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Fix styling of "end user" (no dash)

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Heiko Schaefer 2024-01-19 17:55:08 +01:00
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book/source/adv/certificates.md
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@ -224,7 +224,7 @@ Disadvantages/risks of minimizing certificates:
- As the OpenPGP subsystem on a user's computer learns about more certificates, third-party certifications that were previously unusable may become usable. Dropping third-party certifications by unknown issuers as a part of minimization prevents this mechanism. - As the OpenPGP subsystem on a user's computer learns about more certificates, third-party certifications that were previously unusable may become usable. Dropping third-party certifications by unknown issuers as a part of minimization prevents this mechanism.
- An OpenPGP implementation that minimizes a certificate might remove component keys that it cannot use itself (e.g. because it doesn't support the algorithm of that key), even if the *receiving* implementation supports them. - An OpenPGP implementation that minimizes a certificate might remove component keys that it cannot use itself (e.g. because it doesn't support the algorithm of that key), even if the *receiving* implementation supports them.
- Refreshing certificates from key servers may inflate the certificate again, since OpenPGP certificates tend to act as [append-only structures](append-only). - Refreshing certificates from key servers may inflate the certificate again, since OpenPGP certificates tend to act as [append-only structures](append-only).
- Some libraries, such as [anonaddy-sequoia](https://gitlab.com/willbrowning/anonaddy-sequoia/-/blob/master/src/sequoia.rs?ref_type=heads#L125) strip unusable encryption subkeys, but retain at least one subkey, even if all subkeys are expired. Although this may leave only an expired encryption subkey in the certificate, this presents a better UX for the end-user who potentially is still in possession of the private key for decryption. - Some libraries, such as [anonaddy-sequoia](https://gitlab.com/willbrowning/anonaddy-sequoia/-/blob/master/src/sequoia.rs?ref_type=heads#L125) strip unusable encryption subkeys, but retain at least one subkey, even if all subkeys are expired. Although this may leave only an expired encryption subkey in the certificate, this presents a better UX for the end user who potentially is still in possession of the private key for decryption.
## Guidelines ## Guidelines

2
book/source/certificates.md
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@ -289,6 +289,6 @@ For example, Bob's OpenPGP software may issue a {term}`certification` that Bob h
Take, for instance, a scenario where Bob's OpenPGP software issues a {term}`certification` confirming as legitimate the link between the {term}`User ID` `Alice Adams <alice@example.org>` and the {term}`certificate<OpenPGP Certificate>` bearing the {term}`fingerprint<OpenPGP Fingerprint>` `AAA1 8CBB 2546 85C5 8358 3205 63FD 37B6 7F33 00F9 FB0E C457 378C D29F 1026 98B3`. Take, for instance, a scenario where Bob's OpenPGP software issues a {term}`certification` confirming as legitimate the link between the {term}`User ID` `Alice Adams <alice@example.org>` and the {term}`certificate<OpenPGP Certificate>` bearing the {term}`fingerprint<OpenPGP Fingerprint>` `AAA1 8CBB 2546 85C5 8358 3205 63FD 37B6 7F33 00F9 FB0E C457 378C D29F 1026 98B3`.
This process assumes that Bob knows the person known as `Alice Adams` and is confident that `alice@example.org` is indeed Alice's email address. Bob also verifies that the {term}`certificate<OpenPGP Certificate>` his OpenPGP software associates with Alice matches the one Alice uses. In essence, both users must have a {term}`certificate<OpenPGP Certificate>` for Alice with an identical {term}`fingerprint<OpenPGP Fingerprint>`. In OpenPGP version 6, manual {term}`fingerprint<OpenPGP Fingerprint>` comparison by end-users is discouraged, with a replacement {term}`verification` mechanism still under development. The {term}`verification` process must occur over a sufficiently secure channel, such as an end-to-end encrypted video call or a face-to-face meeting. This process assumes that Bob knows the person known as `Alice Adams` and is confident that `alice@example.org` is indeed Alice's email address. Bob also verifies that the {term}`certificate<OpenPGP Certificate>` his OpenPGP software associates with Alice matches the one Alice uses. In essence, both users must have a {term}`certificate<OpenPGP Certificate>` for Alice with an identical {term}`fingerprint<OpenPGP Fingerprint>`. In OpenPGP version 6, manual {term}`fingerprint<OpenPGP Fingerprint>` comparison by end users is discouraged, with a replacement {term}`verification` mechanism still under development. The {term}`verification` process must occur over a sufficiently secure channel, such as an end-to-end encrypted video call or a face-to-face meeting.
For more on third-party {term}`certifications<Certification>`, see {ref}`third-party-certifications`. For more on third-party {term}`certifications<Certification>`, see {ref}`third-party-certifications`.