Lines Matching refs:CRYPT_SUCCESS
19336 16 case CRYPT_SUCCESS:
20326 605 if(retVal == CRYPT_SUCCESS)
20517 728 CRYPT_RESULT retVal = CRYPT_SUCCESS;
20771 931 // _cpri__ValidateSignatureRSA can return CRYPT_SUCCESS, CRYPT_FAIL, or
20951 1044 if(_cpri__GetEphemeralEcc(publicPoint, sensitive, curveID) != CRYPT_SUCCESS)
21106 1150 if(CryptIsSplitSign(scheme->scheme) && retVal == CRYPT_SUCCESS)
21755 1619 if(_cpri__InitCryptoUnits(&TpmFail) != CRYPT_SUCCESS)
22226 1986 != CRYPT_SUCCESS)
25436 117 #define CRYPT_SUCCESS ((CRYPT_RESULT) 0)
25848 CRYPT_SUCCESS operation complete
25869 206 CRYPT_RESULT retVal = CRYPT_SUCCESS;
26033 CRYPT_SUCCESS exponentiation succeeded
26049 335 CRYPT_RESULT retVal = CRYPT_SUCCESS;
26240 43 return CRYPT_SUCCESS;
26368 46 return CRYPT_SUCCESS; // Function is not implemented
26387 59 return CRYPT_SUCCESS;
26854 248 CRYPT_RESULT retVal = CRYPT_SUCCESS;
27746 CRYPT_SUCCESS if success
27769 59 return CRYPT_SUCCESS;
27800 85 return CRYPT_SUCCESS;
27812 CRYPT_SUCCESS if success
27837 109 return CRYPT_SUCCESS;
27873 139 return CRYPT_SUCCESS;
27885 CRYPT_SUCCESS no non-fatal errors
27906 160 return CRYPT_SUCCESS;
27936 185 return CRYPT_SUCCESS;
27949 CRYPT_SUCCESS no non-fatal errors
27972 208 return CRYPT_SUCCESS;
28004 235 return CRYPT_SUCCESS;
28016 CRYPT_SUCCESS no non-fatal errors
28038 257 return CRYPT_SUCCESS;
28062 281 return CRYPT_SUCCESS;
28096 CRYPT_SUCCESS no non-fatal errors
28114 311 return CRYPT_SUCCESS;
28138 330 return CRYPT_SUCCESS;
28149 CRYPT_SUCCESS no non-fatal errors
28167 348 return CRYPT_SUCCESS;
28187 368 return CRYPT_SUCCESS;
28208 CRYPT_SUCCESS no non-fatal errors
28230 390 return CRYPT_SUCCESS;
28251 411 return CRYPT_SUCCESS;
28289 CRYPT_SUCCESS if success
28312 444 return CRYPT_SUCCESS;
28338 470 return CRYPT_SUCCESS;
28355 CRYPT_SUCCESS if success
28380 494 return CRYPT_SUCCESS;
28416 524 return CRYPT_SUCCESS;
28428 CRYPT_SUCCESS no non-fatal errors
28449 545 return CRYPT_SUCCESS;
28469 565 return CRYPT_SUCCESS;
28488 CRYPT_SUCCESS no non-fatal errors
28511 588 return CRYPT_SUCCESS;
28538 615 return CRYPT_SUCCESS;
28555 CRYPT_SUCCESS no non-fatal errors
28577 637 return CRYPT_SUCCESS;
28601 661 return CRYPT_SUCCESS;
28637 CRYPT_SUCCESS no non-fatal errors
28655 691 return CRYPT_SUCCESS;
28674 710 return CRYPT_SUCCESS;
28693 CRYPT_SUCCESS no non-fatal errors
28711 728 return CRYPT_SUCCESS;
28731 748 return CRYPT_SUCCESS;
28744 CRYPT_SUCCESS no non-fatal errors
28771 770 return CRYPT_SUCCESS;
28792 791 return CRYPT_SUCCESS;
28852 CRYPT_SUCCESS private exponent computed
28873 19 CRYPT_RESULT retVal = CRYPT_SUCCESS; // Assume success
28977 CRYPT_SUCCESS private exponent (d) was generated
29002 123 CRYPT_RESULT retVal = CRYPT_SUCCESS; // Assume success
29122 CRYPT_SUCCESS encryption complete
29168 CRYPT_SUCCESS decryption succeeded
29215 CRYPT_SUCCESS encode successful
29247 308 CRYPT_RESULT retVal = CRYPT_SUCCESS;
29319 375 return CRYPT_SUCCESS;
29332 CRYPT_SUCCESS decode complete
29355 396 CRYPT_RESULT retVal = CRYPT_SUCCESS;
29431 467 return CRYPT_SUCCESS;
29446 CRYPT_SUCCESS data encoded
29483 503 return CRYPT_SUCCESS;
29493 CRYPT_SUCCESS decode successful
29529 533 return CRYPT_SUCCESS;
29540 CRYPT_SUCCESS encode successful
29625 612 return CRYPT_SUCCESS;
29632 successful, CRYPT_SUCCESS is returned. Any other value indicates an error.
29648 CRYPT_SUCCESS decode successful
29757 714 return CRYPT_SUCCESS;
29767 CRYPT_SUCCESS encode complete
29816 755 return CRYPT_SUCCESS;
29826 CRYPT_SUCCESS decode successful
29875 797 return CRYPT_SUCCESS;
29918 CRYPT_SUCCESS encryption complete
29934 818 CRYPT_RESULT retVal = CRYPT_SUCCESS;
29985 864 if(retVal != CRYPT_SUCCESS)
30000 CRYPT_SUCCESS successful completion
30029 893 if((retVal = RSADP(cInSize, cIn, key)) != CRYPT_SUCCESS)
30040 904 return CRYPT_SUCCESS;
30065 CRYPT_SUCCESS sign operation completed normally
30091 938 return CRYPT_SUCCESS;
30107 954 if(retVal != CRYPT_SUCCESS)
30122 This function is used to validate an RSA signature. If the signature is valid CRYPT_SUCCESS is
30128 CRYPT_SUCCESS the signature checks
30153 981 if((retVal = RSAEP(sigInSize, sigIn, key)) != CRYPT_SUCCESS)
30473 1261 retVal = CRYPT_SUCCESS;
31696 816 retVal = CRYPT_SUCCESS;
33342 CRYPT_SUCCESS point not at infinity
33358 210 return CRYPT_SUCCESS;
33419 251 return CRYPT_SUCCESS;
33425 257 return CRYPT_SUCCESS;
33452 CRYPT_SUCCESS point multiplication succeeded
33473 278 CRYPT_RESULT retVal = CRYPT_SUCCESS;
33544 344 if((retVal = PointMul(group, R, bnD, Q, bnU, context)) == CRYPT_SUCCESS)
33594 CRYPT_SUCCESS computations completed normally
33615 385 CRYPT_RESULT retVal = CRYPT_SUCCESS;
33670 435 if((retVal = PointMul(group, pK, NULL, pB, bnD, context)) != CRYPT_SUCCESS)
33683 448 if((retVal = PointMul(group, pL, NULL, pB, bnR, context)) != CRYPT_SUCCESS)
33713 478 if(retVal == CRYPT_SUCCESS)
33977 683 return retVal; // Will return CRYPT_SUCCESS
34013 706 CRYPT_RESULT retVal = CRYPT_SUCCESS;
34066 759 break; // can only be CRYPT_SUCCESS
34178 CRYPT_SUCCESS signature created
34259 921 return CRYPT_SUCCESS;
34284 CRYPT_SUCCESS signature created
34492 CRYPT_SUCCESS sign worked
34636 1234 return CRYPT_SUCCESS;
34704 CRYPT_SUCCESS signature valid
34827 1393 if(_cpri__EccPointMultiply(&R, curveId, &U1, Qin, &U2) == CRYPT_SUCCESS)
34836 1402 retVal = CRYPT_SUCCESS;
34862 CRYPT_SUCCESS signature valid
34912 1455 if(_cpri__EccPointMultiply(&pE, curveId, sIn, Qin, &minusR) != CRYPT_SUCCESS)
34916 1459 if(Mod2B(&pE.x.b, n) != CRYPT_SUCCESS)
34931 1474 if(Mod2B(&rPrime.b, n) != CRYPT_SUCCESS)
34939 1482 return CRYPT_SUCCESS;
34951 CRYPT_SUCCESS signature valid
35084 1605 return CRYPT_SUCCESS;
35095 CRYPT_SUCCESS signature is valid
35190 CRYPT_SUCCESS results is valid
35263 1731 != CRYPT_SUCCESS)
35308 1776 if(PointMul(group, pQeB, NULL, pQeB, bnTa, context) == CRYPT_SUCCESS)
35365 CRYPT_SUCCESS results is valid
35433 1868 != CRYPT_SUCCESS)
35482 1912 if(PointMul(group, pQeB, NULL, pQeB, bnTa, context) == CRYPT_SUCCESS)
35566 1984 return CRYPT_SUCCESS;