Summary: 14 instances, 13 unique

Text	Count
// TODO: if deviceprotected multiply device base/response.	1
// TODO: What if the source token is device protected?  need to handle this as well. (a pointer to the device should be included in pipp	1
new FieldZqElement[] { phoR, phoAR, phoC.Negate(), phoAC.Negate() })))      // TODO: batch validation with blinded gamma needs to multiply beta0inverse to phoAR	1
if (!lite)  // TODO: only print if hasCommitment is true	1
/* TODO: enable test when maxBitLenght works	2
if (!lite) // TODO: only print if hasCommitment is true	1
exponents.Add(c.Negate());  // TODO: do with one exp; i.e., (CGamma/gammaK)^c	1
// TODO: if device protected, then multiply tildeCgamma by the public key	1
// Serialize the responses dictionary.  TODO: if FieldZqElement was serializable, then this wouldn't be necessary, since Dictionary knows how to serializae itself proivded the keys and values are serializable.	1
GroupElement DPrime = Gq.MultiExponentiate(proof.Ch0, proof.h0, c, c.Negate()); // TODO: add Inverse() to group element to simplify this	1
// r_d = r_d.Multiply(r_delta.Add(r_R[i])).Mod(deltaPlusXid); // TODO (FIXME): delete, old calculation	1
// TODO: we should probably have a serializable object to store gamma so that it can be sent from the RA to the CA.	1
ushort[] BatchValidationSecurityLevels = { 0 /* , 20 TODO: enable batch validation when maxBitLength is fixed */ };	1