Run examples using:
$ MLOCK_SECRETS=false cargo run --example <example name>
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Public-Key Cryptography- Demonstrates how to generate a random secret-key and corresponding public-key, sign some bytes using a secret-key, validate the signature for some bytes using a public-key, encrypt some bytes using a public-key, and how to decrypt a ciphertext using a secret-key. -
Threshold Encryption- Demonstrates how to encrypt a message to a group of actors with a master public-key, where the number of actors collaborating in the decryption process must exceed a given threshold number before the ciphertext can be successfully decrypted. This example also demonstrates the idea of a "trusted dealer", i.e. some trusted entity that is responsible for generating the keys. -
Threshold Signing- Demonstrates how threshold signing can be used to generate an append-only ledger of chat messages. Each node running our chat protocol receives and signs messages (using its share of the network's master secret-key). The network adds a new message to the ledger once enough nodes (threshold + 1) have signed a given message.