168 const uint32_t* rsaPubOpIterative(struct RsaState* state, const uint32_t *a, const uint32_t *c, uin…  in rsaPubOpIterative()  argument
174         memcpy(state->tmpB, a, RSA_BYTES);  in rsaPubOpIterative()
186 …       biMulIterative(state->tmpA, state->tmpB, gigastep == 16 ? a : state->tmpB, gigastepSubstep);  in rsaPubOpIterative()
193 …if (biModIterative(state->tmpA, c, state->tmpB, state1, state2, gigastepSubstep - RSA_LEN)) { //MO…  in rsaPubOpIterative()
203             memcpy(state->tmpB, state->tmpA, RSA_BYTES);  in rsaPubOpIterative()
209     return state->tmpA;  in rsaPubOpIterative()
214 const uint32_t* rsaPubOp(struct RsaState* state, const uint32_t *a, const uint32_t *c)  in rsaPubOp()  argument
220         ret = rsaPubOpIterative(state, a, c, &state1, &state2, &step);  in rsaPubOp()
244 const uint32_t* rsaPrivOp(struct RsaState* state, const uint32_t *a, const uint32_t *b, const uint3…  in rsaPrivOp()  argument
248     memcpy(state->tmpC, a, RSA_BYTES);  //tC will hold our powers of a  in rsaPrivOp()
250     memset(state->tmpA, 0, RSA_BYTES * 2); //tA will hold result  in rsaPrivOp()
251     state->tmpA[0] = 1;  in rsaPrivOp()
256             memcpy(state->tmpB, state->tmpA, RSA_BYTES);  in rsaPrivOp()
257             biMul(state->tmpA, state->tmpB, state->tmpC);  in rsaPrivOp()
258             biMod(state->tmpA, c, state->tmpB);  in rsaPrivOp()
263         memcpy(state->tmpB, state->tmpA, RSA_BYTES); //save tA  in rsaPrivOp()
264         biMul(state->tmpA, state->tmpC, state->tmpC);  in rsaPrivOp()
265         biMod(state->tmpA, c, state->tmpC);  in rsaPrivOp()
266         memcpy(state->tmpC, state->tmpA, RSA_BYTES);  in rsaPrivOp()
267         memcpy(state->tmpA, state->tmpB, RSA_BYTES); //restore tA  in rsaPrivOp()
269         memcpy(state->tmpB, state->tmpC, RSA_BYTES);  in rsaPrivOp()
270         biMul(state->tmpC, state->tmpB, state->tmpB);  in rsaPrivOp()
271         biMod(state->tmpC, c, state->tmpB);  in rsaPrivOp()
275     return state->tmpA;  in rsaPrivOp()