Randomly generated key pair with private key r and public key R:ĭerived public key P (point multiply r with K): Public key, 0x04 prefix, then 32 bytes X and 32 bytes Y.ġ6 bytes generated with a secure random number generator. Decrypt the cipher text with AES-256-CBC, using IV as initialization vector, key_e as decryption key and the cipher text as payload.The docker image is compact (20MB) alpine-based, can run on Linux / Mac / Windows with. Calculate MAC' with HMACSHA256, using key_m as salt and IV + R + cipher text as data. Bitmessage docker container with IMAP and SMTP interfaces.Do an EC point multiply with private key k and public key R.The private key used to decrypt is called k.The resulting data is: IV + R + cipher text + MAC
Like how Bitcoin clients are opened if you click a link on the internet that has bitcoin:Bitmessage mac for mac#
Encrypt the data with AES-256-CBC, using IV as initialization vector, key_e as encryption key and the padded input text as payload. Add support for Mac OSs full screen mode Add keyboard shortcuts for cmd+(number key) to go to the different pages Like bitcoin miners get revenues, nodes in the bitmessage network could get revenues from serving adds, and possibly by providing other services.Pad the input text to a multiple of 16 bytes, in accordance to PKCS7.The first 32 bytes of H are called key_e and the last 32 bytes are called key_m.Use the X component of public key P and calculate the SHA512 hash H.Do an EC point multiply with public key K and private key r.Generate a new random EC key pair with private key called r and public key called R.Generate 16 random bytes using a secure random number generator.The destination public key is called K.In order to reconstitute a usable (65 byte) public key (starting with 0x04), the X and Y components need to be expanded by prepending them with 0x00 bytes until the individual component lengths are 32 bytes. Initialization Vector used for AES-256-CBC
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