<stringname="title_setup_permissions_remark">Pour accéder aux informations des contacts (facultatif)</string>
<stringname="title_setup_doze">Désactiver les optimisations de la batterie</string>
<stringname="title_setup_doze_remark">Pour envoyer et recevoir des e-mails de manière fiable</string>
<stringname="title_setup_doze_hint">Hoewel dit tegenstrijdig kan klinken, zal het uitschakelen van accuoptimalisaties voor deze app resulteren in minder batterijverbruik</string>
<stringname="title_setup_doze_hint">Bien que cela puisse sembler contradictoire, désactiver les optimisations de batterie pour cette application entraînera une diminution de l\'utilisation de la batterie</string>
<stringname="title_setup_doze_instructions">Dans la prochaine fenêtre de dialogue Android, changez « Non optimisées » en « Toutes les applications », sélectionnez cette application et cochez « Ne pas optimiser »</string>
<stringname="title_setup_doze_battery">Utilisation élevée de la batterie?</string>
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. Langt tryk på Send-knappen for at ændre en identitets krypteringsmetode. Bruges både PGP- og S/MIME-kryptering for samme e-mailadresse, kan det være nyttigt at kopiere identiteten, så krypteringsmetoden kan ændres ved at vælge en af de to identiteter. Langt tryk på en identitet på identitetslisten (via manuel opsætning i hovedopsætningsskærmen) for at kopiere denne.
@ -680,7 +680,7 @@ Private Schlüssel werden von Android gespeichert und können über die erweiter
Beachten Sie, dass Zertifikate mehrere Schlüssel für mehrere Zwecke enthalten können, zum Beispiel zur Authentifizierung, Verschlüsselung und Signierung. Android importiert nur den ersten Schlüssel, um alle Schlüssel zu importieren, muss das Zertifikat zuerst aufgeteilt werden. Das ist nicht sehr einfach, und es wird empfohlen, den Zertifikatlieferanten um Unterstützung zu bitten.
Beachten Sie, dass S/MIME-Signierung mit anderen Algorithmen als RSA zwar unterstützt wird, aber andere E-Mail-Clients dies möglicherweise nicht unterstützen. S/MIME-Verschlüsselung ist nur mit symmetrischen Algorithmen möglich, das heißt in der Praxis RSA.
Beachten Sie, dass S/MIME-Signierung mit anderen Algorithmen als RSA zwar unterstützt wird, aber andere E-Mail-Clients dies möglicherweise nicht unterstützen. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
Die Standard-Verschlüsselungsmethode ist PGP, aber die zuletzt verwendete Verschlüsselungsmethode wird für die ausgewählte Identität gespeichert. Sie können lange auf den Sendenknopf drücken, um die Verschlüsselungsmethode für eine Identität zu ändern. Wenn Sie sowohl PGP als auch S/MIME-Verschlüsselung für die gleiche E-Mail-Adresse verwenden, kann es sinnvoll sein, die Identität zu kopieren, damit Sie die Verschlüsselungsmethode ändern können, indem Sie eine der beiden Identitäten auswählen. Sie können in der Liste der Identitäten lange auf eine Identität drücken (über die manuelle Einrichtung im Hauptbildschirm), um eine Identität zu kopieren.
@ -680,7 +680,7 @@ Private Schlüssel werden von Android gespeichert und können über die erweiter
Beachten Sie, dass Zertifikate mehrere Schlüssel für mehrere Zwecke enthalten können, zum Beispiel zur Authentifizierung, Verschlüsselung und Signierung. Android importiert nur den ersten Schlüssel, um alle Schlüssel zu importieren, muss das Zertifikat zuerst aufgeteilt werden. Das ist nicht sehr einfach, und es wird empfohlen, den Zertifikatlieferanten um Unterstützung zu bitten.
Beachten Sie, dass S/MIME-Signierung mit anderen Algorithmen als RSA zwar unterstützt wird, aber andere E-Mail-Clients dies möglicherweise nicht unterstützen. S/MIME-Verschlüsselung ist nur mit symmetrischen Algorithmen möglich, das heißt in der Praxis RSA.
Beachten Sie, dass S/MIME-Signierung mit anderen Algorithmen als RSA zwar unterstützt wird, aber andere E-Mail-Clients dies möglicherweise nicht unterstützen. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
Die Standard-Verschlüsselungsmethode ist PGP, aber die zuletzt verwendete Verschlüsselungsmethode wird für die ausgewählte Identität gespeichert. Sie können lange auf den Sendenknopf drücken, um die Verschlüsselungsmethode für eine Identität zu ändern. Wenn Sie sowohl PGP als auch S/MIME-Verschlüsselung für die gleiche E-Mail-Adresse verwenden, kann es sinnvoll sein, die Identität zu kopieren, damit Sie die Verschlüsselungsmethode ändern können, indem Sie eine der beiden Identitäten auswählen. Sie können in der Liste der Identitäten lange auf eine Identität drücken (über die manuelle Einrichtung im Hauptbildschirm), um eine Identität zu kopieren.
@ -680,7 +680,7 @@ Private Schlüssel werden von Android gespeichert und können über die erweiter
Beachten Sie, dass Zertifikate mehrere Schlüssel für mehrere Zwecke enthalten können, zum Beispiel zur Authentifizierung, Verschlüsselung und Signierung. Android importiert nur den ersten Schlüssel, um alle Schlüssel zu importieren, muss das Zertifikat zuerst aufgeteilt werden. Das ist nicht sehr einfach, und es wird empfohlen, den Zertifikatlieferanten um Unterstützung zu bitten.
Beachten Sie, dass S/MIME-Signierung mit anderen Algorithmen als RSA zwar unterstützt wird, aber andere E-Mail-Clients dies möglicherweise nicht unterstützen. S/MIME-Verschlüsselung ist nur mit symmetrischen Algorithmen möglich, das heißt in der Praxis RSA.
Beachten Sie, dass S/MIME-Signierung mit anderen Algorithmen als RSA zwar unterstützt wird, aber andere E-Mail-Clients dies möglicherweise nicht unterstützen. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
Die Standard-Verschlüsselungsmethode ist PGP, aber die zuletzt verwendete Verschlüsselungsmethode wird für die ausgewählte Identität gespeichert. Sie können lange auf den Sendenknopf drücken, um die Verschlüsselungsmethode für eine Identität zu ändern. Wenn Sie sowohl PGP als auch S/MIME-Verschlüsselung für die gleiche E-Mail-Adresse verwenden, kann es sinnvoll sein, die Identität zu kopieren, damit Sie die Verschlüsselungsmethode ändern können, indem Sie eine der beiden Identitäten auswählen. Sie können in der Liste der Identitäten lange auf eine Identität drücken (über die manuelle Einrichtung im Hauptbildschirm), um eine Identität zu kopieren.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -435,7 +435,7 @@ Vous pouvez également épingler le certificat, voir ci-dessus.
*Mot de passe vide*
Ihr Benutzername ist wahrscheinlich leicht zu erraten, daher ist dieser äußerst unsicher, es sei denn, der SMTP-Server ist nur über ein eingeschränktes lokales Netzwerk oder ein VPN verfügbar.
Votre nom d'utilisateur peut être facilement deviné, donc c'est assez peu sûr, sauf si le serveur SMTP n'est disponible que via un réseau local restreint ou un VPN.
*Connexion en clair*
@ -680,7 +680,7 @@ Les clés privées sont stockées par Android et peuvent être importées via le
Notez que les certificats peuvent contenir plusieurs clés à des fins multiples, par exemple pour l'authentification, le chiffrement et la signature. Android importe seulement la première clé, afin d'importer toutes les clés, le certificat doit d'abord être divisé. Ce n'est pas très trivial et il est conseillé de demander l'aide du fournisseur de certificats.
Notez que la signature S/MIME avec d'autres algorithmes que RSA est prise en charge, mais soyez conscient que d'autres clients de messagerie pourraient ne pas la prendre en charge. L'encryptage S/MIME n'est possible uniquement qu'avec des algorithmes symétriques, ce qui signifie dans la pratique l'utilisation de RSA.
Notez que la signature S/MIME avec d'autres algorithmes que RSA est prise en charge, mais soyez conscient que d'autres clients de messagerie pourraient ne pas la prendre en charge. Le chiffrement S/MIME n'est possible qu'avec des algorithmes symétriques ce qui signifie dans la pratique, l'utilisation de RSA.
La méthode de cryptage par défaut est PGP, mais la dernière méthode de cryptage utilisée sera mémorisée pour l'identité sélectionnée pour la prochaine fois. Vous pouvez appuyer longuement sur le bouton Envoyer pour modifier la méthode de chiffrement pour une identité. Si vous utilisez à la fois le chiffrement PGP et S/MIME pour la même adresse e-mail, il peut être utile de copier l'identité afin que vous puissiez changer la méthode de chiffrement en sélectionnant l'une des deux identités. Vous pouvez appuyer longuement sur une identité dans la liste des identités (via la configuration manuelle dans l'écran principal de configuration) pour copier une identité.
@ -435,7 +435,7 @@ Vous pouvez également épingler le certificat, voir ci-dessus.
*Mot de passe vide*
Ihr Benutzername ist wahrscheinlich leicht zu erraten, daher ist dieser äußerst unsicher, es sei denn, der SMTP-Server ist nur über ein eingeschränktes lokales Netzwerk oder ein VPN verfügbar.
Votre nom d'utilisateur peut être facilement deviné, donc c'est assez peu sûr, sauf si le serveur SMTP n'est disponible que via un réseau local restreint ou un VPN.
*Connexion en clair*
@ -680,7 +680,7 @@ Les clés privées sont stockées par Android et peuvent être importées via le
Notez que les certificats peuvent contenir plusieurs clés à des fins multiples, par exemple pour l'authentification, le chiffrement et la signature. Android importe seulement la première clé, afin d'importer toutes les clés, le certificat doit d'abord être divisé. Ce n'est pas très trivial et il est conseillé de demander l'aide du fournisseur de certificats.
Notez que la signature S/MIME avec d'autres algorithmes que RSA est prise en charge, mais soyez conscient que d'autres clients de messagerie pourraient ne pas la prendre en charge. L'encryptage S/MIME n'est possible uniquement qu'avec des algorithmes symétriques, ce qui signifie dans la pratique l'utilisation de RSA.
Notez que la signature S/MIME avec d'autres algorithmes que RSA est prise en charge, mais soyez conscient que d'autres clients de messagerie pourraient ne pas la prendre en charge. Le chiffrement S/MIME n'est possible qu'avec des algorithmes symétriques ce qui signifie dans la pratique, l'utilisation de RSA.
La méthode de cryptage par défaut est PGP, mais la dernière méthode de cryptage utilisée sera mémorisée pour l'identité sélectionnée pour la prochaine fois. Vous pouvez appuyer longuement sur le bouton Envoyer pour modifier la méthode de chiffrement pour une identité. Si vous utilisez à la fois le chiffrement PGP et S/MIME pour la même adresse e-mail, il peut être utile de copier l'identité afin que vous puissiez changer la méthode de chiffrement en sélectionnant l'une des deux identités. Vous pouvez appuyer longuement sur une identité dans la liste des identités (via la configuration manuelle dans l'écran principal de configuration) pour copier une identité.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Le chiavi private sono conservate da Android e sono importabili tramite le impos
Nota che i certificati possono contenere più chiavi per più scopi, ad esempio per l'autenticazione, la crittografia e la firma. Android importa solo la prima chiave, quindi per importarle tutte, il certificato dev'esser diviso. Non è molto banale e ti si consiglia di chiedere supporto al fornitore del certificato.
Nota che la firmaS/MIME con altri algoritmi oltre RSA è supportata, ma sappi che altri client email potrebbero non supportarla. La crittografia S/MIME è possibile solo con algoritmi simmetrici, il che significa in pratica usando RSA.
Nota che la firmaS/MIME con altri algoritmi oltre RSA è supportata, ma sappi che altri client email potrebbero non supportarla. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
Il metodo di crittografia predefinito è PGP, ma l'ultimo metodo di crittografia usato sarà ricordato per l'identità selezionata per la volta successiva. Puoi premere a lungo il pulsante di invio per modificare il metodo di crittografia per un'identità. Se usi sia la crittografia PGP che S/MIME per lo stesso indirizzo email, potrebbe essere utile copiare l'identità, così da cambiare il metodo di crittografia selezionandone una delle due. Puoi premere a lungo su un'identità nell'elenco delle identità (tramite configurazione manuale nella schermata principale di configurazione) per copiare un'identità.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Cheile private sunt stocate de Android și pot fi importate prin intermediul set
Rețineți că certificatele pot conține mai multe chei pentru mai multe scopuri, de exemplu pentru autentificare, criptare și semnare. Android importă doar prima cheie, astfel încât, pentru a importa toate cheile, certificatul trebuie mai întâi să fie divizat. Acest lucru nu este foarte banal și vă sfătuim să solicitați asistență din partea furnizorului de certificate.
Rețineți că este acceptată semnarea S/MIME cu alți algoritmi decât RSA, dar rețineți că este posibil ca alți clienți de e-mail să nu accepte acest lucru. Criptarea S/MIME este posibilă numai cu algoritmi simetrici, ceea ce înseamnă, în practică, utilizarea RSA.
Rețineți că este acceptată semnarea S/MIME cu alți algoritmi decât RSA, dar rețineți că este posibil ca alți clienți de e-mail să nu accepte acest lucru. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
Metoda de criptare implicită este PGP, dar ultima metodă de criptare utilizată va fi reținută pentru identitatea selectată pentru următoarea dată. Puteți apăsa lung pe butonul de trimitere pentru a schimba metoda de criptare pentru o identitate. Dacă utilizați atât criptarea PGP, cât și S/MIME pentru aceeași adresă de e-mail, ar putea fi util să copiați identitatea, astfel încât să puteți schimba metoda de criptare prin selectarea uneia dintre cele două identități. Puteți apăsa lung pe o identitate din lista de identități (prin configurare manuală în ecranul principal de configurare) pentru a copia o identitate.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME шифрование возможно только с асимметричными алгоритмами, что на практике означает использование RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
@ -680,7 +680,7 @@ Private keys are stored by Android and can be imported via the Android advanced
Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Note that certificates can contains multiple keys for multiple purposes, for example for authentication, encryption and signing. Android only imports the first key, so to import all the keys, the certificate must first be split. This is not very trivial and you are advised to ask the certificate supplier for support. This is not very trivial and you are advised to ask the certificate supplier for support.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA.
Note that S/MIMEsigning with other algorithms than RSA is supported, but be aware that other email clients might not support this. S/MIME encryption is possible with symmetric algorithms only, which means in practice using RSA. S/MIME encryption is possible with asymmetric algorithms only, which means in practice using RSA.
The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. The default encryption method is PGP, but the last used encryption method will be remembered for the selected identity for the next time. You can long press on the send button to change the encryption method for an identity. If you use both PGP and S/MIME encryption for the same email address, it might be useful to copy the identity, so you can change the encryption method by selecting one of the two identities. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity. You can long press an identity in the list of identities (via manual setup in the main setup screen) to copy an identity.
M66B
3 years ago