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9290 lines (8311 loc) · 196 KB
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[version]
schema = "1"
updated = "2026-01-02"
# =========================
# C / C++
# =========================
[[library]]
name = "OpenSSL"
languages = ["C", "C++"]
[library.patterns]
include = [
"^\\s*#\\s*include\\s*<openssl/[A-Za-z0-9_./-]+>",
]
apis = [
"\\bEVP_[A-Za-z0-9_]+\\s*\\(",
"\\bHMAC\\s*\\(",
"\\bRSA_[A-Za-z0-9_]*[a-z][A-Za-z0-9_]*\\s*\\(",
"\\bDSA_[A-Za-z0-9_]*[a-z][A-Za-z0-9_]*\\s*\\(",
"\\bEC_KEY_[A-Za-z0-9_]*[a-z][A-Za-z0-9_]*\\s*\\(",
"\\bECDSA_[A-Za-z0-9_]*[a-z][A-Za-z0-9_]*\\s*\\(",
"\\bED25519_[A-Za-z0-9_]*[a-z][A-Za-z0-9_]*\\s*\\(",
"\\bX509_[A-Za-z0-9_]*[a-z][A-Za-z0-9_]*\\s*\\(",
"\\bPKCS\\d_[A-Za-z0-9_]+\\s*\\(",
]
# Algorithm definitions for OpenSSL
[[library.algorithms]]
name = "RSA"
primitive = "signature"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bRSA_[A-Za-z0-9_]*[a-z][A-Za-z0-9_]*\\s*\\(",
"\\bEVP_PKEY_CTX_set_rsa_keygen_bits\\s*\\(",
]
[[library.algorithms.parameter_patterns]]
name = "keySize"
pattern = "RSA_generate_key_ex\\s*\\([^,]+,\\s*(\\d{4})"
[[library.algorithms.parameter_patterns]]
name = "keySize"
pattern = "EVP_PKEY_CTX_set_rsa_keygen_bits\\s*\\([^,]+,\\s*(\\d+)"
[[library.algorithms]]
name = "DSA"
primitive = "signature"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bDSA_[A-Za-z0-9_]*[a-z][A-Za-z0-9_]*\\s*\\(",
"\\bEVP_PKEY_CTX_new_id\\s*\\(\\s*EVP_PKEY_DSA\\b",
"\\bEVP_PKEY_CTX_new_from_name\\s*\\([^,]+,\\s*[\"']DSA[\"']",
"\\bEVP_dss1\\s*\\(", # legacy DSA with SHA-1
]
[[library.algorithms]]
name = "ECDSA"
primitive = "signature"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bECDSA_[A-Za-z0-9_]*[a-z][A-Za-z0-9_]*\\s*\\(",
"\\bEC_KEY_[A-Za-z0-9_]*[a-z][A-Za-z0-9_]*\\s*\\(",
]
[[library.algorithms.parameter_patterns]]
name = "curve"
pattern = "EC_KEY_new_by_curve_name\\s*\\(\\s*(NID_(?:X9_62_prime256v1|secp384r1|secp521r1))"
[[library.algorithms]]
name = "AES-GCM"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_aes_\\d+_gcm\\s*\\(",
]
[[library.algorithms.parameter_patterns]]
name = "keySize"
pattern = "EVP_aes_(\\d+)_gcm"
[[library.algorithms]]
name = "AES-CTR"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_aes_\\d+_ctr\\s*\\(",
]
[[library.algorithms.parameter_patterns]]
name = "keySize"
pattern = "EVP_aes_(\\d+)_ctr"
[[library.algorithms]]
name = "AES-CFB"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_aes_\\d+_cfb(?:1|8|128)?\\s*\\(",
]
[[library.algorithms.parameter_patterns]]
name = "keySize"
pattern = "EVP_aes_(\\d+)_cfb(?:1|8|128)?"
[[library.algorithms]]
name = "AES-OFB"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_aes_\\d+_ofb\\s*\\(",
]
[[library.algorithms.parameter_patterns]]
name = "keySize"
pattern = "EVP_aes_(\\d+)_ofb"
[[library.algorithms]]
name = "AES-ECB"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_aes_\\d+_ecb\\s*\\(",
]
[[library.algorithms.parameter_patterns]]
name = "keySize"
pattern = "EVP_aes_(\\d+)_ecb"
[[library.algorithms]]
name = "AES-CCM"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_aes_\\d+_ccm\\s*\\(",
]
[[library.algorithms.parameter_patterns]]
name = "keySize"
pattern = "EVP_aes_(\\d+)_ccm"
[[library.algorithms]]
name = "AES-OCB"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_aes_\\d+_ocb\\s*\\(",
]
[[library.algorithms.parameter_patterns]]
name = "keySize"
pattern = "EVP_aes_(\\d+)_ocb"
[[library.algorithms]]
name = "AES-WRAP"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_aes_\\d+_wrap\\s*\\(",
]
[[library.algorithms.parameter_patterns]]
name = "keySize"
pattern = "EVP_aes_(\\d+)_wrap"
[[library.algorithms]]
name = "AES-WRAP-PAD"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_aes_\\d+_wrap_pad\\s*\\(",
]
[[library.algorithms.parameter_patterns]]
name = "keySize"
pattern = "EVP_aes_(\\d+)_wrap_pad"
[[library.algorithms]]
name = "AES-XTS"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_aes_(?:128|256)_xts\\s*\\(",
]
[[library.algorithms.parameter_patterns]]
name = "keySize"
pattern = "EVP_aes_(\\d+)_xts"
[[library.algorithms]]
name = "AES"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_aes_\\d+_(?:cbc|ctr|ofb|cfb|ecb)\\s*\\(",
# Explicit EVP AES mode calls
"\\bEVP_aes_(?:128|192|256)_cbc\\s*\\(",
"\\bEVP_aes_(?:128|192|256)_ecb\\s*\\(",
"\\bEVP_aes_(?:128|192|256)_cfb\\s*\\(",
"\\bEVP_aes_(?:128|192|256)_ofb\\s*\\(",
"\\bAES_[A-Za-z0-9_]*[a-z][A-Za-z0-9_]*\\s*\\(",
]
[[library.algorithms.parameter_patterns]]
name = "keySize"
pattern = "EVP_aes_(\\d+)"
[[library.algorithms]]
name = "SHA-256"
primitive = "hash"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_sha256\\s*\\(",
"\\bEVP_DigestInit.*SHA256",
"\\bSHA256\\s*\\(",
"\\bSHA256_Init",
"\\bSHA256_Update",
"\\bSHA256_Final",
]
[[library.algorithms]]
name = "SHA3-224"
primitive = "hash"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_sha3_224\\s*\\(",
]
[[library.algorithms]]
name = "SHA3-256"
primitive = "hash"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_sha3_256\\s*\\(",
]
[[library.algorithms]]
name = "SHA3-384"
primitive = "hash"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_sha3_384\\s*\\(",
]
[[library.algorithms]]
name = "SHA3-512"
primitive = "hash"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_sha3_512\\s*\\(",
]
[[library.algorithms]]
name = "SHAKE128"
primitive = "hash"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_shake128\\s*\\(",
]
[[library.algorithms]]
name = "SHAKE256"
primitive = "hash"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_shake256\\s*\\(",
]
[[library.algorithms]]
name = "SHA-1"
primitive = "hash"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bEVP_sha1\\s*\\(",
"\\bEVP_DigestInit.*SHA1",
"\\bSHA1_Init",
"\\bSHA1_Update",
"\\bSHA1_Final",
]
[[library.algorithms]]
name = "SHA-384"
primitive = "hash"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_sha384\\s*\\(",
"\\bEVP_DigestInit.*SHA384",
"\\bSHA384_Init",
"\\bSHA384_Update",
"\\bSHA384_Final",
]
[[library.algorithms]]
name = "SHA-512"
primitive = "hash"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_sha512\\s*\\(",
"\\bEVP_DigestInit.*SHA512",
"\\bSHA512_Init",
"\\bSHA512_Update",
"\\bSHA512_Final",
]
[[library.algorithms]]
name = "SHA-224"
primitive = "hash"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_sha224\\s*\\(",
"\\bEVP_DigestInit.*SHA224",
"\\bSHA224_Init",
"\\bSHA224_Update",
"\\bSHA224_Final",
]
[[library.algorithms]]
name = "MD5"
primitive = "hash"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bEVP_md5\\s*\\(",
"\\bEVP_DigestInit.*MD5",
"\\bMD5_Init\\s*\\(",
"\\bMD5_Update\\s*\\(",
"\\bMD5_Final\\s*\\(",
]
[[library.algorithms]]
name = "MD4"
primitive = "hash"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bEVP_md4\\s*\\(",
"\\bEVP_DigestInit.*MD4",
"\\bMD4_Init",
"\\bMD4_Update",
"\\bMD4_Final",
"\\bMD4",
]
[[library.algorithms]]
name = "RIPEMD-160"
primitive = "hash"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bEVP_ripemd160\\s*\\(",
"\\bEVP_DigestInit.*RIPEMD",
"\\bRIPEMD160_Init",
"\\bRIPEMD160_Update",
"\\bRIPEMD160_Final",
]
[[library.algorithms]]
name = "Whirlpool"
primitive = "hash"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_whirlpool\\s*\\(",
"\\bWHIRLPOOL_Init",
"\\bWHIRLPOOL_Update",
"\\bWHIRLPOOL_Final",
]
[[library.algorithms]]
name = "BLAKE2b"
primitive = "hash"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_blake2b512\\s*\\(",
"\\bBLAKE2b512_Init",
"\\bBLAKE2b512_Update",
"\\bBLAKE2b512_Final",
]
[[library.algorithms]]
name = "BLAKE2s"
primitive = "hash"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_blake2s256\\s*\\(",
"\\bBLAKE2s256_Init",
"\\bBLAKE2s256_Update",
"\\bBLAKE2s256_Final",
]
[[library.algorithms]]
name = "HMAC-SHA256"
primitive = "mac"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bHMAC\\s*\\(",
]
[[library.algorithms]]
name = "DES"
primitive = "symmetric"
nistQuantumSecurityLevel = 0
symbol_patterns = [
# Explicit EVP DES mode calls
"\\bEVP_des_(?:cbc|ecb|cfb|cfb1|cfb8|cfb64|ofb)\\s*\\(",
"\\bDES_set_key\\s*\\(",
"\\bDES_encrypt\\s*\\(",
"\\bDES_decrypt\\s*\\(",
"\\bDES_ecb_encrypt\\s*\\(",
"\\bDES_cbc_encrypt\\s*\\(",
]
[[library.algorithms]]
name = "3DES"
primitive = "symmetric"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bEVP_des_ede\\w*\\s*\\(",
"\\bEVP_des_ede3\\w*\\s*\\(",
# Explicit EVP 3DES common modes
"\\bEVP_des_ede3_cbc\\s*\\(",
"\\bEVP_des_ede3_ecb\\s*\\(",
"\\bDES_ede3_\\w+\\s*\\(",
"\\bDES3_\\w+\\s*\\(",
]
[[library.algorithms]]
name = "Blowfish"
primitive = "symmetric"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bEVP_bf_\\w+\\s*\\(",
# Explicit EVP Blowfish mode calls
"\\bEVP_bf_(?:cbc|ecb|cfb|ofb)\\s*\\(",
"\\bBF_set_key\\s*\\(",
"\\bBF_encrypt\\s*\\(",
"\\bBF_decrypt\\s*\\(",
"\\bBF_ecb_encrypt\\s*\\(",
"\\bBF_cbc_encrypt\\s*\\(",
]
[[library.algorithms]]
name = "CAST5"
primitive = "symmetric"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bEVP_cast5_\\w+\\s*\\(",
# Explicit EVP CAST5 mode calls
"\\bEVP_cast5_(?:cbc|ecb|cfb|ofb)\\s*\\(",
"\\bCAST_set_key\\s*\\(",
"\\bCAST_encrypt\\s*\\(",
"\\bCAST_decrypt\\s*\\(",
"\\bCAST_ecb_encrypt\\s*\\(",
"\\bCAST_cbc_encrypt\\s*\\(",
]
[[library.algorithms]]
name = "Camellia"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_camellia_\\d+_(?:cbc|cfb|cfb1|cfb8|cfb128|ecb|ofb)\\s*\\(",
"\\bCamellia_",
"\\bCamellia_set_key",
"\\bCamellia_encrypt",
"\\bCamellia_decrypt",
]
[[library.algorithms]]
name = "IDEA"
primitive = "symmetric"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bEVP_idea_",
"\\bIDEA_",
"\\bEVP_idea_cbc",
"\\bEVP_idea_ecb",
"\\bEVP_idea_cfb",
"\\bEVP_idea_ofb",
"\\bIDEA_set_encrypt_key",
"\\bIDEA_set_decrypt_key",
]
[[library.algorithms]]
name = "RC2"
primitive = "symmetric"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bEVP_rc2_(?:cbc|ecb|cfb|cfb64|ofb|40_cbc|64_cbc)\\s*\\(",
"\\bRC2_",
"\\bRC2_set_key",
"\\bRC2_encrypt",
"\\bRC2_decrypt",
]
[[library.algorithms]]
name = "RC4"
primitive = "symmetric"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bEVP_rc4\\s*\\(",
"\\bEVP_rc4_40\\s*\\(",
"\\bEVP_rc4_hmac_md5\\s*\\(",
"\\bRC4_set_key\\s*\\(",
"\\bRC4\\s*\\(",
]
[[library.algorithms]]
name = "RC5"
primitive = "symmetric"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bEVP_rc5_",
"\\bRC5_",
"\\bEVP_rc5_32_12_16",
"\\bRC5_32_set_key",
"\\bRC5_32_encrypt",
"\\bRC5_32_decrypt",
]
[[library.algorithms]]
name = "SEED"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_seed_(?:cbc|ecb|cfb|cfb128|ofb)\\s*\\(",
"\\bSEED_",
"\\bSEED_set_key",
"\\bSEED_encrypt",
"\\bSEED_decrypt",
]
[[library.algorithms]]
name = "ChaCha20"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_chacha20\\s*\\(",
"\\bChaCha20_",
"\\bCHACHA20",
]
[[library.algorithms]]
name = "ChaCha20-Poly1305"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_chacha20_poly1305\\s*\\(",
"\\bChaCha20_Poly1305",
]
[[library.algorithms]]
name = "ARIA"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_aria_\\d+_(?:cbc|cfb|cfb1|cfb8|cfb128|ctr|ecb|ofb|ccm|gcm)\\s*\\(",
"\\bARIA_",
"\\bARIA_set_encrypt_key",
"\\bARIA_set_decrypt_key",
"\\bARIA_encrypt",
"\\bARIA_decrypt",
]
[[library.algorithms]]
name = "SM4"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_sm4_(?:cbc|ecb|cfb|cfb128|ofb|ctr)\\s*\\(",
"\\bSM4_",
"\\bSM4_set_key",
"\\bSM4_encrypt",
"\\bSM4_decrypt",
]
[[library.algorithms]]
name = "AES-CBC"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_aes_(?:128|192|256)_cbc\\s*\\(",
]
[[library.algorithms.parameter_patterns]]
name = "keySize"
pattern = "EVP_aes_(\\d+)_cbc"
[[library.algorithms]]
name = "ECDSA-P256"
primitive = "signature"
nistQuantumSecurityLevel = 1
symbol_patterns = [
"\\bNID_X9_62_prime256v1",
"\\bNID_prime256v1",
]
[[library.algorithms]]
name = "ECDSA-P384"
primitive = "signature"
nistQuantumSecurityLevel = 2
symbol_patterns = [
"\\bNID_secp384r1",
]
[[library.algorithms]]
name = "ECDSA-P521"
primitive = "signature"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bNID_secp521r1",
]
[[library.algorithms]]
name = "DH"
primitive = "keyexchange"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bEVP_PKEY_DH",
"\\bDH_",
"\\bEVP_PKEY_CTX_set_dh_paramgen_prime_len",
]
[[library.algorithms.parameter_patterns]]
name = "keySize"
pattern = "EVP_PKEY_CTX_set_dh_paramgen_prime_len\\s*\\([^,]+,\\s*(\\d+)"
[[library.algorithms]]
name = "PBKDF2"
primitive = "kdf"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bPKCS5_PBKDF2_HMAC",
]
[[library.algorithms.parameter_patterns]]
name = "iterations"
pattern = "PKCS5_PBKDF2_HMAC\\([^,]+,[^,]+,[^,]+,[^,]+,\\s*(\\d+)"
[[library.algorithms]]
name = "Scrypt"
primitive = "kdf"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_PBE_scrypt",
]
[[library.algorithms.parameter_patterns]]
name = "N"
pattern = "EVP_PBE_scrypt\\([^,]+,[^,]+,[^,]+,[^,]+,\\s*(\\d+)"
[[library.algorithms]]
name = "HKDF"
primitive = "kdf"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bEVP_PKEY_HKDF",
"\\bEVP_PKEY_derive_init",
"\\bEVP_PKEY_CTX_set_hkdf_md",
]
[[library]]
name = "libsodium"
languages = ["C", "C++"]
[library.patterns]
include = [
"^\\s*#\\s*include\\s*<sodium(?:/[^>]+)?(?:\\.h)?>",
"^\\s*#\\s*include\\s*<sodium\\.h>",
]
apis = [
"\\bcrypto_secretbox_(?:easy|open_easy)\\s*\\(",
"\\bcrypto_aead_aes256gcm_(?:encrypt|decrypt|keygen)\\s*\\(",
"\\bcrypto_aead_chacha20poly1305_ietf_(?:encrypt|decrypt)\\s*\\(",
"\\bcrypto_aead_xchacha20poly1305_ietf_(?:encrypt|decrypt)\\s*\\(",
"\\bcrypto_auth(?:_verify)?\\s*\\(",
"\\bcrypto_auth_hmacsha256(?:_keygen|_verify)?\\s*\\(",
"\\bcrypto_hash_sha256\\s*\\(",
"\\bcrypto_sign(?:_keypair|_detached|_verify_detached|_open)?\\s*\\(",
"\\bcrypto_generichash\\s*\\(",
"\\bcrypto_scalarmult\\s*\\(",
"\\bsodium_init\\s*\\(",
"\\brandombytes_buf\\s*\\(",
]
# Algorithm definitions for libsodium
[[library.algorithms]]
name = "XSalsa20-Poly1305"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bcrypto_secretbox",
"\\bcrypto_box_(?:easy|open_easy|detached|open_detached|seal|seal_open|afternm|open_afternm|easy_afternm|open_easy_afternm)",
]
[[library.algorithms]]
name = "ChaCha20-Poly1305"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bcrypto_aead_chacha20poly1305_ietf",
]
[[library.algorithms]]
name = "XChaCha20-Poly1305"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bcrypto_aead_xchacha20poly1305_ietf",
]
[[library.algorithms]]
name = "AES-256-GCM"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bcrypto_aead_aes256gcm_(?:keygen|encrypt|decrypt)",
]
[[library.algorithms]]
name = "X25519"
primitive = "keyexchange"
nistQuantumSecurityLevel = 1
symbol_patterns = [
"\\bcrypto_scalarmult",
"\\bcrypto_scalarmult_curve25519",
"\\bcrypto_kx",
"\\bcrypto_box",
]
[[library.algorithms]]
name = "Ed25519"
primitive = "signature"
nistQuantumSecurityLevel = 1
symbol_patterns = [
"\\bcrypto_sign",
"\\bcrypto_sign_ed25519",
]
[[library.algorithms]]
name = "BLAKE2b"
primitive = "hash"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bcrypto_generichash",
"\\bcrypto_generichash_blake2b",
]
[[library.algorithms]]
name = "SHA-256"
primitive = "hash"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bcrypto_hash_sha256",
]
[[library.algorithms]]
name = "SHA-512"
primitive = "hash"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bcrypto_hash_sha512",
]
[[library.algorithms]]
name = "HMAC-SHA256"
primitive = "mac"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bcrypto_auth_hmacsha256",
]
[[library.algorithms]]
name = "HMAC-SHA512"
primitive = "mac"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bcrypto_auth_hmacsha512",
]
[[library.algorithms]]
name = "HMAC-SHA512-256"
primitive = "mac"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bcrypto_auth\\s*\\(",
"\\bcrypto_auth_verify\\s*\\(",
"\\bcrypto_auth_keygen\\s*\\(",
]
[[library.algorithms]]
name = "Poly1305"
primitive = "mac"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bcrypto_onetimeauth",
]
[[library]]
name = "liboqs"
languages = ["C", "C++"]
[library.patterns]
include = [
"^\\s*#\\s*include\\s*<oqs/oqs\\.h>",
"^\\s*#\\s*include\\s*<oqs/kem\\.h>",
"^\\s*#\\s*include\\s*<oqs/sig\\.h>",
]
apis = [
"\\bOQS_KEM_[A-Za-z0-9_]+\\s*\\(",
"\\bOQS_SIG_[A-Za-z0-9_]+\\s*\\(",
"\\bOQS_KEM_[A-Za-z0-9_]+\\b",
"\\bOQS_SIG_[A-Za-z0-9_]+\\b",
]
# Algorithm definitions for liboqs
[[library.algorithms]]
name = "Kyber-512"
primitive = "keyexchange"
nistQuantumSecurityLevel = 1
symbol_patterns = [
"\\bOQS_KEM_(?:alg_)?kyber_512\\b",
"\\bKyber512\\b",
]
[[library.algorithms]]
name = "Kyber-768"
primitive = "keyexchange"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bOQS_KEM_(?:alg_)?kyber_768\\b",
"\\bKyber768\\b",
]
[[library.algorithms]]
name = "Kyber-1024"
primitive = "keyexchange"
nistQuantumSecurityLevel = 5
symbol_patterns = [
"\\bOQS_KEM_(?:alg_)?kyber_1024\\b",
"\\bKyber1024\\b",
]
[[library.algorithms]]
name = "ML-DSA-44"
primitive = "signature"
nistQuantumSecurityLevel = 2
symbol_patterns = [
"\\bOQS_SIG_alg_ml_dsa_44\\b",
"\\bML-DSA-44\\b",
]
[[library.algorithms]]
name = "ML-DSA-65"
primitive = "signature"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bOQS_SIG_alg_ml_dsa_65\\b",
"\\bML-DSA-65\\b",
]
[[library.algorithms]]
name = "ML-DSA-87"
primitive = "signature"
nistQuantumSecurityLevel = 5
symbol_patterns = [
"\\bOQS_SIG_alg_ml_dsa_87\\b",
"\\bML-DSA-87\\b",
]
[[library.algorithms]]
name = "Falcon-512"
primitive = "signature"
nistQuantumSecurityLevel = 1
symbol_patterns = [
"\\bOQS_SIG_(?:alg_)?falcon_512\\b",
"\\bFalcon-512\\b",
]
[[library.algorithms]]
name = "Falcon-1024"
primitive = "signature"
nistQuantumSecurityLevel = 5
symbol_patterns = [
"\\bOQS_SIG_(?:alg_)?falcon_1024\\b",
"\\bFalcon-1024\\b",
]
[[library.algorithms]]
name = "SPHINCS+-128"
primitive = "signature"
nistQuantumSecurityLevel = 1
symbol_patterns = [
"\\bOQS_SIG_(?:alg_)?sphincs(?:_sha2|_shake)?_128\\w*\\b",
"\\bSPHINCS\\+-(?:SHA2|SHAKE)-128[\\w-]*\\b",
]
[[library.algorithms]]
name = "SPHINCS+-192"
primitive = "signature"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bOQS_SIG_(?:alg_)?sphincs(?:_sha2|_shake)?_192\\w*\\b",
"\\bSPHINCS\\+-(?:SHA2|SHAKE)-192[\\w-]*\\b",
]
[[library.algorithms]]
name = "SPHINCS+-256"
primitive = "signature"
nistQuantumSecurityLevel = 5
symbol_patterns = [
"\\bOQS_SIG_(?:alg_)?sphincs(?:_sha2|_shake)?_256\\w*\\b",
"\\bSPHINCS\\+-(?:SHA2|SHAKE)-256[\\w-]*\\b",
]
[[library]]
name = "mlkem-native"
languages = ["C", "C++"]
[library.patterns]
include = [
"^\\s*#\\s*include\\s*<mlkem/mlkem_native\\.h>",
"^\\s*#\\s*include\\s*<mlkem_native\\.h>",
"^\\s*#\\s*include\\s*\"mlkem_native\\.h\"",
]
apis = [
"\\bcrypto_kem_(?:keypair(?:_derand)?|enc(?:_derand)?|dec|check_pk|check_sk)\\b",
"\\bMLKEM(?:512|768|1024)_(?:SECRETKEYBYTES|PUBLICKEYBYTES|CIPHERTEXTBYTES|SYMBYTES|BYTES)\\b",
]
# Algorithm definitions for mlkem-native
[[library.algorithms]]
name = "ML-KEM-512"
primitive = "keyexchange"
nistQuantumSecurityLevel = 1
symbol_patterns = [
"\\bMLKEM512_(?:SECRETKEYBYTES|PUBLICKEYBYTES|CIPHERTEXTBYTES|SYMBYTES|BYTES)\\b",
]
[[library.algorithms]]
name = "ML-KEM-768"
primitive = "keyexchange"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bMLKEM768_(?:SECRETKEYBYTES|PUBLICKEYBYTES|CIPHERTEXTBYTES|SYMBYTES|BYTES)\\b",
]
[[library.algorithms]]
name = "ML-KEM-1024"
primitive = "keyexchange"
nistQuantumSecurityLevel = 5
symbol_patterns = [
"\\bMLKEM1024_(?:SECRETKEYBYTES|PUBLICKEYBYTES|CIPHERTEXTBYTES|SYMBYTES|BYTES)\\b",
]
[[library]]
name = "Libgcrypt"
languages = ["C", "C++"]
[library.patterns]
include = [
"^\\s*#\\s*include\\s*<gcrypt\\.h>",
]
apis = [
"\\bgcry_[A-Za-z0-9_]+\\s*\\(",
]
# Algorithm definitions for Libgcrypt
[[library.algorithms]]
name = "RSA"
primitive = "signature"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bgcry_pk_genkey.*RSA",
"\\bGCRY_PK_RSA",
]
[[library.algorithms]]
name = "AES"
primitive = "symmetric"
nistQuantumSecurityLevel = 3
symbol_patterns = [
"\\bgcry_cipher_open.*AES",
"\\bGCRY_CIPHER_AES",
"\\bGCRY_CIPHER_AES128",
"\\bGCRY_CIPHER_AES192",
"\\bGCRY_CIPHER_AES256",
]
[[library.algorithms]]
name = "DES"
primitive = "symmetric"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bgcry_cipher_open.*DES",
"\\bGCRY_CIPHER_DES",
]
[[library.algorithms]]
name = "3DES"
primitive = "symmetric"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bgcry_cipher_open.*3DES",
"\\bGCRY_CIPHER_3DES",
"\\bGCRY_CIPHER_DES_SK",
]
[[library.algorithms]]
name = "Blowfish"
primitive = "symmetric"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bgcry_cipher_open.*BLOWFISH",
"\\bGCRY_CIPHER_BLOWFISH",
]
[[library.algorithms]]
name = "CAST5"
primitive = "symmetric"
nistQuantumSecurityLevel = 0
symbol_patterns = [
"\\bgcry_cipher_open.*CAST5",
"\\bGCRY_CIPHER_CAST5",
]