def hfload_test(hash_clock, cycles):
import random
import sys
import time
from hf.load import hf
from hf.load import talkusb
from hf.load.routines import simple
if MOC:
expected_hash_rate = hash_clock * 1000000000 * 0.745
#return expected_hash_rate * 1.1 # success
return expected_hash_rate * 0.75 # fail
talkusb.talkusb(hf.INIT, None, 0);
def printmsg(msg):
print(msg)
# pass in "lambda *a, **k: None" for print fn
HRT = simple.SimpleRoutine(talkusb.talkusb, hash_clock, printmsg, deterministic=True)
if not HRT.n_cycles(cycles):
print("ALERT: test failed to complete. Measured hash rate so far is '%d'." % HRT.get_hashrate())
return 0
return HRT.get_hashrate()
def main(args):
global running
# init talkusb
talkusb.talkusb(hf.INIT, None, 0)
def printmsg(msg):
print(msg)
# init the test
test = simple.SimpleRoutine(talkusb.talkusb,
args.clockrate,
printer=printmsg,
deterministic=args.deterministic)
# thread
thread = threading.Thread(target=monitor, args={test})
running = True
#thread.daemon = True
thread.start()
# run the test
rslt = True
while rslt:
rslt = test.one_cycle()
running = False
print("All done!")
def hfload_test(hash_clock, cycles):
import random
import sys
import time
from hf.load import hf
from hf.load import talkusb
from hf.load.routines import simple
if MOC:
expected_hash_rate = hash_clock * 1000000000 * 0.745
#return expected_hash_rate * 1.1 # success
return expected_hash_rate * 0.75 # fail
talkusb.talkusb(hf.INIT, None, 0)
def printmsg(msg):
print(msg)
# pass in "lambda *a, **k: None" for print fn
HRT = simple.SimpleRoutine(talkusb.talkusb,
hash_clock,
printmsg,
deterministic=True)
if not HRT.n_cycles(cycles):
print(
"ALERT: test failed to complete. Measured hash rate so far is '%d'."
% HRT.get_hashrate())
return 0
return HRT.get_hashrate()
def run(self, ui, dev, option):
talkusb.talkusb(hf.INIT, None, 0)
self.test = thermal.ThermalRoutine(talkusb.talkusb, option, ui.log, deterministic=True)
ui.prompt_show("Running option "+str(option)+". Press board 'RESET' or ctrl+c to end.")
ui.current_round.clockrate = option
rslt = True
self.run_stats = [ [{'die':x, 'frq':option, 'vlt':vlt, 'sm':None, 'em':None, 's':False, 'c':False} for vlt in VLTS] for x in range(4)]
# thread
thread = threading.Thread(target=self.monitor_temp, args={ui})
self.running = True
#thread.daemon = True
thread.start()
# run
while rslt:
rslt = self.test.one_cycle()
if self.req_stop is True:
self.test.end()
rslt = False
#####self.record()
# cycle loop complete
self.running = False
# wait for board to reset
time.sleep(3)
def main(args):
global running
def printmsg(msg):
print(msg)
# init talkusb
talkusb.talkusb(hf.INIT, None, 0)
# init the test
test = simple.SimpleRoutine(talkusb.talkusb, args.clockrate, printer=printmsg, deterministic=args.deterministic)
# debug stream
dthread = threading.Thread(target=debugstream, args={printmsg})
#dthread.daemon = True
running = True
dthread.start()
# thread
thread = threading.Thread(target=monitor, args={test})
#thread.daemon = True
running = True
thread.start()
# run the test
rslt = True
while rslt:
rslt = test.one_cycle()
running = False
print("All done!")
def run(self, ui, dev, clockrate):
talkusb.talkusb(hf.INIT, None, 0);
self.test = throttled.ThrottledRoutine(talkusb.talkusb, clockrate, ui.log, deterministic=False)
ui.prompt_show("Running at "+str(clockrate)+"MHz. Press board 'RESET' or ctrl+c to end.")
self.cr = ui.current_round
self.cr.clockrate = clockrate
# run soak with temperature monitor
self.getting_warm = False
self.throttle = 50
rslt = True
# thread
thread = threading.Thread(target=self.monitor_temp, args={ui})
self.running = True
#thread.daemon = True
thread.start()
# run
while rslt:
if self.getting_warm is False:
self.throttle -= 1
if self.throttle < 0:
self.throttle = 0
else:
# getting warm
self.throttle = 50
self.getting_warm = False
rslt = self.test.one_cycle(self.throttle)
#if rslt is -2:
# self.run(ui, dev, clockrate)
# cycle loop complete
#ui.prompt_enter("Round Complete. Check temperature.")
self.running = False
def set(self, ui):
ui.prompt_show("Updating Die Settings")
talkusb.talkusb(hf.INIT, None, 0)
setter = settings.SettingsRoutine(talkusb.talkusb, 1, ui.log)
for x in range(4):
frq = self.frequency[x]
vlt = self.voltage[x]
if frq is None or vlt is None:
return None
else:
setter.setup(x, frq, vlt)
# run
rslt = True
while rslt:
rslt = setter.one_cycle()
# wait for settings to be applied
time.sleep(3)
def set(self, ui):
ui.prompt_show("Updating Die Settings")
talkusb.talkusb(hf.INIT, None, 0)
setter = settings.SettingsRoutine(talkusb.talkusb, 1, ui.log)
for x in range(4):
frq = self.frequency[x]
vlt = self.voltage[x]
if frq is None or vlt is None:
return None
else:
setter.setup(x, frq, vlt)
# run
rslt = True
while rslt:
rslt = setter.one_cycle()
# wait for settings to be applied
time.sleep(3)
def run(self, ui, dev, option):
talkusb.talkusb(hf.INIT, None, 0)
self.test = thermal.ThermalRoutine(talkusb.talkusb,
1,
ui.log,
deterministic=True)
ui.prompt_show("Running option " + str(option) +
". Press board 'RESET' or ctrl+c to end.")
ui.next_round()
self.cr = ui.current_round
self.cr.clockrate = option
rslt = True
# thread
thread = threading.Thread(target=self.monitor_temp, args={ui})
self.running = True
#thread.daemon = True
thread.start()
# run
while rslt:
rslt = self.test.one_cycle()
if self.req_stop is True:
self.test.end()
rslt = False
# record current voltage and frequency
for x in range(4):
if self.test.dies[x] is not None:
die = self.test.dies[x]
if die['voltage'] is not None:
self.voltage[x] = die['voltage']
if die['frequency'] is not None:
self.frequency[x] = die['frequency']
# write logfile
with open(self.csvfilename, 'a') as csvfile:
csvwriter = csv.DictWriter(csvfile, fn, extrasaction='ignore')
for x in range(4):
if self.test.dies[x] is not None:
die = self.test.dies[x]
csvwriter.writerow(die)
#if rslt is -2:
# self.run(ui, dev, clockrate)
# cycle loop complete
#ui.prompt_enter("Round Complete. Check temperature.")
self.running = False
# wait for board to reset
time.sleep(3)
def run(self, ui, dev, option):
talkusb.talkusb(hf.INIT, None, 0)
self.test = thermal.ThermalRoutine(talkusb.talkusb, 1, ui.log, deterministic=True)
ui.prompt_show("Running option "+str(option)+". Press board 'RESET' or ctrl+c to end.")
ui.next_round()
self.cr = ui.current_round
self.cr.clockrate = option
rslt = True
# thread
thread = threading.Thread(target=self.monitor_temp, args={ui})
self.running = True
#thread.daemon = True
thread.start()
# run
while rslt:
rslt = self.test.one_cycle()
if self.req_stop is True:
self.test.end()
rslt = False
# record current voltage and frequency
for x in range(4):
if self.test.dies[x] is not None:
die = self.test.dies[x]
if die['voltage'] is not None:
self.voltage[x] = die['voltage']
if die['frequency'] is not None:
self.frequency[x] = die['frequency']
# write logfile
with open(self.csvfilename, 'a') as csvfile:
csvwriter = csv.DictWriter(csvfile, fn, extrasaction='ignore')
for x in range(4):
if self.test.dies[x] is not None:
die = self.test.dies[x]
csvwriter.writerow(die)
#if rslt is -2:
# self.run(ui, dev, clockrate)
# cycle loop complete
#ui.prompt_enter("Round Complete. Check temperature.")
self.running = False
# wait for board to reset
time.sleep(3)
def run(self, ui, dev, option):
talkusb.talkusb(hf.INIT, None, 0)
self.test = thermal.ThermalRoutine(talkusb.talkusb,
option,
ui.log,
deterministic=True)
ui.prompt_show("Running option " + str(option) +
". Press board 'RESET' or ctrl+c to end.")
ui.current_round.clockrate = option
rslt = True
self.run_stats = [[{
'die': x,
'frq': option,
'vlt': vlt,
'sm': None,
'em': None,
's': False,
'c': False
} for vlt in VLTS] for x in range(4)]
# thread
thread = threading.Thread(target=self.monitor_temp, args={ui})
self.running = True
#thread.daemon = True
thread.start()
# run
while rslt:
rslt = self.test.one_cycle()
if self.req_stop is True:
self.test.end()
rslt = False
#####self.record()
# cycle loop complete
self.running = False
# wait for board to reset
time.sleep(3)
def mine(args, job_registry, workers):
time.sleep(1)
# authorize worker
worker_name = args.custom_user
worker_password = args.custom_password
workers.authorize(worker_name, worker_password)
# init talkusb
talkusb.talkusb(hf.INIT, None, 0)
def printer(msg):
print(msg)
# init the test
test = restart.RestartRoutine(talkusb.talkusb, args.clockrate, printer)
def get_job(die, core):
job = job_registry.getwork()
job['previous block hash'] = hf.reverse_every_four_bytes(
job['previous block hash'])
job['merkle tree root'] = hf.reverse_every_four_bytes(
job['merkle tree root'])
job['bits'] = hf.bebytes_to_int(job['bits'])
return job
test.get_job = get_job
valid_nonce_queue = deque([])
def is_valid_nonce(job, nonce):
# check nonce
zerobits, regen_hash_expanded = hf.check_nonce_work(job, nonce)
if (zerobits >= 39): #if (zerobits >= job_registry.difficulty):
job['previous block hash'] = hf.reverse_every_four_bytes(
job['previous block hash'])
job['merkle tree root'] = hf.reverse_every_four_bytes(
job['merkle tree root'])
#job['bits'] = hf.int_to_bebytes(job['bits'], 4)
#job_registry.submit(job, nonce, worker_name)
valid_nonce_queue.append((job, nonce, worker_name))
return (zerobits >= test.search_difficulty)
test.is_valid_nonce = is_valid_nonce
def submit(job_registry):
while running:
time.sleep(0.1)
if len(valid_nonce_queue):
job, nonce, worker_name = valid_nonce_queue.popleft()
job_registry.submit(job, nonce, worker_name)
# submit thread
submit_thread = threading.Thread(target=submit, args={job_registry})
#submit_thread.daemon = True
submit_thread.start()
def monitor(test):
while running:
time.sleep(4)
test.report_hashrate()
time.sleep(4)
test.report_errors()
# thread
thread = threading.Thread(target=monitor, args={test})
#thread.daemon = True
thread.start()
# run the test
rslt = True
while (rslt and running):
rslt = test.one_cycle()
#running = False
print("All done!")
def mine(args, job_registry, workers):
time.sleep(1)
# authorize worker
worker_name = args.custom_user
worker_password = args.custom_password
workers.authorize(worker_name, worker_password)
# init talkusb
talkusb.talkusb(hf.INIT, None, 0)
def printer(msg):
print(msg)
# init the test
test = restart.RestartRoutine(talkusb.talkusb, args.clockrate, printer)
def get_job(die, core):
job = job_registry.getwork()
job['previous block hash'] = hf.reverse_every_four_bytes(job['previous block hash'])
job['merkle tree root'] = hf.reverse_every_four_bytes(job['merkle tree root'])
job['bits'] = hf.bebytes_to_int(job['bits'])
return job
test.get_job = get_job
valid_nonce_queue = deque([])
def is_valid_nonce(job, nonce):
# check nonce
zerobits, regen_hash_expanded = hf.check_nonce_work(job, nonce)
if (zerobits >= 39): #if (zerobits >= job_registry.difficulty):
job['previous block hash'] = hf.reverse_every_four_bytes(job['previous block hash'])
job['merkle tree root'] = hf.reverse_every_four_bytes(job['merkle tree root'])
#job['bits'] = hf.int_to_bebytes(job['bits'], 4)
#job_registry.submit(job, nonce, worker_name)
valid_nonce_queue.append( (job, nonce, worker_name) )
return (zerobits >= test.search_difficulty)
test.is_valid_nonce = is_valid_nonce
def submit(job_registry):
while running:
time.sleep(0.1)
if len(valid_nonce_queue):
job, nonce, worker_name = valid_nonce_queue.popleft()
job_registry.submit(job, nonce, worker_name)
# submit thread
submit_thread = threading.Thread(target=submit, args={job_registry})
#submit_thread.daemon = True
submit_thread.start()
def monitor(test):
while running:
time.sleep(4)
test.report_hashrate()
time.sleep(4)
test.report_errors()
# thread
thread = threading.Thread(target=monitor, args={test})
#thread.daemon = True
thread.start()
# run the test
rslt = True
while (rslt and running):
rslt = test.one_cycle()
#running = False
print("All done!")
def start(self, ui, dev):
talkusb.talkusb(hf.INIT, None, 0);
self.test(ui, dev)
self.confirm(ui)
ui.prompt_enter("Check Die Settings on Left")
def start(self, ui, dev): talkusb.talkusb(hf.INIT, None, 0); self.test(ui, dev)
def start(self, ui, dev):
talkusb.talkusb(hf.INIT, None, 0)
self.test(ui, dev)
self.confirm(ui)
ui.prompt_enter("Check Die Settings on Left")
