| /macosx-10.9.5/Security-55471.14.18/include/security_cryptkit/ |
| H A D | CryptKitAsn1.h | 37 x1Plus BigIntegerStr,
56 CSSM_DATA x1Plus; member in struct:__anon3662
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| H A D | curveParams.c | 73 const arrayDigit *x1Plus; member in struct:__anon3677
796 cp->x1Plus = arrayToGiant(cps->x1Plus);
849 newcp->x1Plus = copyGiant(cp->x1Plus);
896 if(cp->x1Plus != NULL) {
897 freeGiant(cp->x1Plus);
971 if(gcompg(cp1->x1Plus, cp2->x1Plus)) {
1084 findPointProj(pt, cp->x1Plus, c
[all...] |
| H A D | curveParams.h | 80 giant x1Plus; member in struct:__anon3678
85 * point for plus curve. I.e., Initial point = {x1Plus, p1Plus, 1}.
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| H A D | CryptKitAsn1.cpp | 26 { SEC_ASN1_SIGNED, offsetof(FEECurveParametersASN1,x1Plus) },
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| H A D | feeDigitalSignature.c | 159 gtog(cp->x1Plus, pt0.x);
170 gtog(cp->x1Plus, sinst->PmX);
180 gtog(cp->x1Plus, sinst->PmX);
491 gtog(cp->x1Plus, Q.x);
587 gtog(cp->x1Plus, Q);
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| H A D | byteRep.c | 160 ENC_GIANT(cp->x1Plus, buf, numBytes, i);
224 lengthOfByteRepGiant(cp->x1Plus) +
413 DEC_GIANT(cp->x1Plus, buf, bufLen, gLen, bytes, abort);
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| H A D | feeECDSA.c | 30 G = initial public point = (x1Plus, y1Plus) as usual
31 x1OrderPlus = IEEE r = (always prime) order of x1Plus
295 gtog(cp->x1Plus, c);
512 * 6) Compute h1G = h1 'o' G (G = {x1Plus, y1Plus, 1} )
516 gtog(cp->x1Plus, h1G->x);
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| H A D | CryptKitDER.cpp | 383 giantToCssmData(cp->x1Plus, asnCp.x1Plus, coder);
416 cp->x1Plus = cssmDataToGiant(asnCp.x1Plus);
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| H A D | ckutilities.c | 246 printf(" x1Plus : ");
247 printGiant(p->x1Plus);
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| H A D | feeFEEDExp.c | 333 x1 = finst->cp->x1Plus;
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| H A D | elliptic.c | 364 /* pt1 := {x1Plus, y1Plus, 1} */
365 gtog(cp->x1Plus, pt1->x);
383 gtog(cp->x1Plus, k->x);
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| H A D | feeFEED.c | 191 * sPlus = s * x1Plus
196 gtog(finst->cp->x1Plus, finst->sPlus);
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| /macosx-10.9.5/Security-55471.14.18/libsecurity_cryptkit/lib/ |
| H A D | CryptKitAsn1.h | 37 x1Plus BigIntegerStr,
56 CSSM_DATA x1Plus; member in struct:__anon4377
|
| H A D | curveParams.c | 73 const arrayDigit *x1Plus; member in struct:__anon4392
796 cp->x1Plus = arrayToGiant(cps->x1Plus);
849 newcp->x1Plus = copyGiant(cp->x1Plus);
896 if(cp->x1Plus != NULL) {
897 freeGiant(cp->x1Plus);
971 if(gcompg(cp1->x1Plus, cp2->x1Plus)) {
1084 findPointProj(pt, cp->x1Plus, c
[all...] |
| H A D | curveParams.h | 80 giant x1Plus; member in struct:__anon4393
85 * point for plus curve. I.e., Initial point = {x1Plus, p1Plus, 1}.
|
| H A D | CryptKitAsn1.cpp | 26 { SEC_ASN1_SIGNED, offsetof(FEECurveParametersASN1,x1Plus) },
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| H A D | feeDigitalSignature.c | 159 gtog(cp->x1Plus, pt0.x);
170 gtog(cp->x1Plus, sinst->PmX);
180 gtog(cp->x1Plus, sinst->PmX);
491 gtog(cp->x1Plus, Q.x);
587 gtog(cp->x1Plus, Q);
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| H A D | byteRep.c | 160 ENC_GIANT(cp->x1Plus, buf, numBytes, i);
224 lengthOfByteRepGiant(cp->x1Plus) +
413 DEC_GIANT(cp->x1Plus, buf, bufLen, gLen, bytes, abort);
|
| H A D | feeECDSA.c | 30 G = initial public point = (x1Plus, y1Plus) as usual
31 x1OrderPlus = IEEE r = (always prime) order of x1Plus
295 gtog(cp->x1Plus, c);
512 * 6) Compute h1G = h1 'o' G (G = {x1Plus, y1Plus, 1} )
516 gtog(cp->x1Plus, h1G->x);
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| H A D | CryptKitDER.cpp | 383 giantToCssmData(cp->x1Plus, asnCp.x1Plus, coder);
416 cp->x1Plus = cssmDataToGiant(asnCp.x1Plus);
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| H A D | ckutilities.c | 246 printf(" x1Plus : ");
247 printGiant(p->x1Plus);
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| H A D | feeFEEDExp.c | 333 x1 = finst->cp->x1Plus;
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| H A D | elliptic.c | 364 /* pt1 := {x1Plus, y1Plus, 1} */
365 gtog(cp->x1Plus, pt1->x);
383 gtog(cp->x1Plus, k->x);
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| H A D | feeFEED.c | 191 * sPlus = s * x1Plus
196 gtog(finst->cp->x1Plus, finst->sPlus);
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