;; See the file LICENSE for the full license governing this code.
;; imap testing
;; requires smtp module too
(eval-when (compile load eval)
(require :rfc2822)
(require :smtp)
(require :imap)
(require :test))
(in-package :test)
(defparameter *test-machine* "tiger.franz.com")
(defparameter *test-account* "jkfmail")
(defparameter *test-password* "jkf.imap")
(defparameter *test-email* (format nil "~a@~a" *test-account* *test-machine*))
(defun test-connect ()
;; test connecting and disconnecting from the server
(let ((mb (net.post-office:make-imap-connection *test-machine*
:user *test-account*
:password *test-password*)))
(unwind-protect
(progn
(test-t (not (null mb))) ; make sure we got a mailbox object
; check that we've stored resonable values in the mb object
(test-equal "/" (net.post-office:mailbox-separator mb))
(test-t (net.post-office::select-mailbox mb "inbox"))
(test-t (> (net.post-office:mailbox-uidvalidity mb) 0))
(test-t (not (null (net.post-office:mailbox-flags mb)))))
(test-t (net.post-office:close-connection mb)))))
(defun test-sends ()
;; test sending and reading mail
(let ((mb (net.post-office:make-imap-connection *test-machine*
:user *test-account*
:password *test-password*)))
(unwind-protect
(progn
(test-t (not (null mb))) ; make sure we got a mailbox object
;; go through the mailboxes and delete all letters
(dolist (mblist (net.post-office:mailbox-list mb :pattern "*"))
(if* (not (member :\\noselect (net.post-office:mailbox-list-flags mblist)))
then (net.post-office:select-mailbox mb (net.post-office:mailbox-list-name mblist))
(let ((count (net.post-office:mailbox-message-count mb)))
; remove all old mail
(if* (> count 0)
then (net.post-office:alter-flags mb `(:seq 1 ,count) :add-flags :\\deleted)
(net.post-office:expunge-mailbox mb)
(test-eql 0 (net.post-office:mailbox-message-count mb)))
; remove mailbox (except inbox)
(if* (not (equalp "inbox" (net.post-office:mailbox-list-name mblist)))
then ; must not be selected if we want to del
(net.post-office:select-mailbox mb "inbox")
(net.post-office:delete-mailbox mb (net.post-office:mailbox-list-name mblist)))
)))
;; send five letters
(dotimes (i 5)
(net.post-office:send-smtp *test-machine*
*test-email*
*test-email*
(format nil "message number ~d" (1+ i))))
; test to see if imap figures out that the letters are there
(net.post-office:select-mailbox mb "inbox")
; wait a bit for the mail to be delivered
(dotimes (i 5)
(if* (not (eql 5 (net.post-office:mailbox-message-count mb)))
then (sleep 1)
(net.post-office: noop mb)))
(test-eql 5 (net.post-office:mailbox-message-count mb))
; test the search facility
; look for the message number we put in each message.
; I hope the letters get delivered in order...
(dotimes (i 5)
(let ((mn (1+ i)))
(test-equal (list mn)
(net.post-office:search-mailbox mb
`(:body ,(format nil "~d" mn))))))
; test getting data from mail message
(let ((fetch-info (net.post-office:fetch-parts mb
1
"(envelope body[1])")))
(let ((envelope (net.post-office:fetch-field 1 "envelope" fetch-info))
(body (net.post-office:fetch-field 1 "body[1]" fetch-info)))
(test-equal "jkfmail" (net.post-office:address-mailbox
(car (net.post-office:envelope-from envelope))))
(test-nil (net.post-office:address-mailbox
(car (net.post-office:envelope-to envelope))))
(test-equal (format nil "message number 1~c" #\newline)
body))))
(test-t (net.post-office:close-connection mb)))))
(defun test-flags ()
;; test setting and getting flags
;;
;; assume we have 5 messages in inbox at this time
;;
(let ((mb (net.post-office:make-imap-connection *test-machine*
:user *test-account*
:password *test-password*)))
(unwind-protect
(progn
(net.post-office:select-mailbox mb "inbox")
(let ((flags (net.post-office:fetch-field 3
"flags"
(net.post-office:fetch-parts
mb 3 "flags"))))
(test-nil flags))
;; add flags
(let ((info (net.post-office:alter-flags mb 3 :add-flags :\\deleted)))
(test-equal '(:\\deleted)
(net.post-office:fetch-field 3 "flags" info)))
; good bye message
(test-equal '(3) (net.post-office:expunge-mailbox mb))
(net.post-office:alter-flags mb 4 :add-flags ':\\bbbb)
(test-equal '(:\\bbbb)
(net.post-office:fetch-field 4 "flags"
(net.post-office:fetch-parts mb 4
"flags")))
)
(test-t (net.post-office:close-connection mb)))))
(defun test-mailboxes ()
;; should be 4 messages now in inbox
;; let's create 4 mailboxes, one for each letter
(let ((mb (net.post-office:make-imap-connection *test-machine*
:user *test-account*
:password *test-password*)))
(unwind-protect
(progn
(net.post-office:select-mailbox mb "inbox")
(dotimes (i 4)
(let ((mbname (format nil "temp/mb~d" i)))
(test-t (net.post-office:create-mailbox mb mbname))
(net.post-office:copy-to-mailbox mb (1+ i) mbname)))
; now check that each new mailbox has one message
(dotimes (i 4)
(let ((mbname (format nil "temp/mb~d" i)))
(net.post-office:select-mailbox mb mbname)
(test-eql 1 (net.post-office:mailbox-message-count mb)))))
(test-t (net.post-office:close-connection mb)))))
(defun test-pop ()
;; test out the pop interface to the mailbox.
(let ((pb (net.post-office:make-pop-connection *test-machine*
:user *test-account*
:password *test-password*)))
; still from before
(test-eql 4 (net.post-office:mailbox-message-count pb))
(test-eql 4 (length (net.post-office:unique-id pb)))
(net.post-office:delete-letter pb '(:seq 2 3))
(test-eql 2 (length (net.post-office:unique-id pb)))
(test-eql 4 (and :second (net.post-office:mailbox-message-count pb)))
(net.post-office:noop pb)
(test-eql 2 (and :third (net.post-office:mailbox-message-count pb)))
(net.post-office:fetch-letter pb 1)
(test-err (net.post-office:fetch-letter pb 2))
(test-err (net.post-office:fetch-letter pb 3))
(net.post-office:fetch-letter pb 4)
(net.post-office:close-connection pb)
(setq pb (net.post-office:make-pop-connection *test-machine*
:user *test-account*
:password *test-password*))
(test-eql 2 (and :fourth (net.post-office:mailbox-message-count pb)))
(net.post-office:fetch-letter pb 1) ; just make sure there's no error
(net.post-office:top-lines pb 1 1) ; just make sure there's no error
(net.post-office:make-envelope-from-text (net.post-office:top-lines pb 1 0))
(net.post-office:close-connection pb)))
(defun test-mime ()
(test-equal
"foobar baz"
(net.post-office:decode-header-text "=?utf-8?q?foo?=
=?utf-8?q?bar?= baz"))
(test-equal
"before brucejones hello"
(net.post-office:decode-header-text "before =?utf-8?q?bruce?= =?utf-8?q?jones?= hello"))
(test-equal
"[Franz Wiki] Update of \"Office/EmployeeDirectory\" by SteveHaflich"
(net.post-office:decode-header-text "=?utf-8?q?=5BFranz_Wiki=5D_Update_of_=22Office/EmployeeDirectory=22_by_St?=
=?utf-8?q?eveHaflich?="))
)
(defun test-parse-email-address ()
(dolist (good `(("foo@bar.com" "foo" "bar.com")
("layer@franz.com" "layer" "franz.com")
("
layer@franz.com" "layer" "franz.com")
(,(replace-re "XXlayer@franz.comX X"
"X"
(format nil "~c" #\newline)
:single-line t)
"layer" "franz.com")
(,(replace-re "XXlayer@franz.comX X"
"X"
(format nil "~c" #\return)
:single-line t)
"layer" "franz.com")
;; local-part length = 64
("1234567890123456789012345678901234567890123456789012345678901234@foo.com"
"1234567890123456789012345678901234567890123456789012345678901234"
"foo.com")
))
(multiple-value-bind (local-part domain)
(net.mail:parse-email-address (first good))
(test-equal (second good) local-part)
(test-equal (third good) domain)))
(dolist (bad (list "@foo.com"
;; local-part length = 65
"12345678901234567890123456789012345678901234567890123456789012345@foo.com"
))
(test-nil (net.mail:parse-email-address bad)))
)
(defun test-imap ()
(handler-bind ((net.post-office:po-condition
#'(lambda (con)
(format t "Got imap condition: ~a~%" con))))
(test-mime)
(test-parse-email-address)
;;;; Only jkf is setup to run the tests.
(when (string= "jkf" (sys:getenv "USER"))
(test-connect)
(test-sends)
(test-flags)
(test-mailboxes)
(test-pop)
)))
(if* *do-test* then (do-test :imap #'test-imap))