chore: Remove crypto refresh from code docs

CHANGELOG.md

@@ -49,7 +49,7 @@ and this project adheres to [Semantic Versioning](https://semver.org/spec/v2.0.0
 ## [3.0.0-alpha.0] 2024-01-18
 ### Added
 - New simplified API that is not backward compatible.
-- Full support for the crypto refresh.
+- Full support for RFC9580 .
 - Improved interoperability with other OpenPGP libraries.
 - Streaming support for all operations.
 - Introduces profiles for OpenPGP customization.

crypto/encryption_handle.go

@@ -156,7 +156,7 @@ func (eh *encryptionHandle) validate() error {
 func (eh *encryptionHandle) armorChecksumRequired() bool {
 	if !constants.ArmorChecksumEnabled {
 		// If the default behavior is no checksum, we can ignore
-		// the logic for the crypto refresh check.
+		// the logic for the RFC9580 check.
 		return false
 	}
 	encryptionConfig := eh.profile.EncryptionConfig()

crypto/encryption_handle_builder.go

@@ -117,7 +117,7 @@ func (ehb *EncryptionHandleBuilder) Password(password []byte) *EncryptionHandleB
 // Compress indicates if the plaintext should be compressed before encryption.
 // Compression affects security and opens the door for side-channel attacks, which
 // might allow to extract the plaintext data without a decryption key.
-// The openpgp crypto refresh recommends to not use compression.
+// The RFC9580 recommends to not use compression.
 func (ehb *EncryptionHandleBuilder) Compress() *EncryptionHandleBuilder {
 	ehb.handle.Compression = constants.DefaultCompression
 	return ehb
@@ -126,7 +126,7 @@ func (ehb *EncryptionHandleBuilder) Compress() *EncryptionHandleBuilder {
 // CompressWith indicates if the plaintext should be compressed before encryption.
 // Compression affects security and opens the door for side-channel attacks, which
 // might allow to extract the plaintext data without a decryption key.
-// The openpgp crypto refresh recommends to not use compression.
+// The RFC9580 recommends to not use compression.
 // Allowed config options:
 // constants.NoCompression: none, constants.DefaultCompression: profile default
 // constants.ZIPCompression: zip, constants.ZLIBCompression: zlib.

crypto/key_generation.go

@@ -10,11 +10,11 @@ const (
 	KeyGenerationRSA4096 int = 1
 	// KeyGenerationC25519 allows to override the output key algorithm in key generation to curve25519.
 	KeyGenerationC25519 int = 2
-	// KeyGenerationC25519 allows to override the output key algorithm in key generation to curve25519 crypto refresh.
+	// KeyGenerationC25519 allows to override the output key algorithm in key generation to curve25519 RFC9580.
 	KeyGenerationC25519Refresh int = 3
 	// KeyGenerationC448 allows to override the output key algorithm in key generation to curve448.
 	KeyGenerationC448 int = 4
-	// KeyGenerationC448Refresh allows to override the output key algorithm in key generation to curve448 crypto refresh.
+	// KeyGenerationC448Refresh allows to override the output key algorithm in key generation to curve448 RFC9580.
 	KeyGenerationC448Refresh int = 5
 )
 

crypto/sign_handle.go

@@ -134,7 +134,7 @@ func (sh *signatureHandle) validate() error {
 func (sh *signatureHandle) armorChecksumRequired() bool {
 	if !constants.ArmorChecksumEnabled {
 		// If the default behavior is no checksum, we can ignore
-		// the logic for the crypto refresh check.
+		// the logic for the RFC9580 check.
 		return false
 	}
 	if sh.SignKeyRing == nil {

profile/preset.go

@@ -52,7 +52,7 @@ func RFC4880() *Custom {
 }
 
 // RFC9580 returns a custom profile for this library
-// that conforms with the algorithms in RFC9580 (crypto refresh).
+// that conforms with the algorithms in RFC9580.
 func RFC9580() *Custom {
 	setKeyAlgorithm := func(cfg *packet.Config, securityLevel int8) {
 		switch securityLevel {