* Work in progress NIDKG
* Encryption of multiple shares
* Extracted baby-step giant-step lookup table as a separate entity
* Proof of discrete log
* Adjusted discrete log domainn
* Producing proof of log during keygen
* Zeroize for epoch
* Proof of secret sharing
* empty main for compiler appeasement
* Construction of proof of chunking
* Initial untested verification of proof of chunking
* Converted chunk responses from Scalar to u64
* Additional tests for proof of chunking
* Minor cleanup and reorganisation
* Fixed enc/dec to use f0
* Deriving node coverage of required tree nodes
* Finally seemingnly working encryption under nonzero epoch
* Branch park
* Decryption key updates to specified epochs
* Ciphertext integrity checks
* Progress in integration tests
* Fixed ciphertext combining and integration test
* Dealing type and simplification of the integration test
* Benchmark for creation of baby-step-giant-step lookup table
* Initial import cleanup + broken 2nd integration test
* Using correct assertions in the integration test (and correctly combining shares)
* Removed unused modules
* Changed proof of sharing to allow for node indices being different from [1,2,...n]
* Reorganised bte module
* Benchmark for g2 precomputation
* Created more strongly typed Epoch type
which is essentially a Tau such that it is a leaf node
* Extending tau with a temporary oracle output
* Using random oracle for tau extension
* More benchmarks!
* encryption-related benchmarks
* Serialization of PublicKeyWithProof
* Typos
* Removed any changes made in validator-api or smart contracts
* Made the integration test slightly more concise
* Further purge of unused modules
* Fixed combining share to use lagrangian interpolation
* Recovery of verification keys from the dealings
* Verification key verification + extended integration tests
* Fixed Tau not being included in digest for producing Tau_h
* Tau serialization
* Serialization of a BTE Node
* Serialization of DecryptionKey
* Serialization of PublicCoefficients
* Utility method for setting constant coefficient of a polynomial
* Serialization of Ciphertexts
* Serialization of Proof of Secret Sharing
* Serialization of Proof of Chunking
* Serialization of Dealing
* Adjusted capacity of responses_r in proof of chunking
* Made notation more consistent with the paper equivalents
* Optional arguments for creating/verifying resharing dealings
Jędrzej Stuczyński