class TestExcavator(unittest.TestCase):
def setUp(self):
self.configdir = nuxhash.settings.DEFAULT_CONFIGDIR
self.device = devices[0]
self.settings = nuxhash.settings.DEFAULT_SETTINGS
self.settings['nicehash']['wallet'] = '3Qe7nT9hBSVoXr8rM2TG6pq82AmLVKHy23'
self.alt_settings = nuxhash.settings.DEFAULT_SETTINGS
self.alt_settings['nicehash']['wallet'] = '1A1zP1eP5QGefi2DMPTfTL5SLmv7DivfNa'
self.alt_settings['nicehash']['workername'] = 'nuxhashtest'
self.excavator = Excavator(self.configdir)
self.excavator.settings = self.settings
self.equihash = next(a for a in self.excavator.algorithms
if a.algorithms == ['equihash'])
self.neoscrypt = next(a for a in self.excavator.algorithms
if a.algorithms == ['neoscrypt'])
make_miners(self.configdir)
self.excavator.load()
def tearDown(self):
self.excavator.unload()
def _get_workers(self):
response = self.excavator.server.send_command('worker.list', [])
def algorithms(worker): return [a['name'] for a in worker['algorithms']]
return [{ 'device_uuid': w['device_uuid'],
'algorithms': algorithms(w) } for w in response['workers']]
def _get_algorithms(self):
response = self.excavator.server.send_command('algorithm.list', [])
return [a['name'] for a in response['algorithms']]
def test_add_worker(self):
self.equihash.set_devices([self.device])
self.assertEqual(self._get_workers(), [{ 'device_uuid': self.device.uuid,
'algorithms': ['equihash'] }])
def test_add_algorithm(self):
self.equihash.set_devices([self.device])
self.assertEqual(self._get_algorithms(), ['equihash'])
def test_remove_worker(self):
self.equihash.set_devices([self.device])
sleep(1)
self.equihash.set_devices([])
self.assertEqual(self._get_workers(), [])
def test_remove_algorithm(self):
self.equihash.set_devices([self.device])
sleep(1)
self.equihash.set_devices([])
self.assertEqual(self._get_algorithms(), [])
def test_report_speed(self):
self.equihash.set_devices([self.device])
self.assertEqual(len(self.equihash.current_speeds()), 1)
def test_switch_worker(self):
self.equihash.set_devices([self.device])
sleep(1)
self.equihash.set_devices([])
self.neoscrypt.set_devices([self.device])
self.assertEqual(self._get_workers(), [{ 'device_uuid': self.device.uuid,
'algorithms': ['neoscrypt'] }])
def test_switch_algorithm(self):
self.equihash.set_devices([self.device])
sleep(1)
self.equihash.set_devices([])
self.neoscrypt.set_devices([self.device])
self.assertEqual(self._get_algorithms(), ['neoscrypt'])
def test_simultaneous_worker(self):
self.equihash.set_devices([self.device])
sleep(1)
self.neoscrypt.set_devices([self.device])
sleep(1)
self.equihash.set_devices([])
self.assertEqual(self._get_workers(), [{ 'device_uuid': self.device.uuid,
'algorithms': ['neoscrypt'] }])
def test_simultaneous_algorithm(self):
self.equihash.set_devices([self.device])
sleep(1)
self.neoscrypt.set_devices([self.device])
sleep(1)
self.equihash.set_devices([])
self.assertEqual(self._get_algorithms(), ['neoscrypt'])
def test_set_twice(self):
self.equihash.set_devices([self.device])
sleep(1)
self.equihash.set_devices([self.device])
self.assertEqual(self._get_algorithms(), ['equihash'])
def test_benchmark_mode(self):
self.equihash.set_devices([self.device])
sleep(1)
self.equihash.benchmarking = True
self.assertEqual(self._get_workers(), [{ 'device_uuid': self.device.uuid,
'algorithms': ['equihash'] }])
def test_benchmark_stop(self):
self.equihash.benchmarking = True
self.equihash.set_devices([self.device])
sleep(1)
self.equihash.set_devices([])
self.assertEqual(self._get_workers(), [])
def test_bad_device(self):
device = get_test_devices()[0]
self.assertFalse(self.equihash.accepts(device))
def test_set_bad_device(self):
devices = get_test_devices()
self.assertRaises(AssertionError,
lambda: self.equihash.set_devices(devices))
def test_settings_switch(self):
self.equihash.set_devices([self.device])
sleep(1)
self.excavator.settings = self.alt_settings
self.assertEqual(self._get_workers(), [{ 'device_uuid': self.device.uuid,
'algorithms': ['equihash'] }])
def test_settings_switch_algorithm(self):
self.equihash.set_devices([self.device])
sleep(1)
self.excavator.settings = self.alt_settings
self.assertEqual(self._get_algorithms(), ['equihash'])
def test_settings_switch_back(self):
self.equihash.set_devices([self.device])
sleep(1)
status = (self._get_workers(), self._get_algorithms())
self.excavator.settings = self.alt_settings
sleep(1)
self.excavator.settings = self.settings
sleep(1)
self.assertEqual(status, (self._get_workers(), self._get_algorithms()))
class TestExcavator(unittest.TestCase):
def setUp(self):
self.configdir = nuxhash.settings.DEFAULT_CONFIGDIR
self.settings = nuxhash.settings.DEFAULT_SETTINGS
self.settings['nicehash']['wallet'] = '3Qe7nT9hBSVoXr8rM2TG6pq82AmLVKHy23'
self.device = devices[0]
self.excavator = Excavator(self.configdir,
nuxhash.settings.DEFAULT_SETTINGS)
self.equihash = next(a for a in self.excavator.algorithms
if a.algorithms == ['equihash'])
self.neoscrypt = next(a for a in self.excavator.algorithms
if a.algorithms == ['neoscrypt'])
make_miners(self.configdir)
self.excavator.load()
def tearDown(self):
self.excavator.unload()
def _get_workers(self):
response = self.excavator.server.send_command('worker.list', [])
def algorithms(worker): return [a['name'] for a in worker['algorithms']]
return [{ 'device_uuid': w['device_uuid'],
'algorithms': algorithms(w) } for w in response['workers']]
def _get_algorithms(self):
response = self.excavator.server.send_command('algorithm.list', [])
return [a['name'] for a in response['algorithms']]
def test_add_worker(self):
self.equihash.set_devices([self.device])
self.assertEqual(self._get_workers(), [{ 'device_uuid': self.device.uuid,
'algorithms': ['equihash'] }])
def test_add_algorithm(self):
self.equihash.set_devices([self.device])
self.assertEqual(self._get_algorithms(), ['equihash'])
def test_remove_worker(self):
self.equihash.set_devices([self.device])
sleep(1)
self.equihash.set_devices([])
self.assertEqual(self._get_workers(), [])
def test_remove_algorithm(self):
self.equihash.set_devices([self.device])
sleep(1)
self.equihash.set_devices([])
self.assertEqual(self._get_algorithms(), [])
def test_report_speed(self):
self.equihash.set_devices([self.device])
self.assertEqual(len(self.equihash.current_speeds()), 1)
def test_switch_worker(self):
self.equihash.set_devices([self.device])
sleep(1)
self.equihash.set_devices([])
self.neoscrypt.set_devices([self.device])
self.assertEqual(self._get_workers(), [{ 'device_uuid': self.device.uuid,
'algorithms': ['neoscrypt'] }])
def test_switch_algorithm(self):
self.equihash.set_devices([self.device])
sleep(1)
self.equihash.set_devices([])
self.neoscrypt.set_devices([self.device])
self.assertEqual(self._get_algorithms(), ['neoscrypt'])
def test_simultaneous_worker(self):
self.equihash.set_devices([self.device])
sleep(1)
self.neoscrypt.set_devices([self.device])
sleep(1)
self.equihash.set_devices([])
self.assertEqual(self._get_workers(), [{ 'device_uuid': self.device.uuid,
'algorithms': ['neoscrypt'] }])
def test_simultaneous_algorithm(self):
self.equihash.set_devices([self.device])
sleep(1)
self.neoscrypt.set_devices([self.device])
sleep(1)
self.equihash.set_devices([])
self.assertEqual(self._get_algorithms(), ['neoscrypt'])
def test_set_twice(self):
self.equihash.set_devices([self.device])
sleep(1)
self.equihash.set_devices([self.device])
self.assertEqual(self._get_algorithms(), ['equihash'])
def test_benchmark_mode(self):
self.equihash.set_devices([self.device])
sleep(1)
self.equihash.set_benchmarking(True)
self.assertEqual(self._get_workers(), [{ 'device_uuid': self.device.uuid,
'algorithms': ['equihash'] }])
def test_benchmark_stop(self):
self.equihash.set_benchmarking(True)
self.equihash.set_devices([self.device])
sleep(1)
self.equihash.set_devices([])
self.assertEqual(self._get_workers(), [])