domain.mining.Miner.updatefrom() - Code Metrics - dfoderick/fullcycle - Measure and Improve Code Quality continuously with Scrutinizer

domain.mining.Miner.updatefrom() B
last analyzed 2018-11-13 23:52 UTC

↳ Parent: domain.mining

Complexity

Conditions

Size

Total Lines	21
Code Lines	18

Duplication

Lines	0
Ratio	0 %

Importance

Changes

Metric	Value
cc	8
eloc	18
nop	2
dl	0
loc	21
rs	7.3333
c	0
b	0
f	0

'''#Full Cycle Mining Domain'''
import time
from datetime import datetime, timezone

class MinerStatus:
    '''Status of Miner'''
    Online = 'online'
    Offline = 'offline'
    Disabled = 'disabled'

class MinerAccessLevel:
    Restricted = 'restricted'
    Privileged = 'priviledged'
    #not really a level, waiting for access upgrade
    Waiting = 'waiting'

class Login(object):
    """Login name and password for access to miners"""
    def __init__(self, username, password):
        self.username = username
        self.password = password

class MinerInfo(object):
    '''Meta information about a miner
    type and algo
    '''
    def __init__(self, miner_type, minerid):
        self.miner_type = miner_type
        self.minerid = minerid

class MinerCommand(object):
    """Command that could be sent to a miner"""
    def __init__(self, command='', parameter=''):
        self.command = command
        self.parameter = parameter

class Miner(object):
    """Miner"""

    def __init__(self, name, status=MinerStatus.Online, miner_type='', ipaddress='',
                 port='', ftpport='', username='', password='', clientid='', networkid='',
                 minerid='', lastmonitor=None, offlinecount=0, defaultpool='', minerinfo=None,
                 minerpool=None, minerstats=None, laststatuschanged=None,
                 in_service_date=None, location=None, customerid=0):
        #friendly name for your miner
        self.name = name
        self.customerid = customerid
        self._status = status
        #saved or derived from monitoring? type of miner. Antminer S9, Antminer D3, etc.
        self.miner_type = miner_type
        #ip address, usuall will be local ip address. example: 192.168.x.y
        self.ipaddress = ipaddress
        #ip port, usually will be 4028
        self.port = port
        self.ftpport = ftpport
        self.username = username
        self.password = password
        #the mydevices clientid for device
        self.clientid = clientid
        #network identifier for miner. usually the macaddress
        self.networkid = networkid
        #so far have only seen Antminer S9 have the minerid from STATS command
        self.minerid = minerid
        #last time the miner was monitored
        self.lastmonitor = lastmonitor
        self.monitorcount = 0
        self.monitortime = 0
        #number of times miner is offline during this session
        self.offlinecount = offlinecount
        #name of the pool that the miner should default to when it is provisioned
        self.defaultpool = defaultpool
        #meta info on the miner. should be assigned during discovery and monitor
        self.minerinfo = minerinfo
        #MinerCurrentPool
        self.minerpool = minerpool
        #MinerStatistics
        self.minerstats = minerstats
        #status of the miner. online, offline,disabled etc
        self.laststatuschanged = laststatuschanged
        #store is where the object was stored. mem is for memcache.
        self.store = ''
        # the date that the miner was put into service or first discovered
        self.in_service_date = in_service_date
        # location of miner. could be name of facility or rack
        self.location = location
        #save a copy of the original key so we can detect if it changed
        self.key_original = self.key()

    @classmethod
    def create(cls, values):
        '''create entity from values dict'''
        miner = Miner('', '', '', '', '', '', '')
        #todo: find pythonic way to do this
        for pair in values:
            if 'minerid' in pair:
                miner.minerid = pair['minerid']
            if 'name' in pair:
                miner.name = pair['name']
            if 'ipaddress' in pair:
                miner.ipaddress = pair['ipaddress']
            if 'port' in pair:
                miner.port = pair['port']
            if 'location' in pair:
                miner.location = pair['location']
            if 'in_service_date' in pair:
                miner.in_service_date = Miner.to_date(pair['in_service_date'])
        return miner

    @classmethod
    def to_date(cls, dat):
        if dat is None:
            return dat
        if isinstance(dat, datetime):
            return dat
        #ISO8601 from javascript
        parsedtime = datetime.strptime(dat, '%Y-%m-%dT%H:%M:%S.%fZ')
        return Miner.utc_to_local(parsedtime)

    @property
    def is_key_updated(self):
        return self.key_original != self.key()

    @property
    def status(self):
        return self._status

    @status.setter
    def status(self, value):
        if value != '' and value != MinerStatus.Online and value != MinerStatus.Offline and value != MinerStatus.Disabled:
            raise ValueError('Invalid miner status {0}'.format(value))
        if self._status != value:
            self.laststatuschanged = datetime.utcnow()
        self._status = value

    @property
    def pools_available(self):
        if self.minerpool is None:
            return None
        available = []
        if 'POOLS' in self.minerpool.allpools:
            jpools = self.minerpool.allpools['POOLS']
            for jpool in jpools:
                available.append(AvailablePool(pool_type=self.miner_type, named_pool=None, url=jpool['URL'], user=jpool['User'], priority=jpool['Priority']))
        return available

    #@property
    def key(self):
        '''cache key for this entity'''
        thekey = self.name
        if self.isvalid_minerid():
            thekey = self.minerid
        elif self.isvalid_networkid():
            thekey = str(self.networkid)
        elif self.isvalid_ipaddress():
            thekey = '{0}:{1}'.format(self.ipaddress, self.port)
        return thekey

    @property
    def is_unknown(self):
        return self.minerid == 'unknown'

    def isvalid_minerid(self):
        return self.minerid is not None and self.minerid and not self.is_unknown

    def isvalid_networkid(self):
        return self.networkid is not None and self.networkid and str(self.networkid) != '{}'

    def isvalid_ipaddress(self):
        return self.ipaddress is not None and self.ipaddress

    def set_ftp_port(self, port):
        if self.ftpport is not None and self.ftpport: return
        self.ftpport = port

    #todo: move ui code out of entity
    def summary(self):
        #datetime.utcnow().strftime('%Y-%m-%dT%H:%M:%S%f%z')
        return '{0} {1} {2} {3}'.format(self.name, self.hash_or_offline(), self.formattime(self.lastmonitor), self.currentpoolname())

    def currentpoolname(self):
        if self.minerpool is None:
            return '?'
        #todo:look up pools here?
        return self.minerpool.poolname

    def hash_or_offline(self):
        '''hash or offline status of miner'''
        if self.status != MinerStatus.Online:
            return self.status
        if self.minerstats is None:
            return self.status
        return self.minerstats.stats_summary()

    @classmethod
    def utc_to_local(cls, utc_dt):
        '''#todo: move to appservice'''
        return utc_dt.replace(tzinfo=timezone.utc).astimezone(tz=None)

    def formattime(self, ptime):
        '''format time'''
        if ptime is None:
            return ''
        if isinstance(ptime, datetime):
            return Miner.utc_to_local(ptime).strftime('%m-%d %H:%M:%S')
        stime = ptime
        if '.' in stime:
            stime = stime[0:stime.index('.') - 1]
        try:
            parsedtime = datetime.strptime(stime, '%Y-%m-%dT%H:%M:%S')
            return Miner.utc_to_local(parsedtime).strftime('%m-%d %H:%M:%S')
        except ValueError:
            return stime

    def uptime(self, seconds):
        minutes, _ = divmod(seconds, 60)
        hours, minutes = divmod(minutes, 60)
        days, hours = divmod(hours, 24)
        return "%dd%dh%02dm" % (days, hours, minutes)

    def is_disabled(self):
        if self.is_manually_disabled() or self.status == MinerStatus.Disabled:
            return True
        return False

    def is_manually_disabled(self):
        if self.name.startswith("#"):
            return True
        return False

    def can_monitor(self):
        if not self.ipaddress:
            return False
        if not self.port:
            return False
        return True

    def should_monitor(self):
        #always monitor at least once when fcm app starts up
        if self.lastmonitor is None:
            return True
        #no need to monitor if manually disabled
        if self.is_manually_disabled():
            return False
        if self.is_disabled():
            #keep monitoring if it was us that disabled the miner
            #need to keep monitoring (at longer interval) so we can detect when comes online
            #if its a planned outage then user should manually disable to stop monitoring
            #since = (datetime.utcnow() - self.lastmonitor).total_seconds()
            #if since > 10 * 60:
            return True
            #return False
        return True

    def offline_now(self):
        self.status = MinerStatus.Offline
        self.offlinecount += 1

    def online_now(self):
        self.status = MinerStatus.Online
        self.offlinecount = 0

    def is_send_offline_alert(self):
        #todo: make configurable
        if self.offlinecount <= 3:
            return True
        return False

    def monitored(self, stats, pool=None, info=None, sec=None):
        if stats:
            self.lastmonitor = datetime.utcnow()
            self.status = MinerStatus.Online
        if sec is not None:
            self.monitorcount += 1
            self.monitortime += sec
        #todo: process stats and pool
        self.setminerinfo(info)
        if pool is not None:
            self.minerpool = pool
        self.minerstats = stats

    def monitorresponsetime(self):
        if self.monitorcount == 0:
            return 0
        return self.monitortime/self.monitorcount

    def setminerinfo(self, info):
        if info is not None:
            self.minerinfo = info
            if not self.miner_type:
                self.miner_type = info.miner_type
            if not self.minerid:
                self.minerid = info.minerid

    def updatefrom(self, updatedminer):
        #update the name before the next test
        if updatedminer.isvalid_minerid() and self.minerid == updatedminer.minerid and self.name != updatedminer.name:
            self.name = updatedminer.name
        if self.minerid != updatedminer.minerid and self.name != updatedminer.name:
            return
        self.setminerinfo(updatedminer.minerinfo)

        #self.minerid = updatedminer.minerid
        fields = ['lastmonitor', 'status', 'ipaddress', 'port', 'username', 'password', 'clientid']
        fields.append('offlinecount')
        fields.append('defaultpool')
        fields.append('minerpool')
        fields.append('minerstats')
        fields.append('networkid')
        fields.append('location')
        fields.append('in_service_date')
        for fld in fields:
            val = getattr(updatedminer, fld)
            if val:
                setattr(self, fld, val)

class AvailablePool(object):
    """A pool available on a miner
    pool_type is the miner type (e.g. Antminer S9)
    """

    def __init__(self, pool_type, named_pool=None, url='', user='', password='x', priority=None):
        self.pool_type = pool_type
        self.named_pool = named_pool
        self.url = url
        self.user = user
        self.password = password
        self.priority = priority

    @property
    def key(self):
        return '{0}|{1}'.format(self.url, self.user)

class MinerApiCall(object):
    '''info about one call to miner'''
    def __init__(self, miner: Miner):
        self.miner = miner
        self.when = datetime.now()
        self.start_time = None
        self.stop_time = None

    def start(self):
        self.start_time = time.perf_counter()
    def stop(self):
        self.stop_time = time.perf_counter()
    def elapsed(self):
        return self.stop_time - self.start_time

class Pool(object):
    """A configured (Named) Pool.
    Does not have to be attached to miner yet
    """

    def __init__(self, pool_type, name, url, user, priority, password='x'):
        self.pool_type = pool_type
        self.name = name
        self.url = url
        self.user = user
        self.priority = priority
        self.password = password

    @classmethod
    def create(cls, values):
        '''create entity from values dict'''
        entity = Pool('', '', '', '', '')
        #todo: find pythonic way to do this
        for pair in values:
            if 'pool_type' in pair:
                entity.pool_type = pair['pool_type']
            if 'name' in pair:
                entity.name = pair['name']
            if 'url' in pair:
                entity.url = pair['url']
            if 'user' in pair:
                entity.user = pair['user']
            if 'priority' in pair:
                entity.priority = pair['priority']
            if 'password' in pair:
                entity.password = pair['password']
        return entity

    def is_same_as(self, available_pool: AvailablePool):
        return available_pool.url.casefold() == self.url.casefold() and available_pool.user.casefold().startswith(self.user.casefold())

class MinerCurrentPool(object):
    '''The current pool where a miner is mining'''
    def __init__(self, miner, currentpool=None, currentworker=None, allpools=None, poolname='?'):
        self.miner = miner
        self.poolname = poolname
        self.currentpool = currentpool
        self.currentworker = currentworker
        #allpools is a json object
        self.allpools = allpools

    def findpoolnumberforpool(self, url, worker):
        if not 'POOLS' in self.allpools:
            return None
        jpools = self.allpools["POOLS"]
        for pool in jpools:
            thisurl = pool["URL"]
            thisworker = pool["User"]
            if thisurl == url and thisworker.startswith(worker):
                return pool["POOL"]
        return None


1			'''#Full Cycle Mining Domain'''
2			import time
3			from datetime import datetime, timezone
4
5			class MinerStatus:
6			'''Status of Miner'''
7			Online = 'online'
8			Offline = 'offline'
9			Disabled = 'disabled'
10
11			class MinerAccessLevel:
12			Restricted = 'restricted'
13			Privileged = 'priviledged'
14			#not really a level, waiting for access upgrade
15			Waiting = 'waiting'
16
17			class Login(object):
18			"""Login name and password for access to miners"""
19			def __init__(self, username, password):
20			self.username = username
21			self.password = password
22
23			class MinerInfo(object):
24			'''Meta information about a miner
25			type and algo
26			'''
27			def __init__(self, miner_type, minerid):
28			self.miner_type = miner_type
29			self.minerid = minerid
30
31			class MinerCommand(object):
32			"""Command that could be sent to a miner"""
33			def __init__(self, command='', parameter=''):
34			self.command = command
35			self.parameter = parameter
36
37			class Miner(object):
38			"""Miner"""
39
40			def __init__(self, name, status=MinerStatus.Online, miner_type='', ipaddress='',
41			port='', ftpport='', username='', password='', clientid='', networkid='',
42			minerid='', lastmonitor=None, offlinecount=0, defaultpool='', minerinfo=None,
43			minerpool=None, minerstats=None, laststatuschanged=None,
44			in_service_date=None, location=None, customerid=0):
45			#friendly name for your miner
46			self.name = name
47			self.customerid = customerid
48			self._status = status
49			#saved or derived from monitoring? type of miner. Antminer S9, Antminer D3, etc.
50			self.miner_type = miner_type
51			#ip address, usuall will be local ip address. example: 192.168.x.y
52			self.ipaddress = ipaddress
53			#ip port, usually will be 4028
54			self.port = port
55			self.ftpport = ftpport
56			self.username = username
57			self.password = password
58			#the mydevices clientid for device
59			self.clientid = clientid
60			#network identifier for miner. usually the macaddress
61			self.networkid = networkid
62			#so far have only seen Antminer S9 have the minerid from STATS command
63			self.minerid = minerid
64			#last time the miner was monitored
65			self.lastmonitor = lastmonitor
66			self.monitorcount = 0
67			self.monitortime = 0
68			#number of times miner is offline during this session
69			self.offlinecount = offlinecount
70			#name of the pool that the miner should default to when it is provisioned
71			self.defaultpool = defaultpool
72			#meta info on the miner. should be assigned during discovery and monitor
73			self.minerinfo = minerinfo
74			#MinerCurrentPool
75			self.minerpool = minerpool
76			#MinerStatistics
77			self.minerstats = minerstats
78			#status of the miner. online, offline,disabled etc
79			self.laststatuschanged = laststatuschanged
80			#store is where the object was stored. mem is for memcache.
81			self.store = ''
82			# the date that the miner was put into service or first discovered
83			self.in_service_date = in_service_date
84			# location of miner. could be name of facility or rack
85			self.location = location
86			#save a copy of the original key so we can detect if it changed
87			self.key_original = self.key()
88
89			@classmethod
90			def create(cls, values):
91			'''create entity from values dict'''
92			miner = Miner('', '', '', '', '', '', '')
93			#todo: find pythonic way to do this
94			for pair in values:
95			if 'minerid' in pair:
96			miner.minerid = pair['minerid']
97			if 'name' in pair:
98			miner.name = pair['name']
99			if 'ipaddress' in pair:
100			miner.ipaddress = pair['ipaddress']
101			if 'port' in pair:
102			miner.port = pair['port']
103			if 'location' in pair:
104			miner.location = pair['location']
105			if 'in_service_date' in pair:
106			miner.in_service_date = Miner.to_date(pair['in_service_date'])
107			return miner
108
109			@classmethod
110			def to_date(cls, dat):
111			if dat is None:
112			return dat
113			if isinstance(dat, datetime):
114			return dat
115			#ISO8601 from javascript
116			parsedtime = datetime.strptime(dat, '%Y-%m-%dT%H:%M:%S.%fZ')
117			return Miner.utc_to_local(parsedtime)
118
119			@property
120			def is_key_updated(self):
121			return self.key_original != self.key()
122
123			@property
124			def status(self):
125			return self._status
126
127			@status.setter
128			def status(self, value):
129			if value != '' and value != MinerStatus.Online and value != MinerStatus.Offline and value != MinerStatus.Disabled:
130			raise ValueError('Invalid miner status {0}'.format(value))
131			if self._status != value:
132			self.laststatuschanged = datetime.utcnow()
133			self._status = value
134
135			@property
136			def pools_available(self):
137			if self.minerpool is None:
138			return None
139			available = []
140			if 'POOLS' in self.minerpool.allpools:
141			jpools = self.minerpool.allpools['POOLS']
142			for jpool in jpools:
143			available.append(AvailablePool(pool_type=self.miner_type, named_pool=None, url=jpool['URL'], user=jpool['User'], priority=jpool['Priority']))
144			return available
145
146			#@property
147			def key(self):
148			'''cache key for this entity'''
149			thekey = self.name
150			if self.isvalid_minerid():
151			thekey = self.minerid
152			elif self.isvalid_networkid():
153			thekey = str(self.networkid)
154			elif self.isvalid_ipaddress():
155			thekey = '{0}:{1}'.format(self.ipaddress, self.port)
156			return thekey
157
158			@property
159			def is_unknown(self):
160			return self.minerid == 'unknown'
161
162			def isvalid_minerid(self):
163			return self.minerid is not None and self.minerid and not self.is_unknown
164
165			def isvalid_networkid(self):
166			return self.networkid is not None and self.networkid and str(self.networkid) != '{}'
167
168			def isvalid_ipaddress(self):
169			return self.ipaddress is not None and self.ipaddress
170
171			def set_ftp_port(self, port):
172			if self.ftpport is not None and self.ftpport: return
173			self.ftpport = port
174
175			#todo: move ui code out of entity
176			def summary(self):
177			#datetime.utcnow().strftime('%Y-%m-%dT%H:%M:%S%f%z')
178			return '{0} {1} {2} {3}'.format(self.name, self.hash_or_offline(), self.formattime(self.lastmonitor), self.currentpoolname())
179
180			def currentpoolname(self):
181			if self.minerpool is None:
182			return '?'
183			#todo:look up pools here?
184			return self.minerpool.poolname
185
186			def hash_or_offline(self):
187			'''hash or offline status of miner'''
188			if self.status != MinerStatus.Online:
189			return self.status
190			if self.minerstats is None:
191			return self.status
192			return self.minerstats.stats_summary()
193
194			@classmethod
195			def utc_to_local(cls, utc_dt):
196			'''#todo: move to appservice'''
197			return utc_dt.replace(tzinfo=timezone.utc).astimezone(tz=None)
198
199			def formattime(self, ptime):
200			'''format time'''
201			if ptime is None:
202			return ''
203			if isinstance(ptime, datetime):
204			return Miner.utc_to_local(ptime).strftime('%m-%d %H:%M:%S')
205			stime = ptime
206			if '.' in stime:
207			stime = stime[0:stime.index('.') - 1]
208			try:
209			parsedtime = datetime.strptime(stime, '%Y-%m-%dT%H:%M:%S')
210			return Miner.utc_to_local(parsedtime).strftime('%m-%d %H:%M:%S')
211			except ValueError:
212			return stime
213
214			def uptime(self, seconds):
215			minutes, _ = divmod(seconds, 60)
216			hours, minutes = divmod(minutes, 60)
217			days, hours = divmod(hours, 24)
218			return "%dd%dh%02dm" % (days, hours, minutes)
219
220			def is_disabled(self):
221			if self.is_manually_disabled() or self.status == MinerStatus.Disabled:
222			return True
223			return False
224
225			def is_manually_disabled(self):
226			if self.name.startswith("#"):
227			return True
228			return False
229
230			def can_monitor(self):
231			if not self.ipaddress:
232			return False
233			if not self.port:
234			return False
235			return True
236
237			def should_monitor(self):
238			#always monitor at least once when fcm app starts up
239			if self.lastmonitor is None:
240			return True
241			#no need to monitor if manually disabled
242			if self.is_manually_disabled():
243			return False
244			if self.is_disabled():
245			#keep monitoring if it was us that disabled the miner
246			#need to keep monitoring (at longer interval) so we can detect when comes online
247			#if its a planned outage then user should manually disable to stop monitoring
248			#since = (datetime.utcnow() - self.lastmonitor).total_seconds()
249			#if since > 10 * 60:
250			return True
251			#return False
252			return True
253
254			def offline_now(self):
255			self.status = MinerStatus.Offline
256			self.offlinecount += 1
257
258			def online_now(self):
259			self.status = MinerStatus.Online
260			self.offlinecount = 0
261
262			def is_send_offline_alert(self):
263			#todo: make configurable
264			if self.offlinecount <= 3:
265			return True
266			return False
267
268			def monitored(self, stats, pool=None, info=None, sec=None):
269			if stats:
270			self.lastmonitor = datetime.utcnow()
271			self.status = MinerStatus.Online
272			if sec is not None:
273			self.monitorcount += 1
274			self.monitortime += sec
275			#todo: process stats and pool
276			self.setminerinfo(info)
277			if pool is not None:
278			self.minerpool = pool
279			self.minerstats = stats
280
281			def monitorresponsetime(self):
282			if self.monitorcount == 0:
283			return 0
284			return self.monitortime/self.monitorcount
285
286			def setminerinfo(self, info):
287			if info is not None:
288			self.minerinfo = info
289			if not self.miner_type:
290			self.miner_type = info.miner_type
291			if not self.minerid:
292			self.minerid = info.minerid
293
294			def updatefrom(self, updatedminer):
295			#update the name before the next test
296			if updatedminer.isvalid_minerid() and self.minerid == updatedminer.minerid and self.name != updatedminer.name:
297			self.name = updatedminer.name
298			if self.minerid != updatedminer.minerid and self.name != updatedminer.name:
299			return
300			self.setminerinfo(updatedminer.minerinfo)
301
302			#self.minerid = updatedminer.minerid
303			fields = ['lastmonitor', 'status', 'ipaddress', 'port', 'username', 'password', 'clientid']
304			fields.append('offlinecount')
305			fields.append('defaultpool')
306			fields.append('minerpool')
307			fields.append('minerstats')
308			fields.append('networkid')
309			fields.append('location')
310			fields.append('in_service_date')
311			for fld in fields:
312			val = getattr(updatedminer, fld)
313			if val:
314			setattr(self, fld, val)
315
316			class AvailablePool(object):
317			"""A pool available on a miner
318			pool_type is the miner type (e.g. Antminer S9)
319			"""
320
321			def __init__(self, pool_type, named_pool=None, url='', user='', password='x', priority=None):
322			self.pool_type = pool_type
323			self.named_pool = named_pool
324			self.url = url
325			self.user = user
326			self.password = password
327			self.priority = priority
328
329			@property
330			def key(self):
331			return '{0}\|{1}'.format(self.url, self.user)
332
333			class MinerApiCall(object):
334			'''info about one call to miner'''
335			def __init__(self, miner: Miner):
336			self.miner = miner
337			self.when = datetime.now()
338			self.start_time = None
339			self.stop_time = None
340
341			def start(self):
342			self.start_time = time.perf_counter()
343			def stop(self):
344			self.stop_time = time.perf_counter()
345			def elapsed(self):
346			return self.stop_time - self.start_time
347
348			class Pool(object):
349			"""A configured (Named) Pool.
350			Does not have to be attached to miner yet
351			"""
352
353			def __init__(self, pool_type, name, url, user, priority, password='x'):
354			self.pool_type = pool_type
355			self.name = name
356			self.url = url
357			self.user = user
358			self.priority = priority
359			self.password = password
360
361			@classmethod
362			def create(cls, values):
363			'''create entity from values dict'''
364			entity = Pool('', '', '', '', '')
365			#todo: find pythonic way to do this
366			for pair in values:
367			if 'pool_type' in pair:
368			entity.pool_type = pair['pool_type']
369			if 'name' in pair:
370			entity.name = pair['name']
371			if 'url' in pair:
372			entity.url = pair['url']
373			if 'user' in pair:
374			entity.user = pair['user']
375			if 'priority' in pair:
376			entity.priority = pair['priority']
377			if 'password' in pair:
378			entity.password = pair['password']
379			return entity
380
381			def is_same_as(self, available_pool: AvailablePool):
382			return available_pool.url.casefold() == self.url.casefold() and available_pool.user.casefold().startswith(self.user.casefold())
383
384			class MinerCurrentPool(object):
385			'''The current pool where a miner is mining'''
386			def __init__(self, miner, currentpool=None, currentworker=None, allpools=None, poolname='?'):
387			self.miner = miner
388			self.poolname = poolname
389			self.currentpool = currentpool
390			self.currentworker = currentworker
391			#allpools is a json object
392			self.allpools = allpools
393
394			def findpoolnumberforpool(self, url, worker):
395			if not 'POOLS' in self.allpools:
396			return None
397			jpools = self.allpools["POOLS"]
398			for pool in jpools:
399			thisurl = pool["URL"]
400			thisworker = pool["User"]
401			if thisurl == url and thisworker.startswith(worker):
402			return pool["POOL"]
403			return None
404

dfoderick / fullcycle

domain.mining.Miner.updatefrom() B last analyzed 2018-11-13 23:52 UTC

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domain.mining.Miner.updatefrom() B
last analyzed 2018-11-13 23:52 UTC