python: Fix a couple of syntax errors.
* lang/python/tests/t-keylist-from-data.py: Add missing line continuation. * lang/python/tests/t-keylist.py: Ditto. * lang/python/tests/t-quick-key-creation.py: Ditto. * lang/python/tests/t-quick-subkey-creation.py: Ditto. Signed-off-by: Werner Koch <wk@gnupg.org>
This commit is contained in:
Werner Koch
parent
dcdabf5f2e
commit
6878126b6f
@ -162,18 +162,18 @@ def check_global(key, uids, n_subkeys):
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assert key.can_sign, "Key unexpectedly unusable for signing"
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assert key.can_certify, "Key unexpectedly unusable for certifications"
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assert not key.secret, "Key unexpectedly secret"
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assert not key.protocol != gpg.constants.protocol.
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OpenPGP, "Key has unexpected protocol: {}".format(key.protocol)
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assert not key.issuer_serial,
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"Key unexpectedly carries issuer serial: {}".format(key.issuer_serial)
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assert not key.issuer_name,
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"Key unexpectedly carries issuer name: {}".format(key.issuer_name)
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assert not key.chain_id,
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"Key unexpectedly carries chain ID: {}".format(key.chain_id)
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assert key.owner_trust == gpg.constants.validity.UNKNOWN,
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"Key has unexpected owner trust: {}".format(key.owner_trust)
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assert len(key.subkeys) - 1 == n_subkeys,
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"Key `{}' has unexpected number of subkeys".format(uids[0][0])
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assert not key.protocol != gpg.constants.protocol.OpenPGP, \
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"Key has unexpected protocol: {}".format(key.protocol)
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assert not key.issuer_serial, \
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"Key unexpectedly carries issuer serial: {}".format(key.issuer_serial)
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assert not key.issuer_name, \
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"Key unexpectedly carries issuer name: {}".format(key.issuer_name)
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assert not key.chain_id, \
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"Key unexpectedly carries chain ID: {}".format(key.chain_id)
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assert key.owner_trust == gpg.constants.validity.UNKNOWN, \
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"Key has unexpected owner trust: {}".format(key.owner_trust)
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assert len(key.subkeys) - 1 == n_subkeys, \
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"Key `{}' has unexpected number of subkeys".format(uids[0][0])
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def check_subkey(fpr, which, subkey):
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@ -183,49 +183,51 @@ def check_subkey(fpr, which, subkey):
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assert not subkey.invalid, which + " key unexpectedly invalid"
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if which == "Primary":
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assert not subkey.can_encrypt,
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which + " key unexpectedly usable for encryption"
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assert subkey.can_sign,
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which + " key unexpectedly unusable for signing"
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assert subkey.can_certify,
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which + " key unexpectedly unusable for certifications"
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assert not subkey.can_encrypt, \
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which + " key unexpectedly usable for encryption"
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assert subkey.can_sign, \
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which + " key unexpectedly unusable for signing"
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assert subkey.can_certify, \
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which + " key unexpectedly unusable for certifications"
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else:
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assert subkey.can_encrypt,
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which + " key unexpectedly unusable for encryption"
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assert not subkey.can_sign,
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which + " key unexpectedly usable for signing"
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assert not subkey.can_certify,
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which + " key unexpectedly usable for certifications"
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assert subkey.can_encrypt, \
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which + " key unexpectedly unusable for encryption"
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assert not subkey.can_sign, \
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which + " key unexpectedly usable for signing"
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assert not subkey.can_certify, \
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which + " key unexpectedly usable for certifications"
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assert not subkey.secret, which + " key unexpectedly secret"
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assert not subkey.is_cardkey, "Public key marked as card key"
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assert not subkey.card_number, "Public key with card number set"
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assert not subkey.pubkey_algo !=
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(gpg.constants.pk.DSA if which == "Primary" else gpg.constants.pk.ELG_E),
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which + " key has unexpected public key algo: {}".format(subkey.
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pubkey_algo)
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assert subkey.length == 1024,
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which + " key has unexpected length: {}".format(subkey.length)
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assert fpr.endswith(subkey.keyid),
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which + " key has unexpected key ID: {}".format(subkey.keyid)
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assert which == "Secondary" or subkey.fpr == fpr,
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which + " key has unexpected fingerprint: {}".format(subkey.fpr)
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assert not subkey.expires,
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which + " key unexpectedly expires: {}".format(subkey.expires)
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assert not subkey.pubkey_algo != \
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(gpg.constants.pk.DSA if which == "Primary"
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else gpg.constants.pk.ELG_E), \
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which + " key has unexpected public key algo: {}".format(subkey.
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pubkey_algo)
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assert subkey.length == 1024, \
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which + " key has unexpected length: {}".format(subkey.length)
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assert fpr.endswith(subkey.keyid), \
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which + " key has unexpected key ID: {}".format(subkey.keyid)
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assert which == "Secondary" or subkey.fpr == fpr, \
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which + " key has unexpected fingerprint: {}".format(subkey.fpr)
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assert not subkey.expires, \
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which + " key unexpectedly expires: {}".format(subkey.expires)
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def check_uid(which, ref, uid):
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assert not uid.revoked, which + " user ID unexpectedly revoked"
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assert not uid.invalid, which + " user ID unexpectedly invalid"
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assert uid.validity == gpg.constants.validity.UNKNOWN,
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which + " user ID has unexpected validity: {}".format(uid.validity)
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assert uid.validity == gpg.constants.validity.UNKNOWN, \
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which + " user ID has unexpected validity: {}".format(uid.validity)
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assert not uid.signatures, which + " user ID unexpectedly signed"
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assert uid.name == ref[0],
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"Unexpected name in {} user ID: {!r}".format(which.lower(), uid.name)
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assert uid.comment == ref[1],
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"Unexpected comment in {} user ID: {!r}".format(which.lower(), uid.comment)
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assert uid.email == ref[2],
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"Unexpected email in {} user ID: {!r}".format(which.lower(), uid.email)
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assert uid.name == ref[0], \
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"Unexpected name in {} user ID: {!r}".format(which.lower(), uid.name)
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assert uid.comment == ref[1], \
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"Unexpected comment in {} user ID: {!r}".format(which.lower(),
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uid.comment)
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assert uid.email == ref[2], \
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"Unexpected email in {} user ID: {!r}".format(which.lower(), uid.email)
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# Export all the data from our keyring...
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@ -162,25 +162,25 @@ def check_global(key, uids, n_subkeys):
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assert key.can_sign, "Key unexpectedly unusable for signing"
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assert key.can_certify, "Key unexpectedly unusable for certifications"
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assert not key.secret, "Key unexpectedly secret"
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assert not key.protocol != gpg.constants.protocol.OpenPGP,
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"Key has unexpected protocol: {}".format(key.protocol)
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assert not key.issuer_serial,
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"Key unexpectedly carries issuer serial: {}".format(key.issuer_serial)
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assert not key.issuer_name,
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"Key unexpectedly carries issuer name: {}".format(key.issuer_name)
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assert not key.chain_id,
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"Key unexpectedly carries chain ID: {}".format(key.chain_id)
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assert not key.protocol != gpg.constants.protocol.OpenPGP, \
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"Key has unexpected protocol: {}".format(key.protocol)
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assert not key.issuer_serial, \
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"Key unexpectedly carries issuer serial: {}".format(key.issuer_serial)
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assert not key.issuer_name, \
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"Key unexpectedly carries issuer name: {}".format(key.issuer_name)
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assert not key.chain_id, \
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"Key unexpectedly carries chain ID: {}".format(key.chain_id)
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# Only key Alfa is trusted
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assert key.uids[0].name == 'Alfa Test' or
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key.owner_trust == gpg.constants.validity.UNKNOWN,
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"Key has unexpected owner trust: {}".format(key.owner_trust)
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assert key.uids[0].name != 'Alfa Test' or key.owner_trust == gpg.constants.
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validity.ULTIMATE, "Key has unexpected owner trust: {}".
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format(key.owner_trust)
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assert (key.uids[0].name == 'Alfa Test'
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or key.owner_trust == gpg.constants.validity.UNKNOWN), \
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"Key has unexpected owner trust: {}".format(key.owner_trust)
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assert (key.uids[0].name != 'Alfa Test'
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or key.owner_trust == gpg.constants.validity.ULTIMATE), \
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"Key has unexpected owner trust: {}".format(key.owner_trust)
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assert len(key.subkeys) - 1 == n_subkeys,
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"Key `{}' has unexpected number of subkeys".format(uids[0][0])
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assert len(key.subkeys) - 1 == n_subkeys, \
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"Key `{}' has unexpected number of subkeys".format(uids[0][0])
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def check_subkey(fpr, which, subkey):
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@ -207,18 +207,19 @@ def check_subkey(fpr, which, subkey):
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assert not subkey.secret, which + " key unexpectedly secret"
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assert not subkey.is_cardkey, "Public key marked as card key"
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assert not subkey.card_number, "Public key with card number set"
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assert not subkey.pubkey_algo !=
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(gpg.constants.pk.DSA if which == "Primary" else gpg.constants.pk.ELG_E),
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which + " key has unexpected public key algo: {}".format(subkey.
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assert not subkey.pubkey_algo != \
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(gpg.constants.pk.DSA if which == "Primary"
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else gpg.constants.pk.ELG_E), \
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which + " key has unexpected public key algo: {}".format(subkey.
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pubkey_algo)
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assert subkey.length == 1024,
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which + " key has unexpected length: {}".format(subkey.length)
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assert fpr.endswith(subkey.keyid),
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which + " key has unexpected key ID: {}".format(subkey.keyid)
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assert which == "Secondary" or subkey.fpr == fpr,
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which + " key has unexpected fingerprint: {}".format(subkey.fpr)
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assert not subkey.expires,
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which + " key unexpectedly expires: {}".format(subkey.expires)
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assert subkey.length == 1024, \
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which + " key has unexpected length: {}".format(subkey.length)
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assert fpr.endswith(subkey.keyid), \
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which + " key has unexpected key ID: {}".format(subkey.keyid)
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assert which == "Secondary" or subkey.fpr == fpr, \
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which + " key has unexpected fingerprint: {}".format(subkey.fpr)
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assert not subkey.expires, \
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which + " key unexpectedly expires: {}".format(subkey.expires)
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def check_uid(which, ref, uid):
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@ -227,16 +228,16 @@ def check_uid(which, ref, uid):
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assert uid.validity == (gpg.constants.validity.UNKNOWN
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if uid.name.split()[0]
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not in {'Alfa', 'Alpha', 'Alice'} else
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gpg.constants.validity.ULTIMATE),
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which + " user ID has unexpectedly validity: {}".format(uid.validity)
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gpg.constants.validity.ULTIMATE), \
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which + " user ID has unexpectedly validity: {}".format(uid.validity)
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assert not uid.signatures, which + " user ID unexpectedly signed"
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assert uid.name == ref[0],
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"Unexpected name in {} user ID: {!r}".format(which.lower(), uid.name)
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assert uid.comment == ref[1],
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"Unexpected comment in {} user ID: {!r}".format(which.lower(),
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uid.comment)
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assert uid.email == ref[2],
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"Unexpected email in {} user ID: {!r}".format(which.lower(), uid.email)
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assert uid.name == ref[0], \
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"Unexpected name in {} user ID: {!r}".format(which.lower(), uid.name)
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assert uid.comment == ref[1], \
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"Unexpected comment in {} user ID: {!r}".\
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format(which.lower(), uid.comment)
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assert uid.email == ref[2], \
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"Unexpected email in {} user ID: {!r}".format(which.lower(), uid.email)
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i = 0
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@ -80,8 +80,11 @@ with support.EphemeralContext() as ctx:
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"Primary keys expiration time is off"
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# Check capabilities
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for sign, encrypt, certify, authenticate in itertools.
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product([False, True], [False, True], [False, True], [False, True]):
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for sign, encrypt, certify, authenticate \
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in itertools.product([False, True],
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[False, True],
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[False, True],
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[False, True]):
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# Filter some out
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if not (sign or encrypt or certify or authenticate):
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# This triggers the default capabilities tested before.
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@ -60,8 +60,10 @@ with support.EphemeralContext() as ctx:
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"subkeys expiration time is off"
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# Check capabilities
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for sign, encrypt, authenticate in itertools.
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product([False, True], [False, True], [False, True]):
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for sign, encrypt, authenticate \
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in itertools.product([False, True],
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[False, True],
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[False, True]):
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# Filter some out
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if not (sign or encrypt or authenticate):
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# This triggers the default capabilities tested before.
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