#BITMESSAGE KEY.DAT HOW TO#
#BITMESSAGE KEY.DAT SOFTWARE#
#BITMESSAGE KEY.DAT PASSWORD#

In June 2013, the software experienced a surge of new adoptions after news reports of email surveillance by the US National Security Agency. To enable the API, copy and paste these lines into the bitmessagesettings section of the keys.dat file.English, Esperanto, French, German, Spanish, Russian, Norwegian, Arabic, Chineseīitmessage is a decentralized, encrypted, peer-to-peer, trustless communications protocol that can be used by one person to send encrypted messages to another person, or to multiple subscribers. Note that the values 'username' and 'password' below are merely examples, and should be replaced by values that cannot feasibly be guessed:Īdditionally, you may optionally include an additional entry which will specify a program which Bitmessage will run when certain events occur. One of these arguments will be passed to your program: startingUp, newMessage, newBroadcast.

Be sure your program doesn't crash when given newer arguments introduced in the future as this list will likely expand. To access the Bitmessage API from a remote location, change the apiinterface value from 127.0.0.1 to 0.0.0.0.

#BITMESSAGE KEY.DAT HOW TO#

The following Python code offers a demonstration of how to create a client that can connect to the PyBitmessage API.

#BITMESSAGE KEY.DAT PASSWORD#

In this example, the username is 'username', the password is 'password', the IP address of the server running PyBitmessage is 105.168.1.0 (a random example), and the port number which PyBitmessage has been configured to listen on is 8442. In order to connect with the remote copy of PyBitmessage, these settings must match those in PyBitmessage's 'keys.dat' file.Ī more complete example can be found in the api_client.py file in the PyBitmessage source code. Used as a simple test of the API.ĭisplays the message in the status bar on the GUI Required arguments are denoted inside Optional arguments are inside. Returns a list of objects with these properties: Lists all addresses shown on the Your Identities tab.

This is called listAddresses 2 because 'listAddresses' is obsolete. Ĭreates one address using the random number generator. eighteenByteRipe is a boolean telling Bitmessage whether to generate an address with an 18 byte RIPE hash(as opposed to a 19 byte hash). This is the same setting as the 'Do extra work to make the address 1 or 2 characters shorter' in the user interface. Using False is recommended if you are running some sort of website and will be generating a lot of addresses. Note that even if you don't ask for it, there is still a 1 in 256 chance that you will get an address with an 18 byte RIPE hash so if you actually need an address with a 19 byte RIPE hash for some reason, you will need to check for it. Warning: At present, Bitmessage gets confused if you use both the API and the UI to make an address at the same time. Similar to createRandomAddress except that you may generate many addresses in one go. addressVersionNumber and streamNumber may be set to 0 which will tell Bitmessage to use the most up-to-date addressVersionNumber and the most available streamNumber. Using zero for each of these fields is recommended. totalDifficulty and smallMessageDifficulty default to 1. This list will be empty if the addresses already existed.

Bitmessage key.dat