131  *|   F	 3. Compute W = (W_x,W_y) = kG
134  *|   F	 6. Compute e = OS2I(h) mod q. If e is 0, set e to 1.
202 	prj_pt kG;  in _ecrdsa_sign_finalize()  local
213 	kG.magic = WORD(0);  in _ecrdsa_sign_finalize()
226 	ret = local_memset(&kG, 0, sizeof(prj_pt)); EG(ret, err);  in _ecrdsa_sign_finalize()
273 	/* 3. Compute W = kG = (Wx, Wy) */  in _ecrdsa_sign_finalize()
276 	ret = prj_pt_mul_blind(&kG, &k, G); EG(ret, err);  in _ecrdsa_sign_finalize()
278 	ret = prj_pt_mul(&kG, &k, G); EG(ret, err);  in _ecrdsa_sign_finalize()
280 	ret = prj_pt_unique(&kG, &kG); EG(ret, err);  in _ecrdsa_sign_finalize()
281 	dbg_nn_print("W_x", &(kG.X.fp_val));  in _ecrdsa_sign_finalize()
282 	dbg_nn_print("W_y", &(kG.Y.fp_val));  in _ecrdsa_sign_finalize()
285 	ret = nn_mod(&r, &(kG.X.fp_val), q); EG(ret, err);  in _ecrdsa_sign_finalize()
297 	/* 6. Compute e = OS2I(h) mod q. If e is 0, set e to 1. */  in _ecrdsa_sign_finalize()
349 	prj_pt_uninit(&kG);  in _ecrdsa_sign_finalize()
411  *|   F 6. Compute W' = uG + vY = (W'_x, W'_y)
572 	/* 6. Compute W' = uG + vY = (W'_x, W'_y) */  in _ecrdsa_verify_finalize()