#include <stddef.h>
#include <stdint.h>
#include <stdbool.h>
#include "athena_cal.h"


// General Functions
SATR CALIni(void) {
    return SATR_SUCCESS;
}

SATR CALPurge52(SATBOOL bVerify) {
    (void)bVerify;
    return SATR_SUCCESS;
}

SATR CALPKTrfRes(SATBOOL bBlock) {
    (void)bBlock;
    return SATR_SUCCESS;
}

SATR CALPreCompute(const uint32_t *puiMod, uint32_t *puiMu, uint32_t uiModLen) {
    (void)puiMod;
    (void)puiMu;
    (void)uiModLen;
    return SATR_SUCCESS;
}


// Conventional Public Key Crypto Functions
SATR CALExpo(const uint32_t *puiBase, const uint32_t *puiExpo, const uint32_t *puiMod, const uint32_t *puiMu, uint32_t uiExpLen, uint32_t uiModLen, uint32_t *puiResult) {
    (void)puiBase;
    (void)puiExpo;
    (void)puiMod;
    (void)puiMu;
    (void)uiExpLen;
    (void)uiModLen;
    (void)puiResult;
    return SATR_SUCCESS;
}

SATR CALModRed(const uint32_t *puiA, const uint32_t *puiMod, const uint32_t *puiMu, uint32_t uiALen, uint32_t uiModLen, uint32_t *puiResult) {
    (void)puiA;
    (void)puiMod;
    (void)puiMu;
    (void)puiMod;
    (void)uiALen;
    (void)uiModLen;
    (void)puiResult;
    return SATR_SUCCESS;
}

SATR CALMMult(const uint32_t *puiA, const uint32_t *puiB, const uint32_t *puiMod, const uint32_t *puiMu, uint32_t uiModLen, uint32_t *puiResult) {
    (void)puiA;
    (void)puiB;
    (void)puiMod;
    (void)puiMu;
    (void)uiModLen;
    (void)puiResult;
    return SATR_SUCCESS;
}

SATR CALMMultAdd(const uint32_t *puiA, const uint32_t *puiB, const uint32_t *puiC, const uint32_t *puiMod, const uint32_t *puiMu, uint32_t uiModLen, uint32_t *puiResult) {
    (void)puiA;
    (void)puiB;
    (void)puiC;
    (void)puiMod;
    (void)puiMu;
    (void)uiModLen;
    (void)puiResult;
    return SATR_SUCCESS;
}

SATR CALRSACRT(const uint32_t *puiCipher, const uint32_t *puiQInv, const uint32_t *puiDP, const uint32_t *puiDQ, const uint32_t *puiP, const uint32_t *puiPMu, const uint32_t *puiQ, const uint32_t *puiQMu, uint32_t uiLen, uint32_t *puiPlain) {
    return SATR_SUCCESS;
}

SATR CALRSACRTSign(SATRSAENCTYPE eRSAEncod, SATHASHTYPE eHashType, const uint32_t *puiHash, const uint32_t *puiQInv, const uint32_t *puiDP, const uint32_t *puiDQ, const uint32_t *puiP,
    const uint32_t *puiPMu, const uint32_t *puiQ, const uint32_t *puiQMu, uint32_t uiLen, uint32_t *puiPlain) {
    return SATR_SUCCESS;
}

SATR CALRSACRTSignHash(SATRSAENCTYPE eRsaEncod, SATHASHTYPE eHashType, const uint32_t *puiMsg, const uint32_t *puiQInv, const uint32_t *puiDP, const uint32_t *puiDQ, const uint32_t *puiP, const uint32_t *puiPMu, const uint32_t *puiQ, const uint32_t *puiQMu, uint32_t uiModLen, uint32_t uiMsgLen, uint32_t *puiSig, SATBOOL bDMA, uint32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}

SATR CALRSASign(SATRSAENCTYPE eRsaEncod, SATHASHTYPE eHashType, const uint32_t *puiHash, const uint32_t *puiD, const uint32_t *puiN, const uint32_t *puiNMu, uint32_t uiModLen, uint32_t *puiSig) {
    return SATR_SUCCESS;
}

SATR  CALRSASignVerify(SATRSAENCTYPE eRsaEncod, SATHASHTYPE eHashType, const uint32_t *puiHash, const uint32_t *puiE, const uint32_t uiExpLen, const uint32_t *puiN, const uint32_t *puiNMu, uint32_t uiModLen, uint32_t *puiSig) {
    return SATR_SUCCESS;
}


SATR CALDSASignHash(const uint32_t *puiMsg, SATHASHTYPE eHashType, uint32_t uiMsgLen, const uint32_t *puiG, const uint32_t *puiK, const uint32_t *puiX, const uint32_t *puiP, const uint32_t *puiQ, const uint32_t *puiQMu, uint32_t uiN, uint32_t uiL, uint32_t *puiSigR, uint32_t *puiSigS, SATBOOL bDMA, uint32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}

SATR CALDSAVerifyHash(const uint32_t *puiMsg, SATHASHTYPE eHashType, uint32_t uiMsgLen, const uint32_t *puiG, const uint32_t *puiY, const uint32_t *puiSigR, const uint32_t *puiSigS, const uint32_t *puiP, const uint32_t *puiPMu, const uint32_t *puiQ, const uint32_t *puiQMu, uint32_t uiN, uint32_t uiL, SATBOOL bDMA, uint32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}


// Elliptic Curve Crypto Functions
SATR CALECMult(const uint32_t *puiMul, const uint32_t *puiPx, const uint32_t *puiPy, const uint32_t *puiB, const uint32_t *puiMod, const uint32_t *puiMu, uint32_t uiLen, uint32_t uiPtCompress, uint32_t *puiRx, uint32_t *puiRy) {
    return SATR_SUCCESS;
}

SATR CALECMultTwist(const uint32_t *puiMul, const uint32_t *puiPx, const uint32_t *puiPy, const uint32_t *puiB, const uint32_t *puiZ, const uint32_t *puiMod, const uint32_t *puiMu, const uint32_t *puiN, uint32_t uiLen, uint32_t *puiRx, uint32_t *puiRy) {
    return SATR_SUCCESS;
}

SATR CALECMultAdd(const uint32_t *puiMul, const uint32_t *puiPx, const uint32_t *puiPy, const uint32_t *puiQx, const uint32_t *puiQy, const uint32_t *puiB, const uint32_t *puiMod, const uint32_t *puiMu, uint32_t uiLen, uint32_t uiPtPCompress, uint32_t uiPtQCompress, uint32_t *puiRx, uint32_t *puiRy) {
    return SATR_SUCCESS;
}

SATR CALECPtValidate(const uint32_t *puiPx, const uint32_t *puiPy, const uint32_t *puiB, const uint32_t *puiMod, const uint32_t *puiMu, uint32_t uiLen) {
    return SATR_SUCCESS;
}

SATR CALECKeyPairGen(const uint32_t *puiC, const uint32_t *puiPx, const uint32_t *puiPy, const uint32_t *puiMod, const uint32_t *puiMu, const uint32_t *puiNM1, const uint32_t *puiNM1Mu, const uint32_t *puiB, uint32_t *puiD, uint32_t *puiQx, uint32_t *puiQy, uint32_t uiLen) {
    return SATR_SUCCESS;
}

SATR CALECDHC(const uint32_t *puiS, const uint32_t *puiWx, const uint32_t *puiWy, const uint32_t *puiB, const uint32_t *puiMod, const uint32_t *puiMu, const uint32_t *puiK, const uint32_t *puiR, const uint32_t *puiRMu, uint32_t uiLen, uint32_t uiPtCompress, uint32_t* puiZ) {
    return SATR_SUCCESS;
}

SATR CALECDSASign(const uint32_t *puiHash, const uint32_t *puiGx, const uint32_t *puiGy, const uint32_t *puiK, const uint32_t *puiD, const uint32_t *puiB, const uint32_t *puiP, const uint32_t *puiPMu, const uint32_t *puiN, const uint32_t *puiNMu, uint32_t uiLen, uint32_t *puiSigR, uint32_t *puiSigS) {
    return SATR_SUCCESS;
}

SATR CALECDSAVerify(const uint32_t *puiHash, const uint32_t *puiGx, const uint32_t *puiGy, const uint32_t *puiQx, const uint32_t *puiQy, const uint32_t *puiSigR, const uint32_t *puiSigS, const uint32_t *puiB, const uint32_t *puiP, const uint32_t *puiPMu, const uint32_t *puiN, const uint32_t *puiNMu, uint32_t uiLen, uint32_t uiPtCompress) {
    return SATR_SUCCESS;
}

SATR CALECDSASignHash(const uint32_t *puiMsg, SATHASHTYPE eHashType, uint32_t uiMsgLen, const uint32_t *puiGx, const uint32_t *puiGy, const uint32_t *puiK, const uint32_t *puiD, const uint32_t *puiB, const uint32_t *puiP, const uint32_t *puiPMu, const uint32_t *puiN, const uint32_t *puiNMu, uint32_t uiLen, const uint32_t *puiSigR, const uint32_t *puiSigS, SATBOOL bDMA, uint32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}

SATR CALECDSAVerifyHash(const uint32_t *puiMsg, SATHASHTYPE eHashType, uint32_t uiMsgLen, const uint32_t *puiGx, const uint32_t *puiGy, const uint32_t *puiQx, const uint32_t *puiQy, const uint32_t *puiSigR, const uint32_t *puiSigS, const uint32_t *puiB, const uint32_t *puiP, const uint32_t *puiPMu, const uint32_t *puiN, const uint32_t *puiNMu, uint32_t uiLen, uint32_t uiPtCompress, SATBOOL bDMA, uint32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}

SATR CALECDSASignTwist(const uint32_t *puiHash, const uint32_t *puiGx, const uint32_t *puiGy, const uint32_t *puiK, const uint32_t *puiD, const uint32_t *puiB, const uint32_t *puiZ, const uint32_t *puiP, const uint32_t *puiPMu, const uint32_t *puiN, const uint32_t *puiNMu, uint32_t uiLen, uint32_t *puiSigR, uint32_t *puiSigS) {
    return SATR_SUCCESS;
}

SATR CALECDSAVerifyTwist(const uint32_t *puiHash, const uint32_t *puiGx, const uint32_t *puiGy, const uint32_t *puiQx, const uint32_t *puiQy, const uint32_t *puiSigR, const uint32_t *puiSigS, const uint32_t *puiB, const uint32_t *puiP, const uint32_t *puiPMu, const uint32_t *puiN, const uint32_t *puiNMu, uint32_t uiLen, uint32_t uiPtCompress) {
    return SATR_SUCCESS;
}

SATR CALECDSASignTwistHash(const uint32_t *puiMsg, SATHASHTYPE eHashType, uint32_t uiMsgLen, const uint32_t *puiGx, const uint32_t *puiGy, const uint32_t *puiK, const uint32_t *puiD, const uint32_t *puiB, const uint32_t *puiP, const uint32_t *puiPMu, const uint32_t *puiN, const uint32_t *puiNMu, uint32_t uiLen, uint32_t *puiSigR, uint32_t *puiSigS, SATBOOL bDMA, uint32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}

SATR CALECDSAVerifyTwistHash(const uint32_t *puiMsg, SATHASHTYPE eHashType, uint32_t uiMsgLen, const uint32_t *puiGx, const uint32_t *puiGy, const uint32_t *puiQx, const uint32_t *puiQy, const uint32_t *puiSigR, const uint32_t *puiSigS, const uint32_t *puiB, const uint32_t *puiP, const uint32_t *puiPMu, const uint32_t *puiN, const uint32_t *puiNMu, uint32_t uiLen, uint32_t uiPtCompress, SATBOOL bDMA, uint32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}


// Functions with SCA counter measures
SATR CALExpoCM(const uint32_t *puiBase, const uint32_t *puiExpo, const uint32_t *puiMod, const uint32_t *puiMu, uint32_t uiExpLen, uint32_t uiModLen, uint32_t *puiResult) {
    return SATR_SUCCESS;
}

SATR CALRSACRTCM(const uint32_t *puiCipher, const uint32_t *puiQInv, const uint32_t *puiDP, const uint32_t *puiDQ, const uint32_t *puiE, const uint32_t *puiP, const uint32_t *puiQ, const uint32_t *puiN, const uint32_t *puiNMu, uint32_t uiLen, uint32_t uiELen, uint32_t *puiPlain) {
    return SATR_SUCCESS;
}

SATR CALRSACRTSignCM(SATRSAENCTYPE eRSAEncod, SATHASHTYPE eHashType, const uint32_t *puiHash, const uint32_t *puiE, uint32_t uiELen, const uint32_t *puiQInv, const uint32_t *puiDP, const uint32_t *puiDQ, const uint32_t *puiP, const uint32_t *puiQ, const uint32_t *puiN, const uint32_t *puiNMu, uint32_t uiLen, uint32_t *puiSig) {
    return SATR_SUCCESS;
}

SATR CALRSACRTSignHashCM(SATRSAENCTYPE eRsaEncod, SATHASHTYPE eHashType, const uint32_t *puiMsg, const uint32_t *puiE, uint32_t uiELen, const uint32_t *puiQInv, const uint32_t *puiDP, const uint32_t *puiDQ, const uint32_t *puiP, const uint32_t *puiQ, const uint32_t *puiN, const uint32_t *puiNMu, uint32_t uiMsgLen, uint32_t uiModLen, const uint32_t *puiSig, SATBOOL bDMA, uint32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}

SATR CALDSASignCM(const uint32_t *puiHash, const uint32_t *puiG, const uint32_t *puiK, const uint32_t *puiX, const uint32_t *puiP, const uint32_t *puiPMu, const uint32_t *puiQ, const uint32_t *puiQMu, uint32_t uiN, uint32_t uiL, const uint32_t *puiSigR, const uint32_t *puiSigS) {
    return SATR_SUCCESS;
}

SATR CALDSASignHashCM(const uint32_t *puiMsg, SATHASHTYPE eHashType, uint32_t uiMsgLen, const uint32_t *puiG, const uint32_t *puiK, const uint32_t *puiX, const uint32_t *puiP, const uint32_t *puiPMu, const uint32_t *puiQ, const uint32_t *puiQMu, uint32_t uiN, uint32_t uiL, uint32_t *puiSigR, uint32_t *puiSigS, SATBOOL bDMA, uint32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}

SATR CALECMultCM(const uint32_t *puiMul, const uint32_t *puiPx, const uint32_t *puiPy, const uint32_t *puiB, const uint32_t *puiMod, const uint32_t *puiMu, const uint32_t *puiN, uint32_t uiLen, uint32_t uiPtCompress, uint32_t *puiRx, uint32_t *puiRy) {
    return SATR_SUCCESS;
}

SATR CALECMultTwistCM(const uint32_t *puiMul, const uint32_t *puiPx, const uint32_t *puiPy, const uint32_t *puiB, const uint32_t *puiZ, const uint32_t *puiMod, const uint32_t *puiMu, const uint32_t *puiN, uint32_t uiLen, uint32_t *puiRx, uint32_t *puiRy) {
    return SATR_SUCCESS;
}

SATR CALECDSASignCM(const uint32_t *puiHash, const uint32_t *puiGx, const uint32_t *puiGy, const uint32_t *puiK, const uint32_t *puiD, const uint32_t *puiB, const uint32_t *puiP, const uint32_t *puiPMu, const uint32_t *puiN, const uint32_t *puiNMu, uint32_t uiLen, uint32_t *puiSigR, uint32_t *puiSigS) {
    return SATR_SUCCESS;
}

SATR CALECDSASignHashCM(const uint32_t *puiMsg, SATHASHTYPE eHashType, uint32_t uiMsgLen, const uint32_t *puiGx, const uint32_t *puiGy, const uint32_t *puiK, const uint32_t *puiD, const uint32_t *puiB, const uint32_t *puiP, const uint32_t *puiPMu, const uint32_t *puiN, const uint32_t *puiNMu, uint32_t uiLen, uint32_t *puiSigR, uint32_t *puiSigS, SATBOOL bDMA, uint32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}

SATR CALECDSASignTwistCM(const uint32_t *puiHash, const uint32_t *puiGx, const uint32_t *puiGy, const uint32_t *puiK, const uint32_t *puiD, const uint32_t *puiB, const uint32_t *puiZ, const uint32_t *puiP, const uint32_t *puiPMu, const uint32_t *puiN, const uint32_t *puiNMu, uint32_t uiLen, uint32_t *puiSigR, uint32_t *puiSigS) {
    return SATR_SUCCESS;
}


// CAL Synmmetric Crypto Functions
SATR CALSymTrfRes(SATBOOL bBlock) {
    return SATR_SUCCESS;
}

SATR CALSymEncrypt(SATSYMTYPE eSymType, const SATUINT32_t *puiKey, SATSYMMODE eMode, void *pIV, SATBOOL bLoadIV, const void *pSrc, void *pDest, SATUINT32_t uiLen) {
    return SATR_SUCCESS;
}

SATR CALSymDecrypt(SATSYMTYPE eSymType, const SATUINT32_t *puiKey, SATSYMMODE eMode, void *pIV, SATBOOL bLoadIV, const void *pSrc, void *pDest, SATUINT32_t uiLen) {
    return SATR_SUCCESS;
}

SATR CALSymEncryptDMA(SATSYMTYPE eSymType, const SATUINT32_t *puiKey, SATSYMMODE eMode, void *pIV, SATBOOL bLoadIV, const void *pSrc, void *pDest, SATUINT32_t uiLen, SATUINT32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}

SATR CALSymDecryptDMA(SATSYMTYPE eSymType, const SATUINT32_t *puiKey, SATSYMMODE eMode, void *pIV, SATBOOL bLoadIV, const void *pSrc, void *pDest, SATUINT32_t uiLen, SATUINT32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}


// Combined Encryption-Authentication Functions
SATR CALSymEncAuth(SATSYMTYPE eSymType, const SATUINT32_t *puiKey, SATSYMMODE eMode, void *pIV, const void *pSrc, void *pDest, SATUINT32_t uiEncLen, void *pAuth, SATUINT32_t uiAuthLen, void *pMAC, SATUINT32_t uiMACLen) {
    return SATR_SUCCESS;
}

SATR CALSymDecVerify(SATSYMTYPE eSymType, const SATUINT32_t *puiKey, SATSYMMODE eMode, void *pIV, const void *pSrc, void *pDest, SATUINT32_t uiEncLen, void *pAuth, SATUINT32_t uiAuthLen, void *pMAC, SATUINT32_t uiMACLen) {
    return SATR_SUCCESS;
}

SATR CALSymEncAuthDMA(SATSYMTYPE eSymType, const SATUINT32_t *puiKey, SATSYMMODE eMode, void *pIV, const void *pSrc, void *pDest, SATUINT32_t uiEncLen, void *pAuth, SATUINT32_t uiAuthLen, void *pMAC, SATUINT32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}

SATR CALSymDecVerifyDMA(SATSYMTYPE eSymType, const SATUINT32_t *puiKey, SATSYMMODE eMode, void *pIV, const void *pSrc, void *pDest, SATUINT32_t uiEncLen, void *pAuth, SATUINT32_t uiAuthLen, void *pMAC, SATUINT32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}

SATR CALSymEncryptKR(SATSYMTYPE eSymType, const SATUINT32_t *puiKey, SATSYMMODE eMode, void *pIV, SATBOOL bLoadIV, const void *pSrc, void *pDest, SATUINT32_t uiLen, SATUINT32_t uiKRF)  {
    return SATR_SUCCESS;
}

SATR CALSymDecryptKR(SATSYMTYPE eSymType, const SATUINT32_t *puiKey, SATSYMMODE eMode, void *pIV, SATBOOL bLoadIV, const void *pSrc, void *pDest, SATUINT32_t uiLen, SATUINT32_t uiKRF) {
    return SATR_SUCCESS;
}

SATR CALSymEncryptKRDMA(SATSYMTYPE eSymType, const SATUINT32_t *puiKey, SATSYMMODE eMode, void *pIV, SATBOOL bLoadIV, const void *pSrc, void *pDest, SATUINT32_t uiLen, SATUINT32_t uiKRF, SATUINT32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}

SATR CALSymDecryptKRDMA(SATSYMTYPE eSymType, const SATUINT32_t *puiKey, SATSYMMODE eMode, void *pIV, SATBOOL bLoadIV, const void *pSrc, void *pDest, SATUINT32_t uiLen, SATUINT32_t uiKRF, SATUINT32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}


// Hashes
SATR CALHash(SATHASHTYPE eHashType, const void *pMsg, SATUINT32_t uiMsgLen, void *pHash) {
    return SATR_SUCCESS;
}

SATR CALHashDMA(SATHASHTYPE eHashType, const void *pMsg, SATUINT32_t uiMsgLen, void *pHash, SATUINT32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}


// Multiple Call Hash Functions
SATR CALHashIni(SATHASHTYPE eHashType, SATUINT32_t uiMsgLen) {
    return SATR_SUCCESS;
}

SATR CALHashWrite(const void *pBuffer, SATUINT32_t uiBufLen) {
    return SATR_SUCCESS;
}

SATR CALHashRead(void *pHash) {
    return SATR_SUCCESS;
}


// Hash Functions with Context Switching
SATR CALHashCtx(const SATRESHANDLE hResource, SATRESCONTEXTPTR const pContext, const void *pMsg, SATUINT32_t uiMsgLen, void *pHash, const SATBOOL bFinal) {
    return SATR_SUCCESS;
}

SATR CALHashCtxIni(SATRESCONTEXTPTR const pContext, const SATHASHTYPE eHashType) {
    return SATR_SUCCESS;
}

SATR CALMAC(SATMACTYPE eMACType, const SATUINT32_t *puiKey, SATUINT32_t uiKeyLen, const void *pMsg, SATUINT32_t uiMsgLen, void *pMAC) {
    return SATR_SUCCESS;
}

SATR CALMACDMA(SATMACTYPE eMACType, const SATUINT32_t *puiKey, SATUINT32_t uiKeyLen, const void *pMsg, SATUINT32_t uiMsgLen, void *pMAC, SATUINT32_t uiDMAChConfig) {
    return SATR_SUCCESS;
}


// Multiple Call MAC Functions

SATR CALMACIni(SATMACTYPE eMACType, const SATUINT32_t *puiKey, SATUINT32_t uiKeyLen, SATUINT32_t uiMsgLen) {
    return SATR_SUCCESS;
}

SATR CALMACWrite(const void *pBuffer, SATUINT32_t uiBufLen) {
    return SATR_SUCCESS;
}

SATR CALMACRead(const SATUINT32_t *puiKey, SATUINT32_t uiKeyLen, void *pMAC) {
    return SATR_SUCCESS;
}


// MAC Functions with Context Switching
SATR CALMACCtx(const SATRESHANDLE hResource, SATRESCONTEXTPTR const pContext, const void *pMsg, SATUINT32_t uiMsgLen, void *pHash, const SATBOOL bFinal) {
    return SATR_SUCCESS;
}

SATR CALMACCtxIni(SATRESCONTEXTPTR const pContext, SATHASHTYPE eHashType, const SATUINT32_t *puiKey, SATUINT32_t uiKey) {
    return SATR_SUCCESS;
}


// Random Number Generation
SATR CALNRBGSetTestEntropy(SATUINT32_t *puiEntropy, SATUINT32_t uiEntLen32) {
    return SATR_SUCCESS;
}

SATR CALNRBGAddTestEntropy(SATUINT32_t *puiEntropy, SATUINT32_t uiEntLen32) {
    return SATR_SUCCESS;
}

SATR CALNRBGGetEntropy(SATUINT32_t *puiEntropy, SATUINT32_t uiEntLen32, SATBOOL bTesting) {
    return SATR_SUCCESS;
}

SATR CALNRBGConfig(SATUINT32_t uiWriteEn, SATUINT32_t uiCSR, SATUINT32_t uiCntLim, SATUINT32_t uiVoTimer, SATUINT32_t uiFMsk, SATUINT32_t *puiStatus) {
    return SATR_SUCCESS;
}

SATUINT32_t CALNRBGHealthStatus(void) {
    return SATR_SUCCESS;
}


// Deterministic Random Bit Generation (SP800-90A)
SATR CALDRBGInstantiate(const SATUINT32_t *puiNonce, SATUINT32_t uiNonceLen, const SATUINT32_t *puiPzStr, SATUINT32_t uiPzStrLen, SATSYMKEYSIZE eStrength, SATUINT32_t uiEntropyFactor, SATUINT32_t uiReseedLim, SATBOOL bTesting) {
    return SATR_SUCCESS;
}

SATR CALDRBGReseed(const SATUINT32_t *puiAddIn, SATUINT32_t uiAddInLen) {
    return SATR_SUCCESS;
}

SATR CALDRBGGenerate(const SATUINT32_t *puiAddIn, SATUINT32_t uiAddInLen, SATBOOL bPredResist, SATUINT32_t *puiOut, SATUINT32_t uiOutBlocks) {
    return SATR_SUCCESS;
}

SATR CALDRBGUninstantiate(void) {
    return SATR_SUCCESS;
}

SATR CALDRBGGetCtx(DRBGCTXPTR drbgCtxExt) {
    return SATR_SUCCESS;
}

SATR CALDRBGLoadCtx(DRBGCTXPTR drbgCtxExt) {
    return SATR_SUCCESS;
}


// Key Wrap and Unwrap
SATR CALSymKw(SATSYMTYPE eSymType, const SATUINT32_t *puiKEK, const SATUINT32_t *puiInKey, SATUINT32_t *puiOutKey, SATUINT32_t uiLen, SATBOOL bWrap) {
    return SATR_SUCCESS;
}

SATR CALSymKwp(SATSYMTYPE eSymType, const SATUINT32_t *puiKEK, const SATUINT32_t *puiInKey, SATUINT32_t *puiOutKey, SATUINT32_t uiLen, SATBOOL bWrap) {
    return SATR_SUCCESS;
}


// Context Management
SATRESCONTEXTPTR  CALContextCurrent(const SATRESHANDLE hResource) {
    return NULL;
}

SATR CALContextLoad(const SATRESHANDLE hResource, SATRESCONTEXTPTR const pContext) {
    return SATR_SUCCESS;
}

SATR CALContextRemove(const SATRESHANDLE hResource) {
    return SATR_SUCCESS;
}

SATR CALContextUnload(const SATRESHANDLE hResource) {
    return SATR_SUCCESS;
}


// Key Derivation Functions
SATR CALKeyTree(SATBOOL bPathSizeSel, const SATUINT32_t *puiKey, const uint8_t uiOpType, const SATUINT32_t *puiPath, const SATUINT32_t *puiKeyOut) {
    return SATR_SUCCESS;
}
