purebasic headers for cryptosyski
Posted: Sun Nov 03, 2013 11:22 am
this is a super library for encrytion "http://www.cryptosys.net/pki/" and my header for it. maybe someone can use it.
Code: Select all
; GENERAL CONSTANTS ;
#PKI_DIR_ENCRYPT = 1
#PKI_DIR_DECRYPT = 0
; Synonyms for direction ;
#ENCRYPT = 1
#DECRYPT = 0
; Maximum number of bytes in hash digest byte array ;
#PKI_MAX_HASH_BYTES = 64
#PKI_SHA1_BYTES = 20
#PKI_SHA224_BYTES = 28
#PKI_SHA256_BYTES = 32
#PKI_SHA384_BYTES = 48
#PKI_SHA512_BYTES = 64
#PKI_MD5_BYTES = 16
#PKI_MD2_BYTES = 16
; Maximum number of hex characters in hash digest (excl null) ;
#PKI_MAX_HASH_CHARS = (2*#PKI_MAX_HASH_BYTES)
#PKI_SHA1_CHARS = (2*#PKI_SHA1_BYTES)
#PKI_SHA224_CHARS = (2*#PKI_SHA224_BYTES)
#PKI_SHA256_CHARS = (2*#PKI_SHA256_BYTES)
#PKI_SHA384_CHARS = (2*#PKI_SHA384_BYTES)
#PKI_SHA512_CHARS = (2*#PKI_SHA512_BYTES)
#PKI_MD5_CHARS = (2*#PKI_MD5_BYTES)
#PKI_MD2_CHARS = (2*#PKI_MD2_BYTES)
; Synonym retained for backwards compatibility ;
#PKI_MAX_HASH_LEN = #PKI_MAX_HASH_CHARS
; Encryption block sizes in bytes ;
#PKI_BLK_TDEA_BYTES = 8
#PKI_BLK_AES_BYTES = 16
; Key size in bytes ;
#PKI_KEYSIZE_TDEA_BYTES = 24
#PKI_KEYSIZE_MAX_BYTES = 32
; Required size for RNG seed file ;
#PKI_RNG_SEED_BYTES = 64
; OPTION FLAGS ;
#PKI_DEFAULT = 0
; Signature algorithms ;
#PKI_SIG_SHA1RSA = 0
#PKI_SIG_MD5RSA = 1
#PKI_SIG_MD2RSA = 2
#PKI_SIG_SHA256RSA = 3
#PKI_SIG_SHA384RSA = 4
#PKI_SIG_SHA512RSA = 5
#PKI_SIG_SHA224RSA = 6
; PKCS#5 Password-based encryption algorithms ;
#PKI_PBE_SHA_3DES = 0
#PKI_PBE_MD5_DES = 1
#PKI_PBE_MD2_DES = 2
#PKI_PBE_SHA_DES = 3
#PKI_PBES2_3DES = 4
#PKI_PBE_PBES2 = 4096
; Message digest hash algorithms ;
#PKI_HASH_SHA1 = 0
#PKI_HASH_MD5 = 1
#PKI_HASH_MD2 = 2
#PKI_HASH_SHA256 = 3
#PKI_HASH_SHA384 = 4
#PKI_HASH_SHA512 = 5
#PKI_HASH_SHA224 = 6
#PKI_HASH_MODE_TEXT= 65536
; nFermatExp values for RSA exponent ;
#PKI_RSAEXP_EQ_3 = 0
#PKI_RSAEXP_EQ_5 = 1
#PKI_RSAEXP_EQ_17 = 2
#PKI_RSAEXP_EQ_257 = 3
#PKI_RSAEXP_EQ_65537 = 4
; Return values for RSA_CheckKey ;
#PKI_VALID_PUBLICKEY = 1
#PKI_VALID_PRIVATEKEY = 0
; RSA key generation ;
#PKI_KEYGEN_INDICATE = 16777216
#PKI_KEY_FORMAT_PEM = 65536
#PKI_KEY_FORMAT_SSL = 131072
#PKI_PFX_NO_PRIVKEY = 16
#PKI_PFX_PLAIN_CERT = 33554432 ; New in v3.8 ;
#PKI_PFX_CLONE_KEY = 67108864 ; New in v3.8 ;
#PKI_PFX_ALT_FORMAT = 1048576 ; New in v3.8 ;
#PKI_CMS_FORMAT_BASE64 = 65536
#PKI_CMS_EXCLUDE_CERTS = 256
#PKI_CMS_EXCLUDE_DATA = 512
#PKI_CMS_INCLUDE_ATTRS = 2048
#PKI_CMS_ADD_SIGNTIME = 4096
#PKI_CMS_ADD_SMIMECAP = 8192
#PKI_CMS_CERTS_ONLY = 1024
#PKI_CMS_NO_OUTER = 33554432
#PKI_CMS_ALT_ALGID = 67108864
#PKI_CMS_BIGFILE = 134217728
#PKI_XML_RSAKEYVALUE = 1
#PKI_XML_EXCLPRIVATE = 16
#PKI_XML_HEXBINARY = 256
#PKI_EME_DEFAULT = 0
#PKI_EME_PKCSV1_5 = 0
#PKI_EME_OAEP = 16
#PKI_EMSIG_DEFAULT = 32
#PKI_EMSIG_PKCSV1_5 = 32
#PKI_EMSIG_DIGESTONLY = 4096
#PKI_EMSIG_DIGINFO = 8192
#PKI_EMSIG_ISO9796 = 1048576
; Option flags ;
#PKI_X509_FORMAT_PEM = 65536
#PKI_X509_FORMAT_BIN = 131072
#PKI_X509_REQ_KLUDGE = 1048576
#PKI_X509_NO_TIMECHECK = 2097152
#PKI_X509_LATIN1 = 4194304
#PKI_X509_UTF8 = 8388608
#PKI_X509_AUTHKEYID = 16777216
#PKI_X509_NO_BASIC = 33554432
#PKI_X509_CA_TRUE = 67108864
#PKI_X509_VERSION1 = 134217728
; Flags for Key Usage ;
#PKI_X509_KEYUSAGE_DIGITALSIGNATURE = 1
#PKI_X509_KEYUSAGE_NONREPUDIATION = 2
#PKI_X509_KEYUSAGE_KEYENCIPHERMENT = 4
#PKI_X509_KEYUSAGE_DATAENCIPHERMENT = 8
#PKI_X509_KEYUSAGE_KEYAGREEMENT = 16
#PKI_X509_KEYUSAGE_KEYCERTSIGN = 32
#PKI_X509_KEYUSAGE_CRLSIGN = 64
#PKI_X509_KEYUSAGE_ENCIPHERONLY = 128
#PKI_X509_KEYUSAGE_DECIPHERONLY = 256
; Specific return values ;
#PKI_X509_EXPIRED = -1
#PKI_X509_VALID_NOW = 0
#PKI_X509_VERIFY_SUCCESS = 0
#PKI_X509_VERIFY_FAILURE = -1
#PKI_X509_REVOKED = 1
#PKI_X509_INVALID = 1
; Return values for CNV_CheckUTF ;
#PKI_CHRS_NOT_UTF8 = 0
#PKI_CHRS_ALL_ASCII = 1
#PKI_CHRS_ANSI8 = 2
#PKI_CHRS_MULTIBYTE = 3
#PKI_CNV_UTF8_FROM_LATIN1 = 1
#PKI_CNV_LATIN1_FROM_UTF8 = 2
; Flags and return values for X.509 and CMS query functions ;
#PKI_QUERY_GETTYPE = 1048576
#PKI_QUERY_NUMBER = 1
#PKI_QUERY_STRING = 2
#PKI_QUERY_DEFINED_ = 1
; Options for RNG functions ;
#PKI_RNG_STRENGTH_112 = 0
#PKI_RNG_STRENGTH_128 = 1
; New options in v3.2... ;
; Block cipher (BC) algorithm options ;
#PKI_BC_TDEA = 16
#PKI_BC_3DES = 16
#PKI_BC_DESEDE3 = 16
#PKI_BC_AES128 = 32
#PKI_BC_AES192 = 48
#PKI_BC_AES256 = 64
; Block cipher mode options ;
#PKI_MODE_ECB = 0
#PKI_MODE_CBC = 256
#PKI_MODE_OFB = 512
#PKI_MODE_CFB = 768
#PKI_MODE_CTR = 1024
; Key transport algorithms ;
#PKI_KT_RSAES_PKCS = 0
#PKI_KT_RSA_KEM = 8192
#PKI_IV_PREFIX = 4096
#PKII_PAD_LEAVE = 8192
; Key derivation functions ;
#KI_KDF_KDF2 = 0
#PKI_GEN_PLATFORM = 64
Code: Select all
IncludeFile "Cryptosyspki_Const.pb"
Import "diCrPKI.lib"
; GENERAL FUNCTIONS ;
PKI_Version.l(reserved1.l, reserved2.l) As "PKI_Version"
PKI_LicenceType.l(reserved.l) As "PKI_LicenceType"
PKI_LastError.l(*szErrMsg.p-unicode, nMsgLen.l) As "PKI_LastError"
PKI_ErrorCode.l() As "PKI_ErrorCode"
PKI_ErrorLookup.l(*szErrMsg.p-unicode, nMsgLen.l, nErrCode.l) As "PKI_ErrorLookup"
PKI_CompileTime.l(*szTimestamp.p-unicode, nLen.l) As "PKI_CompileTime"
PKI_ModuleName.l(*szTimestamp.p-unicode, nLen.l, reserved.l) As "PKI_ModuleName"
PKI_PowerUpTests.l(nOptions.l) As "PKI_PowerUpTests"
; RFC3369 CRYPTOGRAPHIC MESSAGE SYNTAX FUNCTIONS ;
CMS_MakeEnvData.l(*szFileOut.p-unicode, *szFileIn.p-unicode, *szCertList.p-unicode, *sSeed.p-unicode, nSeedLen.l, nOptions.l) As "CMS_MakeEnvData"
CMS_MakeEnvDataFromString.l(*szFileOut.p-unicode, *szDataIn.p-unicode, *szCertList.p-unicode, *sSeed.p-unicode, nSeedLen.l, nOptions.l) As "CMS_MakeEnvDataFromString"
CMS_ReadEnvData.l(*szFileOut.p-unicode, *szFileIn.p-unicode, *szX509File.p-unicode, *szRSAPrivateKey.p-unicode, nOptions.l) As "CMS_ReadEnvData"
CMS_ReadEnvDataToString.l(*szDataOut.p-unicode, nDataOutLen.l, *szFileIn.p-unicode, *szX509File.p-unicode, *szRSAPrivateKey.p-unicode, nOptions.l) As "CMS_ReadEnvDataToString"
CMS_MakeSigData.l(*szFileOut.p-unicode, *szFileIn.p-unicode, *szCertList.p-unicode, *szRSAPrivateKey.p-unicode, nOptions.l) As "CMS_MakeSigData"
CMS_MakeSigDataFromString.l(*szFileOut.p-unicode, *szDataIn.p-unicode, *szCertList.p-unicode, *szRSAPrivateKey.p-unicode, nOptions.l) As "CMS_MakeSigDataFromString"
CMS_MakeSigDataFromSigValue.l(*szFileOut.p-unicode, *pSigValue.p-unicode, nSigLen.l, *pData.p-unicode, nDataLen.l, *szCertList.p-unicode, nOptions.l) As "CMS_MakeSigDataFromSigValue"
CMS_MakeDetachedSig.l(*szFileOut.p-unicode, *szHexDigest.p-unicode, *szCertList.p-unicode, *szRSAPrivateKey.p-unicode, nOptions.l) As "CMS_MakeDetachedSig"
CMS_ReadSigData.l(*szFileOut.p-unicode, *szFileIn.p-unicode, nOptions.l) As "CMS_ReadSigData"
CMS_ReadSigDataToString.l(*szDataOut.p-unicode, nDataOutLen.l, *szFileIn.p-unicode, nOptions.l) As "CMS_ReadSigDataToString"
CMS_GetSigDataDigest.l(*szHexDigestOut.p-unicode, nDigestLen.l, *szFileIn.p-unicode, *szX509File.p-unicode, nOptions.l) As "CMS_GetSigDataDigest"
CMS_VerifySigData.l(*szFileIn.p-unicode, *szX509File.p-unicode, *szHexDigest.p-unicode, nOptions.l) As "CMS_VerifySigData"
CMS_QuerySigData.l(*szDataOut.p-unicode, nDataOutLen.l, *szFileIn.p-unicode, *szQuery.p-unicode, nOptions.l) As "CMS_QuerySigData"
CMS_QueryEnvData.l(*szDataOut.p-unicode, nDataOutLen.l, *szFileIn.p-unicode, *szQuery.p-unicode, nOptions.l) As "CMS_QueryEnvData"
; RSA KEY FUNCTIONS ;
RSA_MakeKeys.l(*szPubKeyFile.p-unicode, *szPVKFile.p-unicode, nBits.l, nExpFermat.l, nTests.l, nCount.l, *szPassword.p-unicode, *lpSeed.p-unicode, nSeedLen.l, nOptions.l) As "RSA_MakeKeys"
RSA_ReadEncPrivateKey.l(*szOutput.p-unicode, nOutputLen.l, *szPVKFile.p-unicode, *szPassword.p-unicode, nOptions.l) As "RSA_ReadEncPrivateKey"
RSA_ReadPrivateKeyInfo.l(*szOutput.p-unicode, nOutputLen.l, *szKeyFile.p-unicode, nOptions.l) As "RSA_ReadPrivateKeyInfo"
RSA_GetPrivateKeyFromPFX.l(*szOutputFile.p-unicode, *szPfxFile.p-unicode, nOptions.l) As "RSA_GetPrivateKeyFromPFX"
RSA_ReadPublicKey.l(*szOutput.p-unicode, nOutputLen.l, *szKeyFile.p-unicode, nOptions.l) As "RSA_ReadPublicKey"
RSA_GetPublicKeyFromCert.l(*szOutput.p-unicode, nOutputLen.l, *szCertFile.p-unicode, nOptions.l) As "RSA_GetPublicKeyFromCert"
RSA_SavePublicKey.l(*szFileOut.p-unicode, *szKeyString.p-unicode, nOptions.l) As "RSA_SavePublicKey"
RSA_SavePrivateKeyInfo.l(*szFileOut.p-unicode, *szKeyString.p-unicode, nOptions.l) As "RSA_SavePrivateKeyInfo"
RSA_SaveEncPrivateKey.l(*szFileOut.p-unicode, *szKeyString.p-unicode, nCount.l, *szPassword.p-unicode, nOptions.l) As "RSA_SaveEncPrivateKey"
RSA_KeyBits.l(*szKeyString.p-unicode) As "RSA_KeyBits"
RSA_KeyBytes.l(*szKeyString.p-unicode) As "RSA_KeyBytes"
RSA_ToXMLString.l(*szOutput.p-unicode, nOutputLen.l, *szKeyString.p-unicode, nOptions.l) As "RSA_ToXMLString"
RSA_FromXMLString.l(*szOutput.p-unicode, nOutputLen.l, *szXmlString.p-unicode, nOptions.l) As "RSA_FromXMLString"
RSA_CheckKey.l(*szKeyString.p-unicode, nOptions.l) As "RSA_CheckKey"
RSA_KeyHashCode.l(*szKeyString.p-unicode) As "RSA_KeyHashCode"
RSA_KeyMatch.l(*szPrivateKey.p-unicode, *szPublicKey.p-unicode) As "RSA_KeyMatch"
RSA_ReadPrivateKeyFromPFX.l(*szOutput.p-unicode, nOutChars.l, *szPfxFile.p-unicode, *szPassword.p-unicode, nOptions.l) As "RSA_ReadPrivateKeyFromPFX"
RSA_PublicKeyFromPrivate.l(*szOutput.p-unicode, nOutChars.l, *szKeyString.p-unicode, nOptions.l) As "RSA_PublicKeyFromPrivate"
; 'RAW' RSA ENCRYPTION/DECRYPTION FUNCTIONS ;
RSA_RawPublic.l(*lpData.p-unicode, nDataLen.l, *szPublicKey64.p-unicode, nOptions.l) As "RSA_RawPublic"
RSA_RawPrivate.l(*lpData.p-unicode, nDataLen.l, *szPrivateKey64.p-unicode, nOptions.l) As "RSA_RawPrivate"
RSA_EncodeMsg.l(*lpOutput.p-unicode, nOutputLen.l, *abMessage.p-unicode, nMsgLen.l, nOptions.l) As "RSA_EncodeMsg"
RSA_DecodeMsg.l(*lpOutput.p-unicode, nOutputLen.l, *abInput.p-unicode, nInputLen.l, nOptions.l) As "RSA_DecodeMsg"
; SIGNATURE FUNCTIONS [new in v3.7] ;
SIG_Sign.l(*szOutput.p-unicode, nOutChars.l, *lpMessage.p-unicode, nMsgLen.l, *szKeyFileOrString.p-unicode, *szPassword.p-unicode, nOptions.l) As "SIG_Sign"
SIG_Verify.l(*szSig64.p-unicode, *lpMessage.p-unicode, nMsgLen.l, *szKeyFileOrString.p-unicode, nOptions.l) As "SIG_Verify"
SIG_ExtractDigest.l(*szOutput.p-unicode, nOutChars.l, *szSig64.p-unicode, *szKeyFileOrString.p-unicode, nOptions.l) ; PKCS12 FILE FUNCTIONS ; As "SIG_ExtractDigest"
PFX_MakeFile.l(*szFileOut.p-unicode, *szCertFile.p-unicode, *szKeyFile.p-unicode, *szPassword.p-unicode, *szFriendlyName.p-unicode, options.l) As "PFX_MakeFile"
PFX_VerifySig.l(*szFileName.p-unicode, *szPassword.p-unicode, options.l) As "PFX_VerifySig"
; X509 CERTIFICATE FUNCTIONS ;
X509_MakeCert.l(*certfile.p-unicode, *issuerCert.p-unicode, *subjectPubkeyFile.p-unicode, *issuerPvkInfoFile.p-unicode, certnum.l, yearsvalid.l, *distName.p-unicode, *extensions.p-unicode, keyUsageFlags.l, *password.p-unicode, optionFlags.l) As "X509_MakeCert"
X509_MakeCertSelf.l(*certfile.p-unicode, *epkfile.p-unicode, certnum.l, yearsvalid.l, *distName.p-unicode, *extensions.p-unicode, keyUsageFlags.l, *password.p-unicode, optionFlags.l) As "X509_MakeCertSelf"
X509_CertRequest.l(*reqfile.p-unicode, *epkfile.p-unicode, *distName.p-unicode, *reserved.p-unicode, *password.p-unicode, optionFlags.l) As "X509_CertRequest"
X509_VerifyCert.l(*szCertToVerify.p-unicode, *szIssuerCert.p-unicode, nOptions.l) As "X509_VerifyCert"
X509_CertThumb.l(*szCertFile.p-unicode, *szHash.p-unicode, nHashLen.l, nOptions.l) As "X509_CertThumb"
X509_CertIsValidNow.l(*szCertFile.p-unicode, nOptions.l) As "X509_CertIsValidNow"
X509_CertIssuedOn.l(*szCertFile.p-unicode, *szOutput.p-unicode, nOutChars.l, nOptions.l) As "X509_CertIssuedOn"
X509_CertExpiresOn.l(*szCertFile.p-unicode, *szOutput.p-unicode, nOutChars.l, nOptions.l) As "X509_CertExpiresOn"
X509_CertSerialNumber.l(*szCertFile.p-unicode, *szOutput.p-unicode, nOutChars.l, nOptions.l) As "X509_CertSerialNumber"
X509_HashIssuerAndSN.l(*szCertFile.p-unicode, *szOutput.p-unicode, nOutChars.l, nOptions.l) As "X509_HashIssuerAndSN"
X509_CertIssuerName.l(*szCertFile.p-unicode, *szOutput.p-unicode, nOutChars.l, *szDelim.p-unicode, nOptions.l) As "X509_CertIssuerName"
X509_CertSubjectName.l(*szCertFile.p-unicode, *szOutput.p-unicode, nOutChars.l, *szDelim.p-unicode, nOptions.l) As "X509_CertSubjectName"
X509_GetCertFromP7Chain.l(*szOutput.p-unicode, *szP7cFile.p-unicode, nIndex.l, nOptions.l) As "X509_GetCertFromP7Chain"
X509_GetCertFromPFX.l(*szOutput.p-unicode, *szPfxFile.p-unicode, *szReserved.p-unicode, nOptions.l) As "X509_GetCertFromPFX"
X509_KeyUsageFlags.l(*szCertFile.p-unicode) As "X509_KeyUsageFlags"
X509_QueryCert.l(*szOutput.p-unicode, nOutChars.l, *szCertFile.p-unicode, *szQuery.p-unicode, nOptions.l) As "X509_QueryCert"
X509_ReadStringFromFile.l(*szOutput.p-unicode, nOutChars.l, *szCertFile.p-unicode, nOptions.l) As "X509_ReadStringFromFile"
X509_SaveFileFromString.l(*szOutput.p-unicode, *szCertString.p-unicode, nOptions.l) As "X509_SaveFileFromString"
X509_TextDump.l(*szFileOut.p-unicode, *szCertFile.p-unicode, nOptions.l) As "X509_TextDump"
X509_ValidatePath.l(*szCertListOrP7File.p-unicode, *szTrustedCert.p-unicode, nOptions.l) As "X509_ValidatePath"
; X509 CRL FUNCTIONS [new in v3.5] ;
X509_MakeCRL.l(*szCrlFile.p-unicode, *szIssuerCert.p-unicode, *szIssuerKeyFile.p-unicode, *szPassword.p-unicode, *szRevokedCertList.p-unicode, *szExtensions.p-unicode, nOptions.l) As "X509_MakeCRL"
X509_CheckCertInCRL.l(*szCertFile.p-unicode, *szCrlFile.p-unicode, *szCRLIssuerCert.p-unicode, *szDate.p-unicode, nOptions.l) As "X509_CheckCertInCRL"
; ONLINE CERTIFICATE STATUS PROTOCOL .l(OCSP) FUNCTIONS [new in v3.5] ;
OCSP_MakeRequest.l(*szOutput.p-unicode, nOutChars.l, *szIssuerCert.p-unicode, *szCertFileOrSerialNum.p-unicode, *szExtensions.p-unicode, nOptions.l) As "OCSP_MakeRequest"
OCSP_ReadResponse.l(*szOutput.p-unicode, nOutChars.l, *szResponseFile.p-unicode, *szIssuerCert.p-unicode, *szExtensions.p-unicode, nOptions.l) As "OCSP_ReadResponse"
; TRIPLE DES FUNCTIONS ;
TDEA_HexMode.l(*szOutput.p-unicode, *szInput.p-unicode, *szKey.p-unicode, fEncrypt.l, *szMode.p-unicode, *szIV.p-unicode) As "TDEA_HexMode"
TDEA_B64Mode.l(*szOutput.p-unicode, *szInput.p-unicode, *szKey.p-unicode, fEncrypt.l, *szMode.p-unicode, *szIV.p-unicode) As "TDEA_B64Mode"
TDEA_BytesMode.l(*lpOutput.p-unicode, *lpInput.p-unicode, nBytes.l, *lpKey.p-unicode, fEncrypt.l, *szMode.p-unicode, *lpIV.p-unicode) As "TDEA_BytesMode"
TDEA_File.l(*szFileOut.p-unicode, *szFileIn.p-unicode, *lpKey.p-unicode, fEncrypt.l, *szMode.p-unicode, *lpIV.p-unicode) As "TDEA_File"
; GENERIC BLOCK CIPHER FUNCTIONS ;
CIPHER_Bytes.l(fEncrypt.l, *lpOutput.p-unicode, *lpData.p-unicode, nDataLen.l, *lpKey.p-unicode, *lpIV.p-unicode, *szAlgAndMode.p-unicode, nOptions.l) As "CIPHER_Bytes"
CIPHER_File.l(fEncrypt.l, *szFileOut.p-unicode, *szFileIn.p-unicode, *lpKey.p-unicode, *lpIV.p-unicode, *szAlgAndMode.p-unicode, nOptions.l) As "CIPHER_File"
CIPHER_Hex.l(fEncrypt.l, *szOutput.p-unicode, nOutChars.l, *szData.p-unicode, *szKey.p-unicode, *szIV.p-unicode, *szAlgAndMode.p-unicode, nOptions.l) As "CIPHER_Hex"
CIPHER_KeyWrap.l(*lpOutput.p-unicode, nOutBytes.l, *lpData.p-unicode, nDataLen.l, *lpKEK.p-unicode, nKekLen.l, nOptions.l) As "CIPHER_KeyWrap"
CIPHER_KeyUnwrap.l(*lpOutput.p-unicode, nOutBytes.l, *lpData.p-unicode, nDataLen.l, *lpKEK.p-unicode, nKekLen.l, nOptions.l) As "CIPHER_KeyUnwrap"
; MESSAGE DIGEST HASH FUNCTIONS ;
HASH_Bytes.l(*lpDigest.p-unicode, nDigLen.l, *lpMessage.p-unicode, nMsgLen.l, nOptions.l) As "HASH_Bytes"
HASH_File.l(*lpDigest.p-unicode, nDigLen.l, *szFileName.p-unicode, nOptions.l) As "HASH_File"
HASH_HexFromBytes.l(*szOutput.p-unicode, nOutChars.l, *lpMessage.p-unicode, nMsgLen.l, nOptions.l) As "HASH_HexFromBytes"
HASH_HexFromFile.l(*szOutput.p-unicode, nOutChars.l, *szFileName.p-unicode, nOptions.l) As "HASH_HexFromFile"
HASH_HexFromHex.l(*szOutput.p-unicode, nOutChars.l, *szMsgHex.p-unicode, nOptions.l) As "HASH_HexFromHex"
; HMAC FUNCTIONS ;
HMAC_Bytes.l(*lpDigest.p-unicode, nDigLen.l, *lpMessage.p-unicode, nMsgLen.l, *lpKey.p-unicode, nKeyLen.l, nOptions.l) As "HMAC_Bytes"
HMAC_HexFromBytes.l(*szOutput.p-unicode, nOutChars.l, *lpMessage.p-unicode, nMsgLen.l, *lpKey.p-unicode, nKeyLen.l, nOptions.l) As "HMAC_HexFromBytes"
HMAC_HexFromHex.l(*szOutput.p-unicode, nOutChars.l, *szMsgHex.p-unicode, *szKeyHex.p-unicode, nOptions.l) As "HMAC_HexFromHex"
; BASE64 AND HEX CONVERSION FUNCTIONS ;
CNV_B64StrFromBytes.l(*szOutput.p-unicode, nOutChars.l, *input.p-unicode, nbytes.l) As "CNV_B64StrFromBytes"
CNV_BytesFromB64Str.l(*output.p-unicode, out_len.l, *input.p-unicode) As "CNV_BytesFromB64Str"
CNV_B64Filter.l(*szOutput.p-unicode, *input.p-unicode, len.l) As "CNV_B64Filter"
CNV_HexStrFromBytes.l(*szOutput.p-unicode, nOutChars.l, *input.p-unicode, nbytes.l) As "CNV_HexStrFromBytes"
CNV_BytesFromHexStr.l(*output.p-unicode, out_len.l, *input.p-unicode) As "CNV_BytesFromHexStr"
CNV_HexFilter.l(*szOutput.p-unicode, *input.p-unicode, len.l) As "CNV_HexFilter"
; UTF-8 CONVERSION/CHECK FUNCTIONS ;
CNV_UTF8FromLatin1.l(*szOutput.p-unicode, nOutChars.l, *szInput.p-unicode) As "CNV_UTF8FromLatin1"
CNV_Latin1FromUTF8.l(*szOutput.p-unicode, nOutChars.l, *szInput.p-unicode) As "CNV_Latin1FromUTF8"
CNV_CheckUTF8.l(*szInput.p-unicode) As "CNV_CheckUTF8"
CNV_UTF8BytesFromLatin1.l(*lpOutput.p-unicode, nOutBytes.l, *szInput.p-unicode) As "CNV_UTF8BytesFromLatin1"
CNV_Latin1FromUTF8Bytes.l(*szOutput.p-unicode, nOutChars.l, *lpInput.p-unicode, nBytes.l) As "CNV_Latin1FromUTF8Bytes"
CNV_CheckUTF8Bytes.l(*lpInput.p-unicode, nBytes.l) As "CNV_CheckUTF8Bytes"
CNV_CheckUTF8File.l(*szFileName.p-unicode) As "CNV_CheckUTF8File"
CNV_ByteEncoding.l(*lpOutput.p-unicode, nOutBytes.l, *lpInput.p-unicode, nBytes.l, nOptions.l) As "CNV_ByteEncoding"
; PEM/BINARY FILE CONVERSIONS ;
PEM_FileFromBinFile.l(*szOutputFile.p-unicode, *szFileIn.p-unicode, *szHeader.p-unicode, nLineLen.l) As "PEM_FileFromBinFile"
PEM_FileToBinFile.l(*szOutputFile.p-unicode, *szFileIn.p-unicode) As "PEM_FileToBinFile"
; RNG FUNCTIONS ;
RNG_Bytes.l(*lpOutput.p-unicode, nOutputLen.l, *lpSeed.p-unicode, nSeedLen.l) As "RNG_Bytes"
RNG_Number.l(nLower.l, nUpper.l) As "RNG_Number"
RNG_BytesWithPrompt.l(*lpOutput.p-unicode, nOutputLen.l, *szPrompt.p-unicode, nOptions.l) As "RNG_BytesWithPrompt"
RNG_Initialize.l(*szSeedFile.p-unicode, nOptions.l) As "RNG_Initialize"
RNG_MakeSeedFile.l(*szSeedFile.p-unicode, *szPrompt.p-unicode, nOptions.l) As "RNG_MakeSeedFile"
RNG_UpdateSeedFile.l(*szSeedFile.p-unicode, nOptions.l) As "RNG_UpdateSeedFile"
RNG_Test.l(*szFileName.p-unicode, nOptions.l) As "RNG_Test"
; PADDING FUNCTIONS [new in v3.6] ;
PAD_BytesBlock.l(*lpOutput.p-unicode, nOutputLen.l, *lpInput.p-unicode, nBytes.l, nBlkLen.l, nOptions.l) As "PAD_BytesBlock"
PAD_UnpadBytes.l(*lpOutput.p-unicode, nOutputLen.l, *lpInput.p-unicode, nBytes.l, nBlkLen.l, nOptions.l) As "PAD_UnpadBytes"
PAD_HexBlock.l(*szOutput.p-unicode, nMaxChars.l, *szInput.p-unicode, nBlkLen.l, nOptions.l) As "PAD_HexBlock"
PAD_UnpadHex.l(*szOutput.p-unicode, nMaxChars.l, *szInput.p-unicode, nBlkLen.l, nOptions.l) As "PAD_UnpadHex"
; MISC UTILITIES ;
WIPE_File.l(*szFileName.p-unicode, nOptions.l) As "WIPE_File"
WIPE_Data.l(*lpData.p-unicode, nDataLen.l) As "WIPE_Data"
PWD_Prompt.l(*szPassword.p-unicode, nPwdLen.l, *szCaption.p-unicode) As "PWD_Prompt"
PWD_PromptEx.l(*szPassword.p-unicode, nPwdLen.l, *szCaption.p-unicode, *szPrompt.p-unicode, nOptions.l) As "PWD_PromptEx"
EndImport
