mirror of git://git.gnupg.org/gnupg.git
231 lines
8.0 KiB
Scheme
Executable File
231 lines
8.0 KiB
Scheme
Executable File
#!/usr/bin/env gpgscm
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;; Copyright (C) 2016-2017 g10 Code GmbH
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;;
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;; This file is part of GnuPG.
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;;
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;; GnuPG is free software; you can redistribute it and/or modify
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;; it under the terms of the GNU General Public License as published by
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;; the Free Software Foundation; either version 3 of the License, or
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;; (at your option) any later version.
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;;
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;; GnuPG is distributed in the hope that it will be useful,
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;; but WITHOUT ANY WARRANTY; without even the implied warranty of
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;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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;; GNU General Public License for more details.
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;;
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;; You should have received a copy of the GNU General Public License
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;; along with this program; if not, see <http://www.gnu.org/licenses/>.
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(load (in-srcdir "tests" "openpgp" "defs.scm"))
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(load (with-path "time.scm"))
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(setup-environment)
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(define (exact id)
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(string-append "=" id))
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(define (count-uids-of-secret-key id)
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(length (filter (lambda (x) (and (string=? "uid" (car x))
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(not (string=? "r" (cadr x)))))
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(gpg-with-colons
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`(--with-fingerprint
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--list-secret-keys ,(exact id))))))
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(define alpha "Alpha <alpha@invalid.example.net>")
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(define bravo "Bravo <bravo@invalid.example.net>")
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(define bravohash "F75B1420CC5881F4005333379355CFF5873094DE")
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(define charlie "Charlie <charlie@invalid.example.net>")
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(define delta "Delta <delta@invalid.example.net>")
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(define deltahash "359DC5EFF98B14A58AAA615C638E8BD0CEDA537B")
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(define (key-data key)
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(filter (lambda (x) (or (string=? (car x) "pub")
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(string=? (car x) "sub")))
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(gpg-with-colons `(-k ,key))))
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(setenv "PINENTRY_USER_DATA" "test" #t)
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(info "Checking quick key generation...")
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(call-check `(,@GPG --quick-generate-key ,alpha))
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(define keyinfo (gpg-with-colons `(-k ,(exact alpha))))
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(define fpr (:fpr (assoc "fpr" keyinfo)))
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(assert (= 1 (count-uids-of-secret-key alpha)))
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(assert (not (equal? "" (:expire (assoc "pub" keyinfo)))))
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(info "Checking that we can add a user ID...")
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;; Make sure the key capabilities don't change when we add a user id.
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;; (See bug #2697.)
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(let ((pre (key-data (exact alpha)))
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(result (call-check `(,@GPG --quick-add-uid ,(exact alpha) ,bravo)))
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(post (key-data (exact alpha))))
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(if (not (equal? pre post))
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(begin
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(display "Key capabilities changed when adding a user id:")
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(newline)
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(display " Pre: ")
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(display pre)
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(newline)
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(display " Post: ")
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(display post)
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(newline)
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(exit 1))))
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(assert (= 2 (count-uids-of-secret-key alpha)))
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(assert (= 2 (count-uids-of-secret-key bravo)))
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(info "Checking that we can mark an user ID as primary.")
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(call-check `(,@gpg --quick-set-primary-uid ,(exact alpha) ,alpha))
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(info "Checking that we can mark a user ID as primary by its hash...")
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(call-check `(,@gpg --quick-set-primary-uid ,(exact alpha) ,bravohash))
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;; XXX I don't know how to verify this. The keylisting does not seem
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;; to indicate the primary UID.
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(info "Checking that we get an error making non-existent user ID the primary one.")
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(catch '()
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(call-check `(,@GPG --quick-set-primary-uid ,(exact alpha) ,charlie))
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(error "Expected an error, but get none."))
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(info "Checking that we can revoke a user ID...")
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(call-check `(,@GPG --quick-revoke-uid ,(exact bravo) ,alpha))
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(info "Checking that we can revoke a user ID by its hash...")
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(call-check `(,@GPG --quick-add-uid ,(exact bravo) ,delta))
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(call-check `(,@GPG --quick-revoke-uid ,(exact bravo) ,deltahash))
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(info "Checking that we get an error revoking a non-existent user ID.")
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(catch '()
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(call-check `(,@GPG --quick-revoke-uid ,(exact bravo) ,charlie))
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(error "Expected an error, but get none."))
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(info "Checking that we get an error revoking the last valid user ID.")
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(catch '()
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(call-check `(,@GPG --quick-revoke-uid ,(exact bravo) ,bravo))
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(error "Expected an error, but get none."))
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(assert (= 1 (count-uids-of-secret-key bravo)))
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(info "Checking that we can change the expiration time.")
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(define (expiration-time id)
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(:expire (assoc "pub" (gpg-with-colons `(-k ,id)))))
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;; Remove the expiration date.
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(call-check `(,@gpg --quick-set-expire ,fpr "0"))
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(assert (equal? "" (expiration-time fpr)))
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;; Make the key expire in one year.
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(call-check `(,@gpg --quick-set-expire ,fpr "1y"))
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(assert (time-matches? (+ (get-time) (years->seconds 1))
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(string->number (expiration-time fpr))
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(minutes->seconds 5)))
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;;
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;; Check --quick-addkey
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;;
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;; Get the subkeys.
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(define (get-subkeys)
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(filter (lambda (x) (equal? "sub" (car x)))
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(gpg-with-colons `(-k ,fpr))))
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;; This keeps track of the number of subkeys.
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(define count (length (get-subkeys)))
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(for-each-p
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"Checking that we can add subkeys..."
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(lambda (args check)
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(set! count (+ 1 count))
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(call-check `(,@gpg --quick-add-key ,fpr ,@args))
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(let ((subkeys (get-subkeys)))
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(assert (= count (length subkeys)))
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(if check (check (last subkeys)))))
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;; A bunch of arguments...
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'(()
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(- - -)
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(default default never)
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(rsa "sign auth encr" "seconds=600") ;; GPGME uses this
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(rsa "auth,encr" "2") ;; "without a letter, days is assumed"
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;; Sadly, the timestamp is truncated by the use of time_t on
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;; systems where time_t is a signed 32 bit value.
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(rsa "sign" "2038-01-01") ;; unix millennium
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(rsa "sign" "20380101T115500") ;; unix millennium
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;; Once fixed, we can use later timestamps:
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;; (rsa "sign" "2105-01-01") ;; "last year GnuPG can represent is 2105"
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;; (rsa "sign" "21050101T115500") ;; "last year GnuPG can represent is 2105"
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(rsa sign "2d")
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(rsa1024 sign "2w")
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(rsa2048 encr "2m")
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(rsa4096 sign,auth "2y")
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(future-default))
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;; ... with functions to check that the created key matches the
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;; expectations (or #f for no tests).
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(list
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#f
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#f
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(lambda (subkey)
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(assert (equal? "" (:expire subkey))))
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(lambda (subkey)
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(assert (= 1 (:alg subkey)))
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(assert (string-contains? (:cap subkey) "s"))
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(assert (string-contains? (:cap subkey) "a"))
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(assert (string-contains? (:cap subkey) "e"))
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(assert (time-matches? (+ (get-time) 600)
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(string->number (:expire subkey))
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(minutes->seconds 5))))
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(lambda (subkey)
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(assert (= 1 (:alg subkey)))
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(assert (string-contains? (:cap subkey) "a"))
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(assert (string-contains? (:cap subkey) "e"))
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(assert (time-matches? (+ (get-time) (days->seconds 2))
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(string->number (:expire subkey))
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(minutes->seconds 5))))
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(lambda (subkey)
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(assert (= 1 (:alg subkey)))
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(assert (string-contains? (:cap subkey) "s"))
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(assert (time-matches? 2145960000 ;; UTC 2038-01-01 12:00:00
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;; 4260254400 ;; UTC 2105-01-01 12:00:00
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(string->number (:expire subkey))
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;; GnuPG choses the middle of the day (local time)
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;; when no hh:mm:ss is specified
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(days->seconds 1))))
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(lambda (subkey)
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(assert (= 1 (:alg subkey)))
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(assert (string-contains? (:cap subkey) "s"))
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(assert (time-matches? 2145959700 ;; UTC 2038-01-01 11:55:00
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;; 4260254100 ;; UTC 2105-01-01 11:55:00
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(string->number (:expire subkey))
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(minutes->seconds 5))))
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(lambda (subkey)
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(assert (= 1 (:alg subkey)))
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(assert (string-contains? (:cap subkey) "s"))
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(assert (time-matches? (+ (get-time) (days->seconds 2))
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(string->number (:expire subkey))
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(minutes->seconds 5))))
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(lambda (subkey)
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(assert (= 1 (:alg subkey)))
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(assert (= 1024 (:length subkey)))
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(assert (string-contains? (:cap subkey) "s"))
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(assert (time-matches? (+ (get-time) (weeks->seconds 2))
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(string->number (:expire subkey))
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(minutes->seconds 5))))
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(lambda (subkey)
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(assert (= 1 (:alg subkey)))
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(assert (= 2048 (:length subkey)))
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(assert (string-contains? (:cap subkey) "e"))
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(assert (time-matches? (+ (get-time) (months->seconds 2))
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(string->number (:expire subkey))
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(minutes->seconds 5))))
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(lambda (subkey)
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(assert (= 1 (:alg subkey)))
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(assert (= 4096 (:length subkey)))
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(assert (string-contains? (:cap subkey) "s"))
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(assert (string-contains? (:cap subkey) "a"))
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(assert (time-matches? (+ (get-time) (years->seconds 2))
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(string->number (:expire subkey))
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(minutes->seconds 5))))
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#f))
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