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Fix glossary link markup

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(Thanks, Ryan!)
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Heiko Schaefer 2023-12-14 15:17:56 +01:00
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book/source/certificates.md
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@ -185,7 +185,7 @@ To form an {term}`OpenPGP certificate`, individual {term}`components<Component>`
In very abstract terms, the {term}`primary key<OpenPGP Primary Key>` of a {term}`certificate<OpenPGP Certificate>` acts as a root of trust or "{term}`certification authority<Certification Authority>`." It is responsible for:
- issuing {term}`signatures<OpenPGP Signature Packet>` that express the {term}`certificate holder`'s intent to use specific {term}`subkeys<OpenPGP Subkey>` or {term}`identity components<Identity Component>`;
- conducting other lifecycle operations, including setting {term}`expiration` dates and marking {term}`components<Component>` as {term}`invalidated<Validation>` or "`revoked<Revocation>`."
- conducting other lifecycle operations, including setting {term}`expiration` dates and marking {term}`components<Component>` as {term}`invalidated<Validation>` or "{term}`revoked<Revocation>`."
By binding {term}`components<Component>` using digital {term}`signatures<OpenPGP Signature Packet>`, recipients of an {term}`OpenPGP certificate` need only {term}`validate<Validation>` the {term}`authenticity<Authentication>` of the {term}`primary key` to use for their communication partner. Traditionally, this is done by manually verifying the *{term}`fingerprint<OpenPGP Fingerprint>`* of the {term}`primary key<OpenPGP Primary Key>`. Once the {term}`validity<Validation>` of the {term}`primary key<OpenPGP Primary Key>` is confirmed, the {term}`validity<Validation>` of the remaining {term}`components<Component>` can be automatically assessed by the user's OpenPGP software. Generally, {term}`components<Component>` are {term}`valid<Validation>` parts of a {term}`certificate<OpenPGP Certificate>` if there is a statement signed by the {term}`certificate<OpenPGP Certificate>`'s {term}`primary key<OpenPGP Primary Key>` endorsing this {term}`validity<Validation>`.