PyBitmessage-2024-12-20/src/state.py

"""
Global runtime variables.
"""
import collections

neededPubkeys = {}
streamsInWhichIAmParticipating = []

extPort = None
"""For UPnP"""

socksIP = None
"""for Tor hidden service"""

appdata = ''
"""holds the location of the application data storage directory"""

shutdown = 0
"""
    Set to 1 by the doCleanShutdown function.
    Used to tell the proof of work worker threads to exit.
"""

# Component control flags - set on startup, do not change during runtime
#     The defaults are for standalone GUI (default operating mode)
enableNetwork = True
"""enable network threads"""
enableObjProc = True
"""enable object processing threads"""
enableAPI = True
"""enable API (if configured)"""
enableGUI = True
"""enable GUI (QT or ncurses)"""
enableSTDIO = False
"""enable STDIO threads"""
curses = False

sqlReady = False
"""set to true by sqlTread when ready for processing"""

maximumNumberOfHalfOpenConnections = 0

invThread = None
addrThread = None
downloadThread = None
uploadThread = None

ownAddresses = {}

trustedPeer = None
"""
    If the trustedpeer option is specified in keys.dat then this will
    contain a Peer which will be connected to instead of using the
    addresses advertised by other peers. The client will only connect to
    this peer and the timing attack mitigation will be disabled in order
    to download data faster. The expected use case is where the user has
    a fast connection to a trusted server where they run a BitMessage
    daemon permanently. If they then run a second instance of the client
    on a local machine periodically when they want to check for messages
    it will sync with the network a lot faster without compromising
    security.
"""

discoveredPeers = {}

Peer = collections.namedtuple('Peer', ['host', 'port'])

dandelion = 0

testmode = False

kivy = False

association = ''