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restore language of table but fix layout

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Tammi L. Coles 2023-11-25 11:04:59 +01:00
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book/source/08-signing_components.md
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@ -308,12 +308,12 @@ Additionally, the expiration date can be altered for individual User IDs (detail
To bind a User ID to an OpenPGP certificate, the signature should have the following structure: To bind a User ID to an OpenPGP certificate, the signature should have the following structure:
| Subpacket | Area | Critical | Mandatory | Notes | | Subpacket | Area | Critical | Mandatory | Notes |
|-------------------------|--------|----------------|-------------------|---------------------------------------| |-------------------------|--------|----------------|-------------------|-------------------------------------------------|
| Signature Creation Time | Hashed | True | True | Current time | | Signature Creation Time | Hashed | True | True | Current time |
| Issuer Fingerprint | Hashed | True or False | Strongly Recommended | Identifies the primary key as the issuer | | Issuer Fingerprint | Hashed | True or False | Strongly Recommended | The primary key is the issuer |
| Primary User ID | Hashed | True | False | Optional | | Primary User ID | Hashed | True | False | Optional |
| Signature Expiration Time | Hashed | True | False | Optional | | Signature Expiration Time | Hashed | True | False | Optional |
In addition to these subpackets, self-certifications for User IDs can include others – such as key flags, features, and algorithm preferences – as shown in the previous table. This enables the specification of unique capabilities and preferences for each identity associated with the certificate. In addition to these subpackets, self-certifications for User IDs can include others – such as key flags, features, and algorithm preferences – as shown in the previous table. This enables the specification of unique capabilities and preferences for each identity associated with the certificate.