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author | Daniel Baumann <daniel.baumann@progress-linux.org> | 2024-04-07 16:14:06 +0000 |
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committer | Daniel Baumann <daniel.baumann@progress-linux.org> | 2024-04-07 16:14:06 +0000 |
commit | eee068778cb28ecf3c14e1bf843a95547d72c42d (patch) | |
tree | 0e07b30ddc5ea579d682d5dbe57998200d1c9ab7 /tests/gpgscm/tests.scm | |
parent | Initial commit. (diff) | |
download | gnupg2-eee068778cb28ecf3c14e1bf843a95547d72c42d.tar.xz gnupg2-eee068778cb28ecf3c14e1bf843a95547d72c42d.zip |
Adding upstream version 2.2.40.upstream/2.2.40
Signed-off-by: Daniel Baumann <daniel.baumann@progress-linux.org>
Diffstat (limited to '')
-rw-r--r-- | tests/gpgscm/tests.scm | 886 |
1 files changed, 886 insertions, 0 deletions
diff --git a/tests/gpgscm/tests.scm b/tests/gpgscm/tests.scm new file mode 100644 index 0000000..5141002 --- /dev/null +++ b/tests/gpgscm/tests.scm @@ -0,0 +1,886 @@ +;; Common definitions for writing tests. +;; +;; Copyright (C) 2016 g10 Code GmbH +;; +;; This file is part of GnuPG. +;; +;; GnuPG 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 3 of the License, or +;; (at your option) any later version. +;; +;; GnuPG is distributed in the hope that it will be useful, +;; but WITHOUT ANY WARRANTY; without even the implied warranty of +;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the +;; 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 <http://www.gnu.org/licenses/>. + +;; Reporting. +(define (echo . msg) + (for-each (lambda (x) (display x) (display " ")) msg) + (newline)) + +(define (info . msg) + (apply echo msg) + (flush-stdio)) + +(define (log . msg) + (if (> (*verbose*) 0) + (apply info msg))) + +(define (fail . msg) + (apply info msg) + (exit 1)) + +(define (skip . msg) + (apply info msg) + (exit 77)) + +(define (make-counter) + (let ((c 0)) + (lambda () + (let ((r c)) + (set! c (+ 1 c)) + r)))) + +(define *progress-nesting* 0) + +(define (call-with-progress msg what) + (set! *progress-nesting* (+ 1 *progress-nesting*)) + (if (= 1 *progress-nesting*) + (begin + (info msg) + (display " > ") + (flush-stdio) + (what (lambda (item) + (display item) + (display " ") + (flush-stdio))) + (info "< ")) + (begin + (what (lambda (item) (display ".") (flush-stdio))) + (display " ") + (flush-stdio))) + (set! *progress-nesting* (- *progress-nesting* 1))) + +(define (for-each-p msg proc lst . lsts) + (apply for-each-p' `(,msg ,proc ,(lambda (x . xs) x) ,lst ,@lsts))) + +(define (for-each-p' msg proc fmt lst . lsts) + (call-with-progress + msg + (lambda (progress) + (apply for-each + `(,(lambda args + (progress (apply fmt args)) + (apply proc args)) + ,lst ,@lsts))))) + +;; Process management. +(define CLOSED_FD -1) +(define (call-with-fds what infd outfd errfd) + (wait-process (stringify what) (spawn-process-fd what infd outfd errfd) #t)) +(define (call what) + (call-with-fds what + CLOSED_FD + (if (< (*verbose*) 0) STDOUT_FILENO CLOSED_FD) + (if (< (*verbose*) 0) STDERR_FILENO CLOSED_FD))) + +;; Accessor functions for the results of 'spawn-process'. +(define :stdin car) +(define :stdout cadr) +(define :stderr caddr) +(define :pid cadddr) + +(define (call-with-io what in) + (let ((h (spawn-process what 0))) + (es-write (:stdin h) in) + (es-fclose (:stdin h)) + (let* ((out (es-read-all (:stdout h))) + (err (es-read-all (:stderr h))) + (result (wait-process (car what) (:pid h) #t))) + (es-fclose (:stdout h)) + (es-fclose (:stderr h)) + (if (> (*verbose*) 2) + (info "Child" (:pid h) "returned:" + `((command ,(stringify what)) + (status ,result) + (stdout ,out) + (stderr ,err)))) + (list result out err)))) + +;; Accessor function for the results of 'call-with-io'. ':stdout' and +;; ':stderr' can also be used. +(define :retcode car) + +(define (call-check what) + (let ((result (call-with-io what ""))) + (if (= 0 (:retcode result)) + (:stdout result) + (throw (string-append (stringify what) " failed") + (:stderr result))))) + +(define (call-popen command input-string) + (let ((result (call-with-io command input-string))) + (if (= 0 (:retcode result)) + (:stdout result) + (throw (:stderr result))))) + +;; +;; estream helpers. +;; + +(define (es-read-all stream) + (let loop + ((acc "")) + (if (es-feof stream) + acc + (loop (string-append acc (es-read stream 4096)))))) + +;; +;; File management. +;; +(define (file-exists? name) + (call-with-input-file name (lambda (port) #t))) + +(define (file=? a b) + (file-equal a b #t)) + +(define (text-file=? a b) + (file-equal a b #f)) + +(define (file-copy from to) + (catch '() (unlink to)) + (letfd ((source (open from (logior O_RDONLY O_BINARY))) + (sink (open to (logior O_WRONLY O_CREAT O_BINARY) #o600))) + (splice source sink))) + +(define (text-file-copy from to) + (catch '() (unlink to)) + (letfd ((source (open from O_RDONLY)) + (sink (open to (logior O_WRONLY O_CREAT) #o600))) + (splice source sink))) + +(define (path-join . components) + (let loop ((acc #f) (rest (filter (lambda (s) + (not (string=? "" s))) components))) + (if (null? rest) + acc + (loop (if (string? acc) + (string-append acc "/" (car rest)) + (car rest)) + (cdr rest))))) +(assert (string=? (path-join "foo" "bar" "baz") "foo/bar/baz")) +(assert (string=? (path-join "" "bar" "baz") "bar/baz")) + +;; Is PATH an absolute path? +(define (absolute-path? path) + (or (char=? #\/ (string-ref path 0)) + (and *win32* (char=? #\\ (string-ref path 0))) + (and *win32* + (char-alphabetic? (string-ref path 0)) + (char=? #\: (string-ref path 1)) + (or (char=? #\/ (string-ref path 2)) + (char=? #\\ (string-ref path 2)))))) + +;; Make PATH absolute. +(define (canonical-path path) + (if (absolute-path? path) path (path-join (getcwd) path))) + +(define (in-srcdir . names) + (canonical-path (apply path-join (cons (getenv "abs_top_srcdir") names)))) + +;; Split a list of paths. +(define (pathsep-split s) + (string-split s *pathsep*)) + +;; Join a list of paths. +(define (pathsep-join paths) + (foldr (lambda (a b) (string-append a (string *pathsep*) b)) + (car paths) + (cdr paths))) + +;; Try to find NAME in PATHS. Returns the full path name on success, +;; or raises an error. +(define (path-expand name paths) + (let loop ((path paths)) + (if (null? path) + (throw "Could not find" name "in" paths) + (let* ((qualified-name (path-join (car path) name)) + (file-exists (call-with-input-file qualified-name + (lambda (x) #t)))) + (if file-exists + qualified-name + (loop (cdr path))))))) + +;; Expand NAME using the gpgscm load path. Use like this: +;; (load (with-path "library.scm")) +(define (with-path name) + (catch name + (path-expand name (pathsep-split (getenv "GPGSCM_PATH"))))) + +(define (basename path) + (let ((i (string-index path #\/))) + (if (equal? i #f) + path + (basename (substring path (+ 1 i) (string-length path)))))) + +(define (basename-suffix path suffix) + (basename + (if (string-suffix? path suffix) + (substring path 0 (- (string-length path) (string-length suffix))) + path))) + +(define (dirname path) + (let ((i (string-rindex path #\/))) + (if i (substring path 0 i) "."))) +(assert (string=? "foo/bar" (dirname "foo/bar/baz"))) + +;; Helper for (pipe). +(define :read-end car) +(define :write-end cadr) + +;; let-like macro that manages file descriptors. +;; +;; (letfd <bindings> <body>) +;; +;; Bind all variables given in <bindings> and initialize each of them +;; to the given initial value, and close them after evaluating <body>. +(define-macro (letfd bindings . body) + (let bind ((bindings' bindings)) + (if (null? bindings') + `(begin ,@body) + (let* ((binding (car bindings')) + (name (car binding)) + (initializer (cadr binding))) + `(let ((,name ,initializer)) + (finally (close ,name) + ,(bind (cdr bindings')))))))) + +(define-macro (with-working-directory new-directory . expressions) + (let ((new-dir (gensym)) + (old-dir (gensym))) + `(let* ((,new-dir ,new-directory) + (,old-dir (getcwd))) + (dynamic-wind + (lambda () (if ,new-dir (chdir ,new-dir))) + (lambda () ,@expressions) + (lambda () (chdir ,old-dir)))))) + +;; Make a temporary directory. If arguments are given, they are +;; joined using path-join, and must end in a component ending in +;; "XXXXXX". If no arguments are given, a suitable location and +;; generic name is used. Returns an absolute path. +(define (mkdtemp . components) + (canonical-path (_mkdtemp (if (null? components) + (path-join + (get-temp-path) + (string-append "gpgscm-" (get-isotime) "-" + (basename-suffix *scriptname* ".scm") + "-XXXXXX")) + (apply path-join components))))) + +;; Make a temporary directory and remove it at interpreter shutdown. +;; Note that there are macros that limit the lifetime of temporary +;; directories and files to a lexical scope. Use those if possible. +;; Otherwise this works like mkdtemp. +(define (mkdtemp-autoremove . components) + (let ((dir (apply mkdtemp components))) + (atexit (lambda () (unlink-recursively dir))) + dir)) + +(define-macro (with-temporary-working-directory . expressions) + (let ((tmp-sym (gensym))) + `(let* ((,tmp-sym (mkdtemp))) + (finally (unlink-recursively ,tmp-sym) + (with-working-directory ,tmp-sym + ,@expressions))))) + +(define (make-temporary-file . args) + (canonical-path (path-join + (mkdtemp) + (if (null? args) "a" (car args))))) + +(define (remove-temporary-file filename) + (catch '() + (unlink filename)) + (let ((dirname (substring filename 0 (string-rindex filename #\/)))) + (catch (echo "removing temporary directory" dirname "failed") + (rmdir dirname)))) + +;; let-like macro that manages temporary files. +;; +;; (lettmp <bindings> <body>) +;; +;; Bind all variables given in <bindings>, initialize each of them to +;; a string representing an unique path in the filesystem, and delete +;; them after evaluating <body>. +(define-macro (lettmp bindings . body) + (let bind ((bindings' bindings)) + (if (null? bindings') + `(begin ,@body) + (let ((name (car bindings')) + (rest (cdr bindings'))) + `(let ((,name (make-temporary-file ,(symbol->string name)))) + (finally (remove-temporary-file ,name) + ,(bind rest))))))) + +(define (check-execution source transformer) + (lettmp (sink) + (transformer source sink))) + +(define (check-identity source transformer) + (lettmp (sink) + (transformer source sink) + (if (not (file=? source sink)) + (fail "mismatch")))) + +;; +;; Monadic pipe support. +;; + +(define pipeM + (package + (define (new procs source sink producer) + (package + (define (dump) + (write (list procs source sink producer)) + (newline)) + (define (add-proc command pid) + (new (cons (list command pid) procs) source sink producer)) + (define (commands) + (map car procs)) + (define (pids) + (map cadr procs)) + (define (set-source source') + (new procs source' sink producer)) + (define (set-sink sink') + (new procs source sink' producer)) + (define (set-producer producer') + (if producer + (throw "producer already set")) + (new procs source sink producer')))))) + + +(define (pipe:do . commands) + (let loop ((M (pipeM::new '() CLOSED_FD CLOSED_FD #f)) (cmds commands)) + (if (null? cmds) + (begin + (if M::producer (M::producer)) + (if (not (null? M::procs)) + (let* ((retcodes (wait-processes (map stringify (M::commands)) + (M::pids) #t)) + (results (map (lambda (p r) (append p (list r))) + M::procs retcodes)) + (failed (filter (lambda (x) (not (= 0 (caddr x)))) + results))) + (if (not (null? failed)) + (throw failed))))) ; xxx nicer reporting + (if (and (= 2 (length cmds)) (number? (cadr cmds))) + ;; hack: if it's an fd, use it as sink + (let ((M' ((car cmds) (M::set-sink (cadr cmds))))) + (if (> M::source 2) (close M::source)) + (if (> (cadr cmds) 2) (close (cadr cmds))) + (loop M' '())) + (let ((M' ((car cmds) M))) + (if (> M::source 2) (close M::source)) + (loop M' (cdr cmds))))))) + +(define (pipe:open pathname flags) + (lambda (M) + (M::set-source (open pathname flags)))) + +(define (pipe:defer producer) + (lambda (M) + (let* ((p (outbound-pipe)) + (M' (M::set-source (:read-end p)))) + (M'::set-producer (lambda () + (producer (:write-end p)) + (close (:write-end p))))))) +(define (pipe:echo data) + (pipe:defer (lambda (sink) (display data (fdopen sink "wb"))))) + +(define (pipe:spawn command) + (lambda (M) + (define (do-spawn M new-source) + (let ((pid (spawn-process-fd command M::source M::sink + (if (> (*verbose*) 0) + STDERR_FILENO CLOSED_FD))) + (M' (M::set-source new-source))) + (M'::add-proc command pid))) + (if (= CLOSED_FD M::sink) + (let* ((p (pipe)) + (M' (do-spawn (M::set-sink (:write-end p)) (:read-end p)))) + (close (:write-end p)) + (M'::set-sink CLOSED_FD)) + (do-spawn M CLOSED_FD)))) + +(define (pipe:splice sink) + (lambda (M) + (splice M::source sink) + (M::set-source CLOSED_FD))) + +(define (pipe:write-to pathname flags mode) + (open pathname flags mode)) + +;; +;; Monadic transformer support. +;; + +(define (tr:do . commands) + (let loop ((tmpfiles '()) (source #f) (cmds commands)) + (if (null? cmds) + (for-each remove-temporary-file tmpfiles) + (let* ((v ((car cmds) tmpfiles source)) + (tmpfiles' (car v)) + (sink (cadr v)) + (error (caddr v))) + (if error + (begin + (for-each remove-temporary-file tmpfiles') + (apply throw error))) + (loop tmpfiles' sink (cdr cmds)))))) + +(define (tr:open pathname) + (lambda (tmpfiles source) + (list tmpfiles pathname #f))) + +(define (tr:spawn input command) + (lambda (tmpfiles source) + (if (and (member '**in** command) (not source)) + (fail (string-append (stringify cmd) " needs an input"))) + (let* ((t (make-temporary-file)) + (cmd (map (lambda (x) + (cond + ((equal? '**in** x) source) + ((equal? '**out** x) t) + (else x))) command))) + (catch (list (cons t tmpfiles) t *error*) + (call-popen cmd input) + (if (and (member '**out** command) (not (file-exists? t))) + (fail (string-append (stringify cmd) + " did not produce '" t "'."))) + (list (cons t tmpfiles) t #f))))) + +(define (tr:write-to pathname) + (lambda (tmpfiles source) + (rename source pathname) + (list tmpfiles pathname #f))) + +(define (tr:pipe-do . commands) + (lambda (tmpfiles source) + (let ((t (make-temporary-file))) + (apply pipe:do + `(,@(if source `(,(pipe:open source (logior O_RDONLY O_BINARY))) '()) + ,@commands + ,(pipe:write-to t (logior O_WRONLY O_BINARY O_CREAT) #o600))) + (list (cons t tmpfiles) t #f)))) + +(define (tr:assert-identity reference) + (lambda (tmpfiles source) + (if (not (file=? source reference)) + (fail "mismatch")) + (list tmpfiles source #f))) + +(define (tr:assert-weak-identity reference) + (lambda (tmpfiles source) + (if (not (text-file=? source reference)) + (fail "mismatch")) + (list tmpfiles source #f))) + +(define (tr:call-with-content function . args) + (lambda (tmpfiles source) + (catch (list tmpfiles source *error*) + (apply function `(,(call-with-input-file source read-all) ,@args))) + (list tmpfiles source #f))) + +;; +;; Developing and debugging tests. +;; + +;; Spawn an os shell. +(define (interactive-shell) + (call-with-fds `(,(getenv "SHELL") -i) 0 1 2)) + +;; +;; The main test framework. +;; + +(define semaphore + (package + (define (new n) + (package + (define (acquire!?) + (if (> n 0) + (begin + (set! n (- n 1)) + #t) + #f)) + (define (release!) + (set! n (+ n 1))))))) + +;; A pool of tests. +(define test-pool + (package + (define (new n) + (package + ;; A semaphore to restrict the number of spawned processes. + (define sem (semaphore::new n)) + + ;; A list of enqueued, but not yet run tests. + (define enqueued '()) + + ;; A list of running or finished processes. + (define procs '()) + + (define (add test) + (if (test::started?) + (set! procs (cons test procs)) + (if (sem::acquire!?) + (add (test::run-async)) + (set! enqueued (cons test enqueued)))) + (current-environment)) + + ;; Pop the last of the enqueued tests off the fifo queue. + (define (pop-test!) + (let ((i (length enqueued))) + (assert (> i 0)) + (cond + ((= i 1) + (let ((test (car enqueued))) + (set! enqueued '()) + test)) + (else + (let* ((tail (list-tail enqueued (- i 2))) + (test (cadr tail))) + (set-cdr! tail '()) + (assert (= (length enqueued) (- i 1))) + test))))) + + (define (pid->test pid) + (let ((t (filter (lambda (x) (= pid x::pid)) procs))) + (if (null? t) #f (car t)))) + (define (wait) + (if (null? enqueued) + ;; If no tests are enqueued, we can just block until all + ;; of them finished. + (wait' #t) + ;; Otherwise, we must not block, but give some tests the + ;; chance to finish so that we can start new ones. + (begin + (wait' #f) + (usleep (/ 1000000 10)) + (wait)))) + (define (wait' hang) + (let ((unfinished (filter (lambda (t) (not t::retcode)) procs))) + (if (null? unfinished) + (current-environment) + (let ((names (map (lambda (t) t::name) unfinished)) + (pids (map (lambda (t) t::pid) unfinished)) + (any #f)) + (for-each + (lambda (test retcode) + (unless (< retcode 0) + (test::set-end-time!) + (test:::set! 'retcode retcode) + (test::report) + (sem::release!) + (set! any #t))) + (map pid->test pids) + (wait-processes (map stringify names) pids hang)) + + ;; If some processes finished, try to start new ones. + (let loop () + (cond + ((not any) #f) + ((pair? enqueued) + (if (sem::acquire!?) + (let ((test (pop-test!))) + (add (test::run-async)) + (loop))))))))) + (current-environment)) + (define (filter-tests status) + (filter (lambda (p) (eq? status (p::status))) procs)) + (define (report) + (define (print-tests tests message) + (unless (null? tests) + (apply echo (cons message + (map (lambda (t) t::name) tests))))) + + (let ((failed (filter-tests 'FAIL)) + (xfailed (filter-tests 'XFAIL)) + (xpassed (filter-tests 'XPASS)) + (skipped (filter-tests 'SKIP))) + (echo "===================") + (echo (length procs) "tests run," + (length (filter-tests 'PASS)) "succeeded," + (length failed) "failed," + (length xfailed) "failed expectedly," + (length xpassed) "succeeded unexpectedly," + (length skipped) "skipped.") + (print-tests failed "Failed tests:") + (print-tests xfailed "Expectedly failed tests:") + (print-tests xpassed "Unexpectedly passed tests:") + (print-tests skipped "Skipped tests:") + (echo "===================") + (+ (length failed) (length xpassed)))) + + (define (xml) + (xx::document + (xx::tag 'testsuites + `((xmlns:xsi "http://www.w3.org/2001/XMLSchema-instance") + ("xsi:noNamespaceSchemaLocation" + "https://windyroad.com.au/dl/Open%20Source/JUnit.xsd")) + (map (lambda (t) (t::xml)) procs)))))))) + +(define (verbosity n) + (if (= 0 n) '() (cons '--verbose (verbosity (- n 1))))) + +(define (locate-test path) + (if (absolute-path? path) path (in-srcdir path))) + +;; A single test. +(define test + (begin + + ;; Private definitions. + + (define (isotime->junit t) + "[0-9]{4}-[0-9]{2}-[0-9]{2}T[0-9]{2}:[0-9]{2}:[0-9]{2}" + "20170418T145809" + (string-append (substring t 0 4) + "-" + (substring t 4 6) + "-" + (substring t 6 11) + ":" + (substring t 11 13) + ":" + (substring t 13 15))) + + ;; If a tests name ends with a bang (!), it is expected to fail. + (define (expect-failure? name) + (string-suffix? name "!")) + ;; Strips the bang (if any). + (define (test-name name) + (if (expect-failure? name) + (substring name 0 (- (string-length name) 1)) + name)) + + (package + (define (scm setup name path . args) + ;; Start the process. + (define (spawn-scm args' in out err) + (spawn-process-fd `(,*argv0* ,@(verbosity (*verbose*)) + ,(locate-test (test-name path)) + ,@(if setup (force setup) '()) + ,@args' ,@args) in out err)) + (new name #f spawn-scm #f #f CLOSED_FD (expect-failure? name))) + + (define (binary setup name path . args) + ;; Start the process. + (define (spawn-binary args' in out err) + (spawn-process-fd `(,(test-name path) + ,@(if setup (force setup) '()) ,@args' ,@args) + in out err)) + (new name #f spawn-binary #f #f CLOSED_FD (expect-failure? name))) + + (define (new name directory spawn pid retcode logfd expect-failure) + (package + + ;; XXX: OO glue. + (define self (current-environment)) + (define (:set! key value) + (eval `(set! ,key ,value) (current-environment)) + (current-environment)) + + ;; The log is written here. + (define log-file-name #f) + + ;; Record time stamps. + (define timestamp #f) + (define start-time 0) + (define end-time 0) + + (define (set-start-time!) + (set! timestamp (isotime->junit (get-isotime))) + (set! start-time (get-time))) + (define (set-end-time!) + (set! end-time (get-time))) + + ;; Has the test been started yet? + (define (started?) + (number? pid)) + + (define (open-log-file) + (unless log-file-name + (set! log-file-name (string-append (basename name) ".log"))) + (catch '() (unlink log-file-name)) + (open log-file-name (logior O_RDWR O_BINARY O_CREAT) #o600)) + + (define (run-sync . args) + (set-start-time!) + (letfd ((log (open-log-file))) + (with-working-directory directory + (let* ((p (inbound-pipe)) + (pid' (spawn args 0 (:write-end p) (:write-end p)))) + (close (:write-end p)) + (splice (:read-end p) STDERR_FILENO log) + (close (:read-end p)) + (set! pid pid') + (set! retcode (wait-process name pid' #t))))) + (report) + (current-environment)) + (define (run-sync-quiet . args) + (set-start-time!) + (with-working-directory directory + (set! pid (spawn args CLOSED_FD CLOSED_FD CLOSED_FD))) + (set! retcode (wait-process name pid #t)) + (set-end-time!) + (current-environment)) + (define (run-async . args) + (set-start-time!) + (let ((log (open-log-file))) + (with-working-directory directory + (set! pid (spawn args CLOSED_FD log log))) + (set! logfd log)) + (current-environment)) + (define (status) + (let* ((t' (assoc retcode '((0 PASS) (77 SKIP) (99 ERROR)))) + (t (if (not t') 'FAIL (cadr t')))) + (if expect-failure + (case t ((PASS) 'XPASS) ((FAIL) 'XFAIL) (else t)) + t))) + (define (status-string) + (cadr (assoc (status) '((PASS "PASS") + (SKIP "SKIP") + (ERROR "ERROR") + (FAIL "FAIL") + (XPASS "XPASS") + (XFAIL "XFAIL"))))) + (define (report) + (unless (= logfd CLOSED_FD) + (seek logfd 0 SEEK_SET) + (splice logfd STDERR_FILENO) + (close logfd)) + (echo (string-append (status-string) ":") name)) + + (define (xml) + (xx::tag + 'testsuite + `((name ,name) + (time ,(- end-time start-time)) + (package ,(dirname name)) + (id 0) + (timestamp ,timestamp) + (hostname "unknown") + (tests 1) + (failures ,(if (eq? FAIL (status)) 1 0)) + (errors ,(if (eq? ERROR (status)) 1 0))) + (list + (xx::tag 'properties) + (xx::tag 'testcase + `((name ,(basename name)) + (classname ,(string-translate (dirname name) "/" ".")) + (time ,(- end-time start-time))) + `(,@(case (status) + ((PASS XFAIL) '()) + ((SKIP) (list (xx::tag 'skipped))) + ((ERROR) (list + (xx::tag 'error '((message "Unknown error."))))) + (else + (list (xx::tag 'failure '((message "Unknown error.")))))))) + (xx::tag 'system-out '() + (list (xx::textnode (read-all (open-input-file log-file-name))))) + (xx::tag 'system-err '() (list (xx::textnode ""))))))))))) + +;; Run the setup target to create an environment, then run all given +;; tests in parallel. +(define (run-tests-parallel tests n) + (let loop ((pool (test-pool::new n)) (tests' tests)) + (if (null? tests') + (let ((results (pool::wait))) + ((results::xml) (open-output-file "report.xml")) + (exit (results::report))) + (let ((wd (mkdtemp-autoremove)) + (test (car tests'))) + (test:::set! 'directory wd) + (loop (pool::add test) + (cdr tests')))))) + +;; Run the setup target to create an environment, then run all given +;; tests in sequence. +(define (run-tests-sequential tests) + (let loop ((pool (test-pool::new 1)) (tests' tests)) + (if (null? tests') + (let ((results (pool::wait))) + ((results::xml) (open-output-file "report.xml")) + (exit (results::report))) + (let ((wd (mkdtemp-autoremove)) + (test (car tests'))) + (test:::set! 'directory wd) + (loop (pool::add (test::run-sync)) + (cdr tests')))))) + +;; Run tests either in sequence or in parallel, depending on the +;; number of tests and the command line flags. +(define (run-tests tests) + (let ((parallel (flag "--parallel" *args*)) + (default-parallel-jobs 32)) + (if (and parallel (> (length tests) 1)) + (run-tests-parallel tests (if (and (pair? parallel) + (string->number (car parallel))) + (string->number (car parallel)) + default-parallel-jobs)) + (run-tests-sequential tests)))) + +;; Load all tests from the given path. +(define (load-tests . path) + (load (apply in-srcdir `(,@path "all-tests.scm"))) + all-tests) + +;; Helper to create environment caches from test functions. SETUP +;; must be a test implementing the producer side cache protocol. +;; Returns a promise containing the arguments that must be passed to a +;; test implementing the consumer side of the cache protocol. +(define (make-environment-cache setup) + (delay (with-temporary-working-directory + (let ((tarball (make-temporary-file "environment-cache"))) + (atexit (lambda () (remove-temporary-file tarball))) + (setup::run-sync '--create-tarball tarball) + (if (not (equal? 'PASS (setup::status))) + (fail "Setup failed.")) + `(--unpack-tarball ,tarball))))) + +;; Command line flag handling. Returns the elements following KEY in +;; ARGUMENTS up to the next argument, or #f if KEY is not in +;; ARGUMENTS. If 'KEY=XYZ' is encountered, then the singleton list +;; containing 'XYZ' is returned. +(define (flag key arguments) + (cond + ((null? arguments) + #f) + ((string=? key (car arguments)) + (let loop ((acc '()) + (args (cdr arguments))) + (if (or (null? args) (string-prefix? (car args) "--")) + (reverse acc) + (loop (cons (car args) acc) (cdr args))))) + ((string-prefix? (car arguments) (string-append key "=")) + (list (substring (car arguments) + (+ (string-length key) 1) + (string-length (car arguments))))) + ((string=? "--" (car arguments)) + #f) + (else + (flag key (cdr arguments))))) +(assert (equal? (flag "--xxx" '("--yyy")) #f)) +(assert (equal? (flag "--xxx" '("--xxx")) '())) +(assert (equal? (flag "--xxx" '("--xxx" "yyy")) '("yyy"))) +(assert (equal? (flag "--xxx" '("--xxx=foo" "yyy")) '("foo"))) +(assert (equal? (flag "--xxx" '("--xxx" "yyy" "zzz")) '("yyy" "zzz"))) +(assert (equal? (flag "--xxx" '("--xxx" "yyy" "zzz" "--")) '("yyy" "zzz"))) +(assert (equal? (flag "--xxx" '("--xxx" "yyy" "--" "zzz")) '("yyy"))) +(assert (equal? (flag "--" '("--" "xxx" "yyy" "--" "zzz")) '("xxx" "yyy"))) |