V0.11.2

[pouya-eghbali]

No description provided.

[what-the-diff]

PR Summary

• New file for handling addresses
  A new file address/address.go has been added which contains functions associated with converting bytes to base32, performing secure hashing with SHA3, and calculating addresses.

• Enhancements in BLS cryptography
  The file bls/bls.go now consists of a new variable g2Aff along with some function modifications. It provides better management of cryptographic keys and enhances the verification process.

• Version-related enhancements
  The file cmd/root.go now sources versioning information from a new constants file named constants/constants.go instead of maintaining its own version variable. This brings about more consistency in versioning across the system.

• Database schema updates
  The file ent/migrate/schema.go has been updated. A new column shortkey has been added, and the size of column key changed to 96 bytes for better data accommodation. Related fields and methods are also added in multiple ent files.

• New file for Kosk Challenge Management
  A new file kosk/kosk.go has been added which contains functions for generating and verifying challenges effectively.

• Import New Libraries and Variable Declaration
  The files now import some new libraries which perform assorted tasks. New variables surrounding kosk challenges have also been declared.

• Improved Message Handling
  There have been improvements in the message handling system with the introduction of new types of WebSocket messages and feedback printouts.

• Updates in Signatures and Caching System
  The RecordSignature function now accepts a different parameter type to accommodate new cryptographic methodologies. The lru caches system has been updated for better data management.

• Addition of Mathematical Variables and Constants
  A series of mathematical variables and constants have been declared to further enhance the overall numerical computation across the platform.

• Enhanced WebSocket Communication
  The overall logic for handling WebSocket messages has been revamped, particularly for kosk challenge messages. Various updates have been made to improve the WebSocket communication and data handling system.

• Computation Improvements
  The logic to compute aggregate signatures has been updated and a variable pk has been refactored, allowing for more efficient computations in the system.

Overall, these changes aim to enhance the robustness of the platform by bringing improvements in cryptography, database structures, message handling, computational efficiency, and versioning.