Searched refs:deserializeGiant (Results 1 - 16 of 16) sorted by relevance

/macosx-10.10.1/Security-57031.1.35/Security/include/security_cryptkit/
H A Dckutilities.h39 void deserializeGiant(const unsigned char *cp,
H A Dckutilities.c19 * Rewrote serializeGiant(), deserializeGiant() to conform to IEEE P1363.
28 * Addd serializeGiant(), deserializeGiant; Deleted data_to_giant()
112 deserializeGiant(d, result, len);
370 void deserializeGiant(const unsigned char *cp, function
387 CKRaise("deserializeGiant: CAPACITY EXCEEDED!\n");
H A DfeeFEEDExp.c316 deserializeGiant(ptext, finst->xp, finst->plainBlockSize);
320 deserializeGiant(plainText, finst->xp, plainTextLen);
354 deserializeGiant(finst->randData, finst->xaux, randLen);
468 deserializeGiant(cipherText, finst->xm, finst->cp->minBytes);
470 deserializeGiant(cipherText, finst->xc, finst->cp->minBytes);
H A DfeeECDSA.c228 deserializeGiant(data, f, dataLen);
281 deserializeGiant(randBytes, u, randBytesLen);
465 deserializeGiant(data, h1, dataLen);
H A DfeeFEED.c766 deserializeGiant(ptext, finst->xp, finst->plainBlockSize);
770 deserializeGiant(plainText, finst->xp, plainTextLen);
959 deserializeGiant(cipherText, finst->xm, finst->cp->minBytes);
H A DfeePublicKey.c1570 deserializeGiant(keyBlob+1, pkinst->plus->x, giantBytes);
1571 deserializeGiant(keyBlob+1+giantBytes, pkinst->plus->y, giantBytes);
1605 deserializeGiant(keyBlob, pkinst->privGiant, keyBlobLen);
H A DbyteRep.c316 deserializeGiant(buf, g, aNumBytes);
318 /* deserializeGiant always cooks up positive giant; sign is
/macosx-10.10.1/Security-57031.1.35/Security/libsecurity_cryptkit/lib/
H A Dckutilities.h39 void deserializeGiant(const unsigned char *cp,
H A Dckutilities.c19 * Rewrote serializeGiant(), deserializeGiant() to conform to IEEE P1363.
28 * Addd serializeGiant(), deserializeGiant; Deleted data_to_giant()
112 deserializeGiant(d, result, len);
370 void deserializeGiant(const unsigned char *cp, function
387 CKRaise("deserializeGiant: CAPACITY EXCEEDED!\n");
H A DfeeFEEDExp.c316 deserializeGiant(ptext, finst->xp, finst->plainBlockSize);
320 deserializeGiant(plainText, finst->xp, plainTextLen);
354 deserializeGiant(finst->randData, finst->xaux, randLen);
468 deserializeGiant(cipherText, finst->xm, finst->cp->minBytes);
470 deserializeGiant(cipherText, finst->xc, finst->cp->minBytes);
H A DfeeECDSA.c228 deserializeGiant(data, f, dataLen);
281 deserializeGiant(randBytes, u, randBytesLen);
465 deserializeGiant(data, h1, dataLen);
H A DfeeFEED.c766 deserializeGiant(ptext, finst->xp, finst->plainBlockSize);
770 deserializeGiant(plainText, finst->xp, plainTextLen);
959 deserializeGiant(cipherText, finst->xm, finst->cp->minBytes);
H A DfeePublicKey.c1570 deserializeGiant(keyBlob+1, pkinst->plus->x, giantBytes);
1571 deserializeGiant(keyBlob+1+giantBytes, pkinst->plus->y, giantBytes);
1605 deserializeGiant(keyBlob, pkinst->privGiant, keyBlobLen);
H A DbyteRep.c316 deserializeGiant(buf, g, aNumBytes);
318 /* deserializeGiant always cooks up positive giant; sign is
/macosx-10.10.1/Security-57031.1.35/Security/libsecurity_cryptkit/ckutils/giantBench/
H A DgiantBench.c89 deserializeGiant(buf, g, numBytes);
91 /* set random sign; deserializeGiant() is always positive */
/macosx-10.10.1/Security-57031.1.35/Security/libsecurity_cryptkit/ckutils/atomTime/
H A DatomTime.c70 * deserializeGiant() has a resolution of one byte. We
85 deserializeGiant(rdata, g, bytes);
94 * deserializeGiant always yields positive

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