Lines Matching full:compute
90 *| I 2. Compute W = (W_x,W_y) = kG
91 *| I 3. Compute r = FE2OS(W_x)||FE2OS(W_y)
93 *| IUF 5. Compute h = H(r||m)
94 *| F 6. Compute e = OS2I(h) mod q
95 *| F 7. Compute s = (k + ex) mod q
175 /* 2. Compute W = (W_x,W_y) = kG */ in _ecfsdsa_sign_init()
187 /* 3. Compute r = FE2OS(W_x)||FE2OS(W_y) */ in _ecfsdsa_sign_init()
201 /* 5. Compute h = H(r||m). in _ecfsdsa_sign_init()
245 /* 5. Compute h = H(r||m) */ in _ecfsdsa_sign_update()
310 /* 5. Compute h = H(r||m) */ in _ecfsdsa_sign_finalize()
316 /* 6. Compute e by converting h to an integer and reducing it mod q */ in _ecfsdsa_sign_finalize()
325 /* 7. Compute s = (k + ex) mod q */ in _ecfsdsa_sign_finalize()
403 *| IUF 3. Compute h = H(r||m)
404 *| F 4. Convert h to an integer and then compute e = -h mod q
405 *| F 5. compute W' = sG + eY, where Y is the public key
406 *| F 6. Compute r' = FE2OS(W'_x)||FE2OS(W'_y)
472 /* 3. Compute h = H(r||m) */ in _ecfsdsa_verify_init()
526 /* 3. Compute h = H(r||m) */ in _ecfsdsa_verify_update()
579 /* 3. Compute h = H(r||m) */ in _ecfsdsa_verify_finalize()
585 * 4. Convert h to an integer and then compute e = -h mod q in _ecfsdsa_verify_finalize()
587 * Because we only support positive integers, we compute in _ecfsdsa_verify_finalize()
596 /* 5. compute W' = (W'_x,W'_y) = sG + tY, where Y is the public key */ in _ecfsdsa_verify_finalize()
602 /* 6. Compute r' = FE2OS(W'_x)||FE2OS(W'_y) */ in _ecfsdsa_verify_finalize()
763 /* Compute Y and add it to Y_sum */ in _ecfsdsa_verify_batch_no_memory()
772 /* Compute e */ in _ecfsdsa_verify_batch_no_memory()
794 /* Compute W from rx and ry */ in _ecfsdsa_verify_batch_no_memory()
808 /* Compute S_sum * G */ in _ecfsdsa_verify_batch_no_memory()
978 /* Compute Y */ in _ecfsdsa_verify_batch()
987 /* Compute e */ in _ecfsdsa_verify_batch()
1006 /* Compute W from rx and ry */ in _ecfsdsa_verify_batch()