1; 2; Features of a default crypto driver. 3; 4; This file defines the features that are valid for inclusion in 5; the other driver files and also the order that they appear in 6; the features table in the documentation. 7; 8[Features] 9Symmetric crypto = 10Asymmetric crypto = 11Sym operation chaining = 12HW Accelerated = 13Protocol offload = 14CPU SSE = 15CPU AVX = 16CPU AVX2 = 17CPU AVX512 = 18CPU AESNI = 19CPU NEON = 20CPU ARM CE = 21In Place SGL = 22OOP SGL In SGL Out = 23OOP SGL In LB Out = 24OOP LB In SGL Out = 25OOP LB In LB Out = 26RSA PRIV OP KEY EXP = 27RSA PRIV OP KEY QT = 28 29; 30; Supported crypto algorithms of a default crypto driver. 31; 32[Cipher] 33NULL = 34AES CBC (128) = 35AES CBC (192) = 36AES CBC (256) = 37AES ECB (128) = 38AES ECB (192) = 39AES ECB (256) = 40AES CTR (128) = 41AES CTR (192) = 42AES CTR (256) = 43AES XTS (128) = 44AES XTS (192) = 45AES XTS (256) = 46AES DOCSIS BPI = 473DES CBC = 483DES CTR = 493DES ECB = 50DES CBC = 51DES DOCSIS BPI = 52SNOW3G UEA2 = 53KASUMI F8 = 54ZUC EEA3 = 55 56; 57; Supported authentication algorithms of a default crypto driver. 58; 59[Auth] 60NULL = 61MD5 = 62MD5 HMAC = 63SHA1 = 64SHA1 HMAC = 65SHA224 = 66SHA224 HMAC = 67SHA256 = 68SHA256 HMAC = 69SHA384 = 70SHA384 HMAC = 71SHA512 = 72SHA512 HMAC = 73AES XCBC MAC = 74AES GMAC = 75SNOW3G UIA2 = 76KASUMI F9 = 77ZUC EIA3 = 78AES CMAC (128) = 79AES CMAC (192) = 80AES CMAC (256) = 81SHA3_224 = 82SHA3_224 HMAC = 83SHA3_256 = 84SHA3_256 HMAC = 85SHA3_384 = 86SHA3_384 HMAC = 87SHA3_512 = 88SHA3_512 HMAC = 89 90; 91; Supported AEAD algorithms of a default crypto driver. 92; 93[AEAD] 94AES GCM (128) = 95AES GCM (192) = 96AES GCM (256) = 97AES CCM (128) = 98AES CCM (192) = 99AES CCM (256) = 100; 101; Supported Asymmetric algorithms of a default crypto driver. 102; 103[Asymmetric] 104RSA = 105DSA = 106Modular Exponentiation = 107Modular Inversion = 108Diffie-hellman =