# Modular Python Bitcoin Miner demonstration configuration file
# Copy this file to config.py and modify it to fit your needs.


################################
# List of modules to be loaded #
################################

import frontend.theseven.cursesui
import frontend.theseven.simplelogger
import pool.theseven.bcjsonrpc
#import worker.theseven.simplers232
import worker.theseven.icarus
#import worker.fpgamining.x6500
#import worker.fpgamining.x6500hotplug


###################
# Global settings #
###################

#bufferseconds = 50 # Work buffer size in seconds (default: 50). This should generally be no
# # more than 60 seconds, otherwise you will get increased stale rates!
#getworktimeout = 2 # Work source response timeout in seconds (default: 2)
#sendsharetimeout = 10 # Share upload timeout in seconds (default: 10)
#longpolltimeout = 900 # Long poll connection inactivity timeout in seconds (default: 900)
#longpollgrouptime = 30 # Long poll aggregation timeout in seconds (default: 30)
#longpollgrouptime = 30 # Long poll aggregation timeout in seconds (default: 30)

# DON'T PLAY WITH THESE UNLESS YOU KNOW WHAT YOU'RE DOING!
#getworkbias = -1 # Bias (in MHashes) that is credited to the work source for every work
# # request (default: -1). This punishes work sources which cancel their
# # work very often, but the default value effectively disables this
# # behavior. This needs to be negative (non-zero) though, in order
# # to ensure that work requests are distributed evenly between work
# # sources during startup.
#longpollkillbias = 0 # Bias (in MHashes) that is credited to the work source for every piece
# # of work that was invalidated by a long poll (default: 0). This is
# # used to compensate for anomalies caused by getworkbias.
#getworkfailbias = -3000 # Bias (in MHashes) that is credited to the work source for every
# # failed work request (default: -3000). This punishes work source
# # downtime in general.
#jobstartbias = 0 # Bias (in MHashes) that is credited to the work source everytime
# # a job of that work source starts being processed on a worker (default: 0).
#jobfinishbias = 0 # Bias (in MHashes) that is credited to the work source everytime
# # a job of that work source ends being processed on a worker (default: 0).
#sharebias = 4000 # Bias (in MHashes) that is multiplied with the difficulty and credited
# # to the work source for each found share (default: 4000). This rewards
# # work sources with high efficiency. Keep it near the default value to
# # ensure that work sources which produce junk work (that never yields
# # shares) can not consume much hashing power.
#uploadfailbias = -100 # Bias (in MHashes) that is and credited to the work source for
# # each share upload retry (default: -100). Because a huge bias
# # doesn't keep a work source from retrying to upload the share,
# # you should keep this relatively low to ensure that the work
# # source will be used again when it pops back to life. Work source
# # downtime should be punished using getjobfailbias instead.
#stalebias = -15000 # Bias (in MHashes) that is multiplied by the difficulty and credited
# # to the work source for each stale share (default: -15000). With the
# # default settings this will half the work source's hashing power at
# # a stale rate of about 2%.
#biasdecay = 0.9995 # Decay factor that is multiplied onto all work sources' bias on every
# # getwork on any work source (default: 0.9995). Helps ensuring that
# # work sources will be favored after they recover from temporary
# # failures until they have caught up with the configured priority.


###########################
# List of user interfaces #
###########################

interfaces = [ \

  # Curses UI
  { \
    # User interface module
    "type": frontend.theseven.cursesui.CursesUI, \
    # Update stats every second (default)
    "updateinterval": 1, \
  }, \

  # Simple logger
  { \
    # User interface module
    "type": frontend.theseven.simplelogger.SimpleLogger, \
    # Log file location (default)
    "logfile": "miner.log", \
  }, \

]


###################
# List of workers #
###################

workers = [ \

# # SimpleRS232 worker
# { \
# # Worker module
# "type": worker.theseven.simplers232.SimpleRS232Worker, \
# # Worker module parameters, in this case serial port name (default: /dev/ttyS0)
# "port": "/dev/ttyUSB0", \
# }, \

# # Single X6500 worker
# { \
# # Worker module
# "type": worker.fpgamining.x6500.X6500Worker, \
# # Worker module parameters, in this case board serial number (default: take first available)
# #"deviceid": "ABCDEFGH", \
# }, \

# # X6500 hotplug worker
# { \
# # Worker module
# "type": worker.fpgamining.x6500hotplug.X6500HotplugWorker, \
# }, \

 # Icarus worker
 { \
 # Worker module
 "type": worker.theseven.icarus.IcarusWorker, \
 # Worker module parameters, in this case serial port name (default: /dev/ttyUSB0)
 "port": "COM4", \
 }, \

]


########################
# List of work sources #
########################

# MPBM supports multiple blockchains and aggregates long poll responses
# from all pools within a blockchain to further reduce stales.
# Work from all pools within a blockchain is flushed as soon as any of
# the pools responds to a long poll (subsequent long poll responses from
# other pools within the next seconds will be suppressed).
# This means that e.g. P2Pool will need to be put into a separate blockchain
# definition because its long poll responses don't correlate with other pools.

# The available hashing power (from all workers) can be distributed across
# different work sources by adjusting the priority values. MPBM will attempt
# to distribute hash rate proportionally to these priorities, unless a work
# source fails. If that happens, the work source's priority will be reduced
# and slowly be increased again when the work source comes back to life.
# You can see this in action with the P2Pool entry in the default config
# if you don't have a P2Pool instance running on localhost.

# If you want to support further development of MPBM, you can do me a favor by
# leaving the demo pool entries active, and just adding your own one below them.
# If you give your own pool entries a total priority of 1000, you will donate
# 1% (on average) of your total hash rate to the author of this software.
# This won't make a big difference for you, but it does for me.
# Templates for that can be found below the demo pool entries.

blockchains = [ \

  # Regular bitcoin blockchain
  { \
    # Pools to be used for this blockchain
    "pools": [ \

# # BitMinter
# { \
# # Pool interface module
# "type": pool.theseven.bcjsonrpc.JSONRPCPool, \
# # Display name of the pool (default: host name)
# "name": "BitMinter", \
# # Priority (default: 2)
# "priority": 1, \
# # Host name of the pool
# "host": "mint.bitminter.com", \
# # HTTP port of the pool (default: 8332)
# "port": 8332, \
# # HTTP authentication user name (default: no authentication)
# "username": "XXX", \
# # HTTP authentication password (default: empty)
# "password": "XXX", \
# }, \

 # GPUMAX
 { \
 # Pool interface module
 "type": pool.theseven.bcjsonrpc.JSONRPCPool, \
 # Display name of the pool (default: host name)
 "name": "GPUMAX", \
 # Priority (default: 1)
 "priority": 1, \
 # Host name of the pool
 "host": "gpumax.com", \
 # HTTP port of the pool (default: 8332)
 "port": 8332, \
 # HTTP authentication user name (default: no authentication)
 "username": "XXX", \
 # HTTP authentication password (default: empty)
 "password": "XXX", \
 }, \

    ], \
  }, \

# # P2Pool sharechain
# { \
# # Pools to be used for this blockchain
# "pools": [ \
#
# # P2Pool instance on localhost
# { \
# # Pool interface module
# "type": pool.theseven.bcjsonrpc.JSONRPCPool, \
# # Display name of the pool (default: host name)
# "name": "P2Pool", \
# # Priority (default: 1)
# "priority": 1000, \
# # Host name of the pool
# "host": "127.0.0.1", \
# # HTTP port of the pool (default: 8332)
# "port": 9332, \
# }, \
#
# ], \
# }, \

]