libolm - Implementation of the olm and megolm cryptographic ratchets

Age	Commit message (Collapse)	Author
2015-06-16	Add a test for the axolotl API	Mark Haines

2015-06-15	Add c interface which wraps the cpp classes	Mark Haines

2015-06-15	Add base64 encoders and decoders	Mark Haines

2015-06-15	Implement creating a new account	Mark Haines

2015-06-12	Move utils for pickling into a separate file	Mark Haines

2015-06-22	Implement the session key exchange	Mark Haines

2015-06-12	Implement the session key exchange	Mark Haines

2015-06-12	Pass the message body to decrypt_max_plaintext_length so we can get a more ↵	Mark Haines
	accurate estimate, rename encrypt_max_output_length to encrypt_output_length and change the api to return the exact number of bytes needed to hold the message
2015-06-11	Start writing the interfaces for session and the account objects	Mark Haines

2015-06-11	rename Session to Ratchet	Mark Haines

2015-06-11	Add encoder and decoder for PreKey messages	Mark Haines

2015-06-11	Move AES specific details behind a cipher interface	Mark Haines

2015-06-09	Add methods for pickling and unpickling sessions	Mark Haines

2015-03-03	Constant time comparison for mac	Mark Haines

2015-03-03	const on right hand side	Mark Haines

2015-03-03	Rename the ratchet source and include files from axolotl to ratchet	Mark Haines

2015-03-03	Add functions for signing and verifying messages using curve25519 keys	Mark Haines

2015-02-27	Try to ensure the compiler cannot optimise away attempts to erase secrets ↵	Mark Haines
	from memory
2015-02-26	Copyright notices and a license	Mark Haines

2015-02-26	Implement the axlotl ratchet	Mark Haines

2015-02-25	Start implementing the ratchet	Mark Haines

2015-02-25	Don't bother passing through the mac_length, the caller already knows it ↵	Mark Haines
	since they supplied it
2015-02-25	Add a message encoder/decoder	Mark Haines

2015-02-25	Tweak AES cbc to add pcks7 padding bytes	Mark Haines

2015-02-21	Finish and test crypto primitives	Mark Haines

2015-02-20	initial commit: start implementing the crypto primitives	Mark Haines