nrf_security: drivers: cracen: fix Ed25519 and Ed448 spelling

Capitalize them properly.

Signed-off-by: Tomi Fontanilles <[email protected]>

subsys/nrf_security/src/drivers/cracen/cracenpsa/src/sign.c

@@ -339,7 +339,7 @@ static psa_status_t cracen_signature_ecc_sign(int message, const psa_key_attribu
 	sign.r = (char *)signature;
 	sign.s = (char *)signature + *signature_length / 2;
 
-	/* ED25519PH requires prehashing and supports sign and verify message
+	/* Ed25519ph requires prehashing and supports sign and verify message
 	 * the message is therefore hashed here before si_sig_verify is called
 	 */
 	if (alg == PSA_ALG_ED25519PH && message) {
@@ -419,7 +419,7 @@ static psa_status_t cracen_signature_ecc_verify(int message, const psa_key_attri
 	sign.sz = signature_length;
 	sign.r = (char *)signature;
 	sign.s = (char *)signature + signature_length / 2;
-	/* ED25519PH requires prehashing and supports sign and verify message
+	/* Ed25519ph requires prehashing and supports sign and verify message
 	 * the message is therefore hashed here before si_sig_verify is called
 	 */
 	if (alg == PSA_ALG_ED25519PH && message) {

subsys/nrf_security/src/drivers/cracen/sicrypto/include/sicrypto/ed25519ph.h

@@ -16,7 +16,7 @@ extern "C" {
 
 #include "sig.h"
 
-/** Signature definitions for ED25519PH keys.
+/** Signature definitions for Ed25519ph keys.
  *
  * The following constraints apply when using Ed25519ph keys:
  *

subsys/nrf_security/src/drivers/cracen/sicrypto/src/ed25519ph.c

@@ -48,7 +48,7 @@
 /* This is the ASCII string with the
  * PHflag 1 and context size 0 appended as defined in:
  * https://datatracker.ietf.org/doc/html/rfc8032.html#section-2
- * used for domain seperation between ED25519 and ED25519PH
+ * used for domain seperation between Ed25519 and Ed25519ph
  */
 const char dom2[34] = {
 	0x53, 0x69, 0x67, 0x45, 0x64, 0x32, 0x35,

subsys/nrf_security/src/drivers/cracen/silexpk/include/silexpk/cmddefs/edwards.h

@@ -24,23 +24,23 @@ struct sx_pk_cmd_def;
  *
  * All operands for this command use a little endian representation.
  * Operands should be decoded and clamped as defined in specifications
- * for ED25519 or ED448.
+ * for Ed25519 or Ed448.
  */
 extern const struct sx_pk_cmd_def *const SX_PK_CMD_EDDSA_PTMUL;
 
 /** EdDSA 2nd part of signature operation
  *
  * All operands for this command use a little endian representation.
  * Operands should be decoded and clamped as defined in specifications
- * for ED25519 or ED448.
+ * for Ed25519 or Ed448.
  */
 extern const struct sx_pk_cmd_def *const SX_PK_CMD_EDDSA_SIGN;
 
 /** EdDSA signature verification operation
  *
  * All operands for this command use a little endian representation.
  * Operands should be decoded and clamped as defined in specifications
- * for ED25519 or ED448.
+ * for Ed25519 or Ed448.
  */
 extern const struct sx_pk_cmd_def *const SX_PK_CMD_EDDSA_VER;
 

subsys/nrf_security/src/drivers/cracen/silexpk/include/silexpk/ed25519.h

@@ -13,13 +13,13 @@ extern "C" {
 
 #include "core.h"
 
-/** Size in bytes of a reduced value in ED25519 operations */
+/** Size in bytes of a reduced value in Ed25519 operations */
 #define SX_ED25519_SZ 32
 
-/** Size in bytes of an encoded ED25519 point */
+/** Size in bytes of an encoded Ed25519 point */
 #define SX_ED25519_PT_SZ 32
 
-/** Size in bytes of a digest in ED25519 operations */
+/** Size in bytes of a digest in Ed25519 operations */
 #define SX_ED25519_DGST_SZ (32 * 2)
 
 /**
@@ -28,25 +28,25 @@ extern "C" {
  * @{
  */
 
-/** An encoded ED25519 point */
+/** An encoded Ed25519 point */
 struct sx_ed25519_pt {
-	/** Bytes array representing encoded point for ED25519 **/
+	/** Bytes array representing encoded point for Ed25519 **/
 	char encoded[SX_ED25519_PT_SZ];
 };
 
-/** A ED25519 scalar value */
+/** A Ed25519 scalar value */
 struct sx_ed25519_v {
-	/** Bytes array representing scalar for ED25519 **/
+	/** Bytes array representing scalar for Ed25519 **/
 	char bytes[SX_ED25519_SZ];
 };
 
-/** A hash digest used in the ED25519 protocol */
+/** A hash digest used in the Ed25519 protocol */
 struct sx_ed25519_dgst {
 	/** Bytes array of hash digest **/
 	char bytes[SX_ED25519_DGST_SZ];
 };
 
-/** EdDSA point multiplication (ED25519)
+/** EdDSA point multiplication (Ed25519)
  *
  * Compute R = r * G, where r is a scalar which can be up to twice the
  * size of the other operands. G is the generator point for the curve.
@@ -75,7 +75,7 @@ struct sx_ed25519_dgst {
  */
 int sx_ed25519_ptmult(const struct sx_ed25519_dgst *r, struct sx_ed25519_pt *pt);
 
-/** Asynchronous EdDSA point multiplication (ED25519)
+/** Asynchronous EdDSA point multiplication (Ed25519)
  *
  * Start an EdDSA point multiplication on the accelerator
  * and return immediately.
@@ -91,7 +91,7 @@ int sx_ed25519_ptmult(const struct sx_ed25519_dgst *r, struct sx_ed25519_pt *pt)
  */
 struct sx_pk_acq_req sx_async_ed25519_ptmult_go(const struct sx_ed25519_dgst *r);
 
-/** Collect the result of asynchronous EdDSA point multiplication (ED25519)
+/** Collect the result of asynchronous EdDSA point multiplication (Ed25519)
  *
  * Get the output operands of the EdDSA point multiplication
  * and release the reserved resources.
@@ -107,7 +107,7 @@ struct sx_pk_acq_req sx_async_ed25519_ptmult_go(const struct sx_ed25519_dgst *r)
  */
 void sx_async_ed25519_ptmult_end(sx_pk_req *req, struct sx_ed25519_pt *pt);
 
-/** Compute signature scalar s for pure EdDSA (ED25519).
+/** Compute signature scalar s for pure EdDSA (Ed25519).
  *
  * This represents the second step in computing an EdDSA signature.
  *
@@ -136,9 +136,9 @@ void sx_async_ed25519_ptmult_end(sx_pk_req *req, struct sx_ed25519_pt *pt);
 int sx_ed25519_sign(const struct sx_ed25519_dgst *k, const struct sx_ed25519_dgst *r,
 		    const struct sx_ed25519_v *s, struct sx_ed25519_v *sig_s);
 
-/** Asynchronous second part signature generation for pure EdDSA (ED25519).
+/** Asynchronous second part signature generation for pure EdDSA (Ed25519).
  *
- * Start an ED25519 signature generation on the accelerator
+ * Start an Ed25519 signature generation on the accelerator
  * and return immediately.
  *
  * @remark When the operation finishes on the accelerator,
@@ -157,23 +157,23 @@ struct sx_pk_acq_req sx_pk_async_ed25519_sign_go(const struct sx_ed25519_dgst *k
 						 const struct sx_ed25519_dgst *r,
 						 const struct sx_ed25519_v *s);
 
-/** Collect the result of asynchronous computation of ED25519 signature scalar
+/** Collect the result of asynchronous computation of Ed25519 signature scalar
  *
- * Get the output operands of the ED25519 signature generation
+ * Get the output operands of the Ed25519 signature generation
  * and release the reserved resources.
  *
  * @pre The operation on the accelerator must be finished before
  * calling this function.
  *
  * @param[in,out] req The previously acquired acceleration
  * request for this operation
- * @param[out] sig_s Second part of the ED25519 signature
+ * @param[out] sig_s Second part of the Ed25519 signature
  *
  * @see sx_pk_async_ed25519_sign_go() and sx_ed25519_sign()
  */
 void sx_async_ed25519_sign_end(sx_pk_req *req, struct sx_ed25519_v *sig_s);
 
-/** Verify an EdDSA signature (ED25519)
+/** Verify an EdDSA signature (Ed25519)
  *
  * It checks if sig_s * G - k * A matches R.
  *
@@ -205,9 +205,9 @@ void sx_async_ed25519_sign_end(sx_pk_req *req, struct sx_ed25519_v *sig_s);
 int sx_ed25519_verify(const struct sx_ed25519_dgst *k, const struct sx_ed25519_pt *a,
 		      const struct sx_ed25519_v *sig_s, const struct sx_ed25519_pt *r);
 
-/**  Asynchronous (non-blocking) verify an ED25519 signature.
+/**  Asynchronous (non-blocking) verify an Ed25519 signature.
  *
- * Start an ED25519 signature generation on the accelerator
+ * Start an Ed25519 signature generation on the accelerator
  * and return immediately.
  *
  * @remark When the operation finishes on the accelerator,

subsys/nrf_security/src/drivers/cracen/silexpk/include/silexpk/ed448.h

@@ -1,4 +1,4 @@
-/** Simpler functions for base ED448 operations
+/** Simpler functions for base Ed448 operations
  *
  * @file
  */
@@ -17,13 +17,13 @@ extern "C" {
 
 #include "core.h"
 
-/** Size in bytes of a reduced value in ED448 operations */
+/** Size in bytes of a reduced value in Ed448 operations */
 #define SX_ED448_SZ 57
 
-/** Size in bytes of an encoded ED448 point */
+/** Size in bytes of an encoded Ed448 point */
 #define SX_ED448_PT_SZ 57
 
-/** Size in bytes of a digest in ED448 operations */
+/** Size in bytes of a digest in Ed448 operations */
 #define SX_ED448_DGST_SZ (57 * 2)
 
 /**
@@ -32,25 +32,25 @@ extern "C" {
  * @{
  */
 
-/** An encoded ED448 point */
+/** An encoded Ed448 point */
 struct sx_ed448_pt {
-	/** Bytes array representing encoded point for ED448 **/
+	/** Bytes array representing encoded point for Ed448 **/
 	char encoded[SX_ED448_PT_SZ];
 };
 
-/** A ED448 scalar value */
+/** A Ed448 scalar value */
 struct sx_ed448_v {
-	/** Bytes array representing scalar for ED448 **/
+	/** Bytes array representing scalar for Ed448 **/
 	char bytes[SX_ED448_SZ];
 };
 
-/** A hash digest used in the ED448 protocol */
+/** A hash digest used in the Ed448 protocol */
 struct sx_ed448_dgst {
 	/** Bytes array of hash digest **/
 	char bytes[SX_ED448_DGST_SZ];
 };
 
-/** EdDSA point multiplication (ED448)
+/** EdDSA point multiplication (Ed448)
  *
  * Compute R = r * G, where r is a scalar which can be up to twice the
  * size of the other operands. G is the generator point for the curve.
@@ -79,7 +79,7 @@ struct sx_ed448_dgst {
  */
 int sx_ed448_ptmult(const struct sx_ed448_dgst *r, struct sx_ed448_pt *pt);
 
-/** Asynchronous EdDSA point multiplication (ED448)
+/** Asynchronous EdDSA point multiplication (Ed448)
  *
  * Start an EdDSA point multiplication on the accelerator
  * and return immediately.
@@ -95,7 +95,7 @@ int sx_ed448_ptmult(const struct sx_ed448_dgst *r, struct sx_ed448_pt *pt);
  */
 struct sx_pk_acq_req sx_async_ed448_ptmult_go(const struct sx_ed448_dgst *r);
 
-/** Collect the result of asynchronous EdDSA point multiplication (ED448)
+/** Collect the result of asynchronous EdDSA point multiplication (Ed448)
  *
  * Get the output operands of the EdDSA point multiplication
  * and release the reserved resources.
@@ -111,7 +111,7 @@ struct sx_pk_acq_req sx_async_ed448_ptmult_go(const struct sx_ed448_dgst *r);
  */
 void sx_async_ed448_ptmult_end(sx_pk_req *req, struct sx_ed448_pt *pt);
 
-/** Compute signature scalar s for pure EdDSA (ED448).
+/** Compute signature scalar s for pure EdDSA (Ed448).
  *
  * This represents the second step in computing an EdDSA signature.
  *
@@ -140,9 +140,9 @@ void sx_async_ed448_ptmult_end(sx_pk_req *req, struct sx_ed448_pt *pt);
 int sx_ed448_sign(const struct sx_ed448_dgst *k, const struct sx_ed448_dgst *r,
 		  const struct sx_ed448_v *s, struct sx_ed448_v *sig_s);
 
-/** Asynchronous second part signature generation for pure EdDSA (ED448).
+/** Asynchronous second part signature generation for pure EdDSA (Ed448).
  *
- * Start an ED448 signature generation on the accelerator
+ * Start an Ed448 signature generation on the accelerator
  * and return immediately.
  *
  * @remark When the operation finishes on the accelerator,
@@ -161,23 +161,23 @@ struct sx_pk_acq_req sx_pk_async_ed448_sign_go(const struct sx_ed448_dgst *k,
 					       const struct sx_ed448_dgst *r,
 					       const struct sx_ed448_v *s);
 
-/** Collect the result of asynchronous computation of ED448 signature scalar
+/** Collect the result of asynchronous computation of Ed448 signature scalar
  *
- * Get the output operands of the ED448 signature generation
+ * Get the output operands of the Ed448 signature generation
  * and release the reserved resources.
  *
  * @pre The operation on the accelerator must be finished before
  * calling this function.
  *
  * @param[in,out] req The previously acquired acceleration
  * request for this operation
- * @param[out] sig_s Second part of the ED448 signature
+ * @param[out] sig_s Second part of the Ed448 signature
  *
  * @see sx_pk_async_ed448_sign_go() and sx_ed448_sign()
  */
 void sx_async_ed448_sign_end(sx_pk_req *req, struct sx_ed448_v *sig_s);
 
-/** Verify an EdDSA signature (ED448)
+/** Verify an EdDSA signature (Ed448)
  *
  * It checks if sig_s * G - k * A matches R.
  *
@@ -209,9 +209,9 @@ void sx_async_ed448_sign_end(sx_pk_req *req, struct sx_ed448_v *sig_s);
 int sx_ed448_verify(const struct sx_ed448_dgst *k, const struct sx_ed448_pt *a,
 		    const struct sx_ed448_v *sig_s, const struct sx_ed448_pt *r);
 
-/**  Asynchronous (non-blocking) verify an ED448 signature.
+/**  Asynchronous (non-blocking) verify an Ed448 signature.
  *
- * Start an ED448 signature generation on the accelerator
+ * Start an Ed448 signature generation on the accelerator
  * and return immediately.
  *
  * @remark When the operation finishes on the accelerator,

subsys/nrf_security/src/drivers/cracen/silexpk/src/ed25519.c

@@ -14,9 +14,9 @@
 #include <silexpk/cmddefs/edwards.h>
 #include <string.h>
 
-/** Write a ED25519 digest into a pair of operand slots.
+/** Write a Ed25519 digest into a pair of operand slots.
  *
- * A ED25519 digest has twice as many bytes as the normal operand size.
+ * A Ed25519 digest has twice as many bytes as the normal operand size.
  *
  * \param op The digest bytes to write into the operand slot.
  * \param slots The pair of slots to write the operand into.
@@ -134,7 +134,7 @@ static inline int ed25519_decode_pt_x(const struct sx_ed25519_pt *pt)
 	return (pt->encoded[SX_ED25519_PT_SZ - 1] >> 7) & 1;
 }
 
-/** Write the y affine coordinate of an encoded ED25519 point into memory */
+/** Write the y affine coordinate of an encoded Ed25519 point into memory */
 static inline void ed25519_pt_write_y(const struct sx_ed25519_pt *pt, char *ay)
 {
 	sx_wrpkmem(ay, pt->encoded, SX_ED25519_PT_SZ);

subsys/nrf_security/src/drivers/cracen/silexpk/src/ed448.c

@@ -13,9 +13,9 @@
 #include <silexpk/iomem.h>
 #include <silexpk/cmddefs/edwards.h>
 
-/** Write a ED448 digest into a pair of operand slots.
+/** Write a Ed448 digest into a pair of operand slots.
  *
- * A ED448 digest has twice as many bytes as the normal operand size.
+ * A Ed448 digest has twice as many bytes as the normal operand size.
  *
  * \param op The digest bytes to write into the operand slot.
  * \param slots The pair of slots to write the operand into.
@@ -133,7 +133,7 @@ static inline int ed448_decode_pt_x(const struct sx_ed448_pt *pt)
 	return (pt->encoded[SX_ED448_PT_SZ - 1] >> 7) & 1;
 }
 
-/** Write the y affine coordinate of an encoded ED448 point into memory */
+/** Write the y affine coordinate of an encoded Ed448 point into memory */
 static inline void ed448_pt_write_y(const struct sx_ed448_pt *pt, char *ay)
 {
 	sx_wrpkmem(ay, pt->encoded, SX_ED448_PT_SZ - 1);

subsys/nrf_security/src/drivers/cracen/sxsymcrypt/include/sxsymcrypt/sha3.h

@@ -51,7 +51,7 @@ extern const struct sxhashalg sxhashalg_sha3_384;
 /** Hash algorithm SHA-3 512*/
 extern const struct sxhashalg sxhashalg_sha3_512;
 
-/** Hash algorithm SHAKE256, with output size fixed to 114 bytes (for ED448). */
+/** Hash algorithm SHAKE256, with output size fixed to 114 bytes (for Ed448). */
 extern const struct sxhashalg sxhashalg_shake256_114;
 
 /** Creates a SHA3-224 hash operation context