point-min))
(if locate-func
(let ((match (funcall locate-func test)))
(setq beg-marker (copy-marker (car match))
end-marker (copy-marker (cdr match))))
(forward-line (1- line))
(setq beg-marker (copy-marker (point)))
(setq end-marker (copy-marker (point))))))
(add-text-properties beg end
(test-case-insert-failure-overlay beg-marker end-marker buffer
(defun test-case-result-supplement-markers (pos)
(let* ((end (next-single-property-change pos 'test-case-failure))
(beg (previous-single-property-change end 'test-case-failure)))
(test-case-result-add-markers beg end t
(get-text-property pos 'test-case-props))))
(defun test-case-propertize-message
(file-name locate-func &optional file line col link msg test)
(test-case--add-text-properties-for-match file '(face test-case-result-file))
(test-case--add-text-properties-for-match line '(face test-case-result-line))
(test-case--add-text-properties-for-match col '(face test-case-result-column))
(let* ((clickable-p (or locate-func line))
(link-props (when clickable-p '(mouse-face highlight follow-link t))))
(test-case--add-text-properties-for-match link link-props)
msg (append link-props '(face test-case-result-message))))
(let ((props (list :failure (current-time)
:file (or (when file (match-string-no-properties file))
:line (when line (string-to-number (match-string line)))
:column (when col (string-to-number (match-string col)))
:message (when msg (match-string-no-properties msg))
:test (when test (match-string-no-properties test))
:locate-func locate-func)))
(test-case--add-text-properties-for-match 0 `(test-case-props ,props))
(test-case-result-add-markers (match-beginning 0) (match-end 0) nil props)))
(defun test-case--add-text-properties-for-match (match props)
(and match
(match-beginning match)
(add-text-properties (match-beginning match) (match-end match) props)))
(defun test-case-follow-link (pos)
"Follow the link at POS in an error buffer."
(interactive "d")
(let ((marker (get-text-property pos 'test-case-beg-marker)))
(unless (and marker (marker-buffer marker))
(test-case-result-supplement-markers pos)))
(let ((msg (copy-marker pos))
(compilation-context-lines test-case-result-context-lines))
(compilation-goto-locus msg (get-text-property pos 'test-case-beg-marker)
(get-text-property pos 'test-case-end-marker))
(set-marker msg nil)))
(defun test-case-click (event)
"Follow the link selected in an error buffer."
(interactive "e")
(with-current-buffer (window-buffer (posn-window (event-end event)))
(test-case-follow-link (posn-point (event-end event)))))
(defun test-case-failure-message-at-point ()
(get-char-property (point) 'test-case-message))
;;; echo failure messages ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defvar test-case-echo-failure-mode-map (make-sparse-keymap))
(defun test-case-echo-failure-at-point ()
(let ((message-log-max nil)
(failure (test-case-failure-message-at-point)))
(when failure
(message "%s" failure))))
(define-minor-mode test-case-echo-failure-mode ()
nil " echo-fail" test-case-echo-failure-mode-map
"Minor mode that displays the message of the failure at point, if any."
(if test-case-echo-failure-mode
(add-hook 'post-command-hook 'test-case-echo-failure-at-point nil t)
(remove-hook 'post-command-hook 'test-case-echo-failure-at-point t)))
;;; next-error ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defun test-case-next-error (arg)
(let ((pos test-case-error-pos))
(setq arg (* 2 arg))
(unless (get-text-property pos 'test-case-failure)
(setq arg (1- arg)))
(assert (> arg 0))
(dotimes (i arg)
(setq pos (next-single-property-change pos 'test-case-failure))
(unless pos
(error "Moved past last failure")))
(defun test-case-previous-error (arg)
(let ((pos test-case-error-pos))
(assert (> arg 0))
(dotimes (i (* 2 arg))
(setq pos (previous-single-property-change pos 'test-case-failure))
(unless pos
(error "Moved back before first failure")))
(defun test-case-next-error-function (arg reset)
(when (or reset (null test-case-error-pos))
(setq test-case-error-pos (point-min)))
(setq test-case-error-pos
(if (<= arg 0)
(test-case-previous-error (- arg))
(test-case-next-error arg)))
(test-case-follow-link test-case-error-pos))
;;; follow-mode ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defvar test-case-result-follow-last-link nil)
(make-variable-buffer-local 'test-case-follow-last-link)
(define-minor-mode test-case-result-follow-mode
"Minor mode for navigating test-case results.
When turned on, cursor motion in the result buffer causes automatic
display of the corresponding failure location.
Customize `next-error-highlight' to modify the highlighting."
nil " Fol" nil
:group 'test-case
(if test-case-result-follow-mode
(add-hook 'post-command-hook 'test-case-result-follow-hook nil t)
(remove-hook 'post-command-hook 'test-case-result-follow-hook t)
(kill-local-variable 'test-case-result-follow-last-link)))
(defun test-case-result-follow-hook ()
(let ((beg (and (get-text-property (point) 'test-case-failure)
(get-text-property (point) 'follow-link)
(previous-single-property-change (point) 'follow-link))))
(setq test-case-result-follow-last-link beg)
(when beg
(let ((next-error-highlight next-error-highlight-no-select)
(test-case-follow-link beg)))))))
;;; back-end utils ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defun test-case-grep (regexp)
(when (test-case--search regexp)
;; Always return something, even if nothing was matched by the group.
(or (match-string-no-properties 1) "")))
(defun test-case-locate (regexp &optional group)
"Search for REGEXP in the buffer and return match beginning and end."
(unless group (setq group 0))
(when (test-case--search regexp)
(cons (match-beginning group) (match-end group))))
(defun test-case--search (regexp)
(goto-char (point-min))
(re-search-forward regexp nil t))))
(defun test-case-c++-inherits (class &optional namespace)
"Test if a class in the current buffer inherits from CLASS in NAMESPACE.
CLASS and NAMESPACE need to be `regexp-quote'd."
(if namespace
(or (test-case-c++-inherits (concat namespace "::" class))
(and (test-case-c++-inherits class)
(or (test-case-grep (concat "using\s+" namespace "\s+"
class ";"))
(test-case-grep (concat "using\s+" namespace "\\."
class ";")))))
(test-case-grep (concat ":\s*"
(regexp-opt '("public" "private" "protected")))
"\s+" class))))
;;; junit ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defcustom test-case-junit-java-executable (executable-find "java")
"The Java executable used to run JUnit tests."
:group 'test-case
:type 'file)
(defcustom test-case-junit-java-arguments "-ea"
"The command line arguments used to run JUnit tests."
:group 'test-case
:type 'string)
(defcustom test-case-junit-classpath
"*Directories that make up the CLASSPATH for JUnit tests.
Instead of directories, each element can also be a function returning a
CLASSPATH for the current buffer."
:group 'test-case
:type '(repeat (choice (function :tag "Function")
(directory :tag "Directory"))))
(defun test-case-junit-build-classpath ()
(mapconcat (lambda (entry) (or (if (stringp entry) entry (funcall entry)) ""))
(defun test-case-junit-classpath-from-env ()
"Return the value of the CLASSPATH environment variable."
(getenv "CLASSPATH"))
(defun test-case-junit-grep-package ()
(test-case-grep "package\\s +\\([[:alnum:].]+\\)\\s *;"))
(defun test-case-junit-guess-root ()
"Guess the classpath for a JUnit test by looking at the package.
If the classpath ends in \"src/\", the same path is added again using \"bin/\".
Additionally the CLASSPATH environment variable is used."
(let ((package (test-case-junit-grep-package))
(path (nreverse (cons "" (split-string buffer-file-name "/" t))))
(when package
(setq path (nthcdr (1+ (length (split-string package "\\." t))) path))
(or (and (equal (car path) "src")
(setq root (mapconcat 'identity
(reverse (cons "bin" (cdr path))) "/"))
(file-exists-p root)
(mapconcat 'identity (nreverse path) "/")))))
(defun test-case-junit-jde-classpath ()
(when (derived-mode-p 'jde-mode)
(let ((classpath (if jde-compile-option-classpath
(symbol (if 'jde-compile-option-classpath
(when classpath
(jde-build-classpath classpath symbol))))))
(defun test-case-junit-class ()
(let ((package (test-case-junit-grep-package))
(class (file-name-sans-extension
(file-name-nondirectory buffer-file-name))))
(if package
(concat package "." class)
(defun test-case-junit-command ()
(format "%s %s -classpath %s org.junit.runner.JUnitCore %s"
test-case-junit-java-executable test-case-junit-java-arguments
(test-case-junit-build-classpath) (test-case-junit-class)))
(defvar test-case-junit-font-lock-keywords
`((,(concat "\\_<assert"
(regexp-opt '("True" "False" "Equals" "NotNull" "Null" "Same"
(0 'test-case-assertion prepend)))))
(defconst test-case-junit-assertion-re
"junit\\.framework\\.AssertionFailedError: \\(.*\\)
\\(^[ \t]+at .*
(defconst test-case-junit-backtrace-re-1
"[ \t]+at [^ \t\n]+(\\(\\(")
(defconst test-case-junit-backtrace-re-2
(defun test-case-junit-failure-pattern ()
(let ((file (regexp-quote (file-name-nondirectory buffer-file-name))))
(list (concat "\\(" test-case-junit-assertion-re "\\)?"
test-case-junit-backtrace-re-1 file
5 6 nil 4 2)))
(defvar test-case-junit-import-regexp
"import\\s +junit\\.framework\\.\\(TestCase\\|\\*\\)")
(defvar test-case-junit-extends-regexp
"extends\\s +TestCase")
(defun test-case-junit-backend (command)
"JUnit back-end for `test-case-mode'.
When using the JUnit backend, you'll need to make sure the classpath is
configured correctly. The classpath is determined by
`test-case-junit-classpath-func' and guessed by default."
(case command
('name "JUnit")
('supported (and (derived-mode-p 'java-mode)
(test-case-grep test-case-junit-import-regexp)
(test-case-grep test-case-junit-extends-regexp)))
('command (test-case-junit-command))
('failure-pattern (test-case-junit-failure-pattern))
('font-lock-keywords test-case-junit-font-lock-keywords)))
;; ruby ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defcustom test-case-ruby-executable (executable-find "ruby")
"The Ruby executable used to run Ruby tests."
:group 'test-case
:type 'file)
(defcustom test-case-ruby-arguments ""
"The command line arguments used to run Ruby tests."
:group 'test-case
:type 'string)
(defvar test-case-ruby-font-lock-keywords
(regexp-opt '("" "_equal" "_not_equal" "_match" "_no_match" "_nil"
"_not_nil" "_in_delta" "_instance_of" "_kind_of" "_same"
"_not_same" "_raise" "_nothing_raised" "_throws"
"_nothing_thrown" "_respond_to" "_send" "_operator"))
(0 'test-case-assertion prepend)))))
(defvar test-case-ruby-failure-pattern
`(,(concat "^[^ \t]+([^ \t]+) "
2 3 nil 1 4)))
(defun test-case-ruby-backend (command)
"Ruby Test::Unit back-end for `test-case-mode'."
(case command
('name "Test::Unit")
('supported (and (derived-mode-p 'ruby-mode)
(test-case-grep "require\s+['\"]test/unit['\"]")))
('command (concat test-case-ruby-executable " "
test-case-ruby-arguments " " buffer-file-name))
('save t)
('failure-pattern test-case-ruby-failure-pattern)
('font-lock-keywords test-case-ruby-font-lock-keywords)))
;; pyunit ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defcustom test-case-python-executable (executable-find "python")
"The Python executable used to run Python tests."
:group 'test-case
:type 'file)
(defcustom test-case-python-arguments ""
"The command line arguments used to run Python tests."
:group 'test-case
:type 'string)
(defvar test-case-python-font-lock-keywords
"\\_<assert" (regexp-opt '("AlmostEqual" "Equal" "False" "Raises"
"NotAlmostEqual" "NotEqual" "True" "_") t)
"\\|fail" (regexp-opt '("" "If" "IfAlmostEqual" "IfEqual" "Unless"
"UnlessAlmostEqual" "UnlessEqual"
"UnlessRaises" "ureException"))
(0 'test-case-assertion prepend)))))
(defun test-case-python-failure-pattern ()
(let ((file (regexp-quote buffer-file-name)))
(list (concat " File \"\\(\\(" file "\\)\", line \\([0-9]+\\)\\).*\n"
"\\(?: .*\n\\)*"
"\\([^ ].*\\)\n\n"
2 3 nil nil 4)))
(defun test-case-python-backend (command)
"Python Test::Unit back-end for `test-case-mode'."
(case command
('name "PyUnit")
('supported (and (derived-mode-p 'python-mode)
(test-case-grep "\\_<import\s+unittest\\_>")))
('command (concat test-case-python-executable " " buffer-file-name))
('save t)
('failure-pattern (test-case-python-failure-pattern))
('font-lock-keywords test-case-python-font-lock-keywords)))
;; cxxtest ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defcustom test-case-cxxtest-executable-name-func 'file-name-sans-extension
"A function that returns the executable name for a cxxtest test."
:group 'test-case
:type 'function)
(defun test-case-cxxtest-p ()
"Test if the current buffer is a cxxtest."
(and (derived-mode-p 'c++-mode)
;; header included
(test-case-grep "#include\s+\\([<\"]\\)cxxtest[/\\]TestSuite.h[>\"]")
;; class inherited (depending on used namespace)
(or (test-case-c++-inherits "CxxTest::TestSuite")
(and (test-case-c++-inherits "TestSuite")
(or (test-case-grep (concat "using\s+namespace\s+CxxTest;"))
(test-case-grep (concat "using\s+CxxTest.TestSuite;")))))))
(defun test-case-cxxtest-command ()
(let ((executable (funcall test-case-cxxtest-executable-name-func
(unless (file-exists-p executable)
(error "Executable %s not found" executable))
(when (file-newer-than-file-p buffer-file-name executable)
(error "Test case executable %s out of date" executable))
(defvar test-case-cxxtest-font-lock-keywords
(0 'test-case-assertion prepend)))))
(defun test-case-cxxtest-failure-pattern ()
(let ((file (regexp-quote (file-name-nondirectory (buffer-file-name)))))
(list (concat "^\\(\\(" file "\\):\\([[:digit:]]+\\)\\): \\(.*\\)$")
2 3 nil 1 4)))
(defun test-case-cxxtest-backend (command)
"CxxTest back-end for `test-case-mode'
Since these tests can't be dynamically loaded by the runner, each test has
to be compiled into its own executable. The executable should have the
same name as the test, but without the extension. If it doesn't,
customize `test-case-cxxtest-executable-name-func'"
(case command
('name "CxxTest")
('supported (test-case-cxxtest-p))
('command (test-case-cxxtest-command))
('failure-pattern (test-case-cxxtest-failure-pattern))
('font-lock-keywords test-case-cxxtest-font-lock-keywords)))
;; cppunit ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defcustom test-case-cppunit-executable-name-func 'file-name-sans-extension
"A function that returns the executable name for a CppUnit test."
:group 'test-case
:type 'function)
(defun test-case-cppunit-p ()
"Test if the current buffer is a CppUnit test."
(and (derived-mode-p 'c++-mode)
;; header included
(test-case-grep "#include\s+\\([<\"]\\)cppunit[/\\]TestCase.h[>\"]")
;; class inherited (depending on used namespace)
(or (test-case-c++-inherits "CppUnit::TestCase")
(and (test-case-c++-inherits "TestCase")
(or (test-case-grep (concat "using\s+namespace\s+CppUnit;"))
(test-case-grep (concat "using\s+CppUnit.TestCase;")))))))
(defun test-case-cppunit-command ()
(let ((executable (funcall test-case-cppunit-executable-name-func
(unless (file-exists-p executable)
(error "Executable %s not found" executable))
(when (file-newer-than-file-p buffer-file-name executable)
(error "Test case executable %s out of date" executable))
(defvar test-case-cppunit-font-lock-keywords
(0 'test-case-assertion prepend)))))
(defun test-case-cppunit-failure-pattern ()
(let ((file (regexp-quote (file-name-nondirectory (buffer-file-name)))))
(list (concat "^[0-9]+) test:.*\\(line: \\([0-9]+\\) \\(.+\\)\\)\n"
2 3 nil 1 4)))
(defun test-case-cppunit-backend (command)
"CxxTest back-end for `test-case-mode'
Since these tests can't be dynamically loaded by the runner, each test has
to be compiled into its own executable. The executable should have the
same name as the test, but without the extension. If it doesn't,
customize `test-case-cppunit-executable-name-func'"
(case command
('name "CppUnit")
('supported (test-case-cppunit-p))
('command (test-case-cppunit-command))
('failure-pattern (test-case-cppunit-failure-pattern))
('font-lock-keywords test-case-cppunit-font-lock-keywords)))
;; google-test ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defcustom test-case-gtest-executable-name-func 'file-name-sans-extension
"A function that returns the executable name for a google-test test."
:group 'test-case
:type 'function)
(defun test-case-gtest-p ()
"Test if the current buffer is a CppUnit test."
(and (derived-mode-p 'c++-mode)
(test-case-grep "#include\s+\\([<\"]\\)gtest[/\\]gtest.h[>\"]")
(test-case-grep "TEST[ \t]*(")))
(defun test-case-gtest-command ()
(let ((executable (funcall test-case-cppunit-executable-name-func
(unless (file-exists-p executable)
(error "Executable %s not found" executable))
(when (file-newer-than-file-p buffer-file-name executable)
(error "Test case executable %s out of date" executable))
(defvar test-case-gtest-font-lock-keywords
(regexp-opt '("TRUE" "FALSE" "EQ" "NE" "LT" "LE" "GT" "GE" "STREQ"
(0 'test-case-assertion prepend))
(,(regexp-opt '("SUCCEED" "FAIL" "ADD_FAILURE") 'symbols)
(0 'test-case-assertion prepend)))))
(defvar test-case-gtest-message-lines
(eval-when-compile (regexp-opt '("Value of" "Actual" "Expected"))))
(defun test-case-gtest-failure-pattern ()
(let ((file (regexp-quote (file-name-nondirectory (buffer-file-name)))))
(list (concat "\\(\\(" file "\\):\\([0-9]+\\)\\)[^\n]*\n"
"\\(\\(?:[ \t]*" test-case-gtest-message-lines
2 3 nil 1 4)))
(defun test-case-gtest-backend (command)
"google-test back-end for `test-case-mode'.
Since these tests can't be dynamically loaded, each test has to be
compiled into its own executable. The executable should have the same
name as the test, but without the extension. If it doesn't, customize
(case command
('name "gtest")
('supported (test-case-gtest-p))
('command (test-case-gtest-command))
('failure-pattern (test-case-gtest-failure-pattern))
('font-lock-keywords test-case-gtest-font-lock-keywords)))
;; ERT ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
(defcustom test-case-erc-emacs-executable (car command-line-args)
"The Emacs executable used to run ERT tests."
:group 'test-case
:type 'file)
(defun test-case-ert-p ()
(and (derived-mode-p 'emacs-lisp-mode)
(test-case-grep "([ \t]*ert-deftest")
(not (test-case-grep ";;; ert.el --- Emacs Lisp Regression Testing"))))
(defun test-case-ert-command ()
(format "%s -batch -l ert.el -L %s -l %s -f ert-run-tests-batch-and-exit"
(file-name-directory buffer-file-name)
(defvar test-case-ert-font-lock-keywords
'(("(\\(\\_<should\\_>\\)" (1 'test-case-assertion prepend))))
(defvar test-case-ert-failure-pattern
'("Test \\(.*\\) condition:\n\\(?: .*\n\\)*"
nil nil nil nil 0 1))
(defun test-case-ert-search-test (name)
;; Search the last match, because that's how ERT handles re-definitions.
(test-case-locate (concat "([\t ]*ert-deftest[\t ]*\\("
(regexp-quote name)
"\\)[\t ]*(")
(defun test-case-ert-backend (command)
(case command
('name "ERT")
('supported (test-case-ert-p))
('command (test-case-ert-command))
('save t)
('failure-pattern test-case-ert-failure-pattern)
('failure-locate-func 'test-case-ert-search-test)
('font-lock-keywords test-case-ert-font-lock-keywords)))
(provide 'test-case-mode)
;;; test-case-mode.el ends here
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