tradehub.decentralized_client.NetworkCrawlerClient.tradehub_post_request() - Code Metrics - Inspection of "Merge pull request #27 from Mai-Te-Pora/enhancemen..." - Mai-Te-Pora/tradehub-python - Measure and Improve Code Quality continuously with Scrutinizer

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Push — main ( cff36f...bdd9b2 )

unknown

created 2021-02-24 21:30 UTC

NetworkCrawlerClient.tradehub_post_request() B

↳ Parent: tradehub.decentralized_client

Complexity

Conditions

Size

Total Lines	13
Code Lines	13

Duplication

Lines	0
Ratio	0 %

Importance

Changes

Metric	Value
cc	6
eloc	13
nop	5
dl	0
loc	13
rs	8.6666
c	0
b	0
f	0

import multiprocessing as mp
from tradehub.utils import Request
import random
from requests.exceptions import ConnectionError, HTTPError, Timeout
import socket
import threading


class NetworkCrawlerClient(object):

    def __init__(self,
                 network: str = "testnet",
                 trusted_ip_list: list = None,
                 trusted_uri_list: list = None,
                 is_secure: bool = False,
                 is_websocket_client: bool = False):
        if network.lower() not in ["main", "mainnet", "test", "testnet"]:
            raise ValueError("Parameter network - {} - is not valid, requires main, mainnent, test, or testnet.".format(network))

        if trusted_ip_list and trusted_uri_list:
            raise ValueError("Can't use both IP and URI list, only pass one option.")

        if trusted_ip_list or trusted_uri_list:
            BYPASS_NETWORK_CRAWLER = True
        else:
            BYPASS_NETWORK_CRAWLER = False

        self.is_secure = is_secure
        if self.is_secure:
            self.http_string = 'https'
            self.ws_string = 'wss'
        else:
            self.http_string = 'http'
            self.ws_string = 'ws'
        self.is_websocket_client = is_websocket_client
        self.active_ws_uri_list = []

        if not BYPASS_NETWORK_CRAWLER:
            self.seed_peers_list = {
                "main": ["54.255.5.46", "175.41.151.35"],
                "mainnet": ["54.255.5.46", "175.41.151.35"],
                "test": ["54.255.42.175", "52.220.152.108"],
                "testnet": ["54.255.42.175", "52.220.152.108"],
            }
            self.tradescan_node_url = {
                "main": "https://switcheo.org/nodes?net=main",
                "mainnet": "https://switcheo.org/nodes?net=main",
                "test": "https://switcheo.org/nodes?net=test",
                "testnet": "https://switcheo.org/nodes?net=test",
            }

            self.all_peers_list = self.seed_peers_list[network.lower()]
            self.active_validator_list = []
            self.active_sentry_api_list = []
            self.validator_crawler_mp()
            self.sentry_status_request(uri=False)
        elif trusted_ip_list:
            self.all_peers_list = trusted_ip_list
            self.active_validator_list = trusted_ip_list
            self.active_sentry_api_list = []
            self.sentry_status_request(uri=False)
        elif trusted_uri_list:
            self.all_peers_list = trusted_uri_list
            self.active_validator_list = trusted_uri_list
            self.active_sentry_api_list = []
            self.sentry_status_request(uri=True)
        self.active_sentry_uri = self.active_sentry_api_list[random.randint(a=0, b=len(self.active_sentry_api_list)-1)]
        self.active_sentry_api_ip = self.active_sentry_uri.split(':')[1][2:]
        if self.is_websocket_client:
            self.active_ws_uri = self.active_ws_uri_list[random.randint(a=0, b=len(self.active_ws_uri_list)-1)]
            self.active_ws_ip = self.active_ws_uri.split(':')[1][2:]

    def validator_crawler_mp(self):
        checked_peers_list = []
        unchecked_peers_list = list(set(self.all_peers_list) - set(checked_peers_list))

        while unchecked_peers_list:

            pool = mp.Pool(processes=10)
            validator_outputs = pool.map(self.validator_status_request, unchecked_peers_list)
            pool.close()
            pool.join()

            for validator in validator_outputs:
                self.all_peers_list.append(validator["ip"])
                checked_peers_list.append(validator["ip"])
                if validator["validator_status"] == "Active" and not validator["catching_up"]:
                    self.active_validator_list.append(validator["ip"])
                for connected_node in validator["connected_nodes"]:
                    self.all_peers_list.append(connected_node["node_ip"])

            self.all_peers_list = list(dict.fromkeys(self.all_peers_list))
            checked_peers_list = list(dict.fromkeys(checked_peers_list))
            self.active_validator_list = list(dict.fromkeys(self.active_validator_list))
            unchecked_peers_list = list(set(self.all_peers_list) - set(checked_peers_list))

            # If the initial peers do not return any reults, query Tradescan API.
            # if not self.active_peers_list:
            #     validators = Request(api_url=self.tradescan_node_url, timeout=30).get()
            #     for validator in validators:
            #         unchecked_peers_list.append(validator["ip"])

    def validator_status_request(self, validator_ip):
        validator_status = {}
        try:
            process_peer = True
            validator_status["ip"] = validator_ip
            i = Request(api_url="{}://{}:26657".format(self.http_string, validator_ip), timeout=1).get(path='/net_info')
        except (ValueError, ConnectionError, HTTPError, Timeout) as e:
            validator_status["validator_status"] = "Unknown - Cannot Connect to Retrieve Validator INFO - {}".format(e)
            validator_status["connected_nodes"] = []
            process_peer = False

        if process_peer:
            connected_nodes = []

            for connected_peer in i["result"]["peers"]:
                connected_nodes.append({
                    "node_id": connected_peer["node_info"]["id"],
                    "node_ip": connected_peer["remote_ip"],
                    "node_full": "{}@{}".format(connected_peer["node_info"]["id"], connected_peer["remote_ip"])
                })

            try:
                s = Request(api_url="{}://{}:26657".format(self.http_string, validator_ip), timeout=1).get(path='/status')
            except (ValueError, ConnectionError, HTTPError, Timeout) as e:
                validator_status["validator_status"] = "Unknown - Cannot Connect to Retrieve Status end point - {}".format(e)
                validator_status["connected_nodes"] = []
                process_peer = False

            if process_peer:
                validator_status = self.parse_validator_status(request_json=s, validator_ip=validator_ip)
                validator_status["validator_status"] = "Active"
                validator_status["connected_nodes"] = connected_nodes

        return validator_status

    def parse_validator_status(self, request_json, validator_ip):
        return {
            "moniker": request_json["result"]["node_info"]["moniker"],
            "id": request_json["result"]["node_info"]["id"],
            "ip": validator_ip,
            "version": request_json["result"]["node_info"]["version"],
            "network": request_json["result"]["node_info"]["network"],
            "latest_block_hash": request_json["result"]["sync_info"]["latest_block_hash"],
            "latest_block_height": request_json["result"]["sync_info"]["latest_block_height"],
            "latest_block_time": request_json["result"]["sync_info"]["latest_block_time"],
            "earliest_block_height": request_json["result"]["sync_info"]["earliest_block_height"],
            "earliest_block_time": request_json["result"]["sync_info"]["earliest_block_time"],
            "catching_up": request_json["result"]["sync_info"]["catching_up"],
            "validator_address": request_json["result"]["validator_info"]["address"],
            "validator_pub_key_type": request_json["result"]["validator_info"]["pub_key"]["type"],
            "validator_pub_key": request_json["result"]["validator_info"]["pub_key"]["value"],
            "validator_voting_power": request_json["result"]["validator_info"]["voting_power"]
        }

    def sentry_status_request(self, uri: bool = False):
        for active_validator in self.active_validator_list:
            if uri:
                try:
                    # Have to check the "/get_status" endpoint because the port could be open and the validator fully synced but have the persistence service inactive, shutdown, stopped, or non-repsonsive.
                    Request(api_url=active_validator, timeout=1).get(path='/get_status')
                    self.active_sentry_api_list.append(active_validator)
                    if self.is_websocket_client:
                        self.websocket_status_check(ip=active_validator)
                except (ValueError, ConnectionError, HTTPError, Timeout):
                    pass
            else:
                # 1318 - Cosmos REST; 5001 - Demex REST; 5002 - Reverse Proxy for Demex and Cosmos REST; Recommended to not use proxy
                for port in ["5001"]:
                    try:
                        # Have to check the "/get_status" endpoint because the port could be open and the validator fully synced but have the persistence service inactive, shutdown, stopped, or non-repsonsive.
                        Request(api_url="{}://{}:{}".format(self.http_string, active_validator, port), timeout=1).get(path='/get_status')
                        self.active_sentry_api_list.append('{}://{}:{}'.format(self.http_string, active_validator, port))
                        if self.is_websocket_client:
                            self.websocket_status_check(ip=active_validator)
                    except (ValueError, ConnectionError, HTTPError, Timeout):
                        pass

        self.active_sentry_api_list = list(dict.fromkeys(self.active_sentry_api_list))
        self.active_ws_uri_list = list(dict.fromkeys(self.active_ws_uri_list))

    def websocket_status_check(self, ip: str, port: int = 5000):
        try:
            s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
            location = (ip, port)
            result_of_check = s.connect_ex(location)
            if result_of_check == 0:
                self.active_ws_uri_list.append('{}://{}:{}/ws'.format(self.ws_string, ip, port))
            s.close()
        except socket.error:
            pass

    def update_validators_and_sentries(self):
        threading.Timer(5.0, self.update_validators_and_sentries).start()
        self.validator_crawler_mp()
        self.sentry_status_request()
        self.active_sentry_api_ip = self.active_sentry_api_list[random.randint(a=0, b=len(self.active_sentry_api_list)-1)]

    def tradehub_get_request(self, path: str, params=None):
        try:
            req = Request(api_url=self.active_sentry_uri, timeout=2).get(path=path, params=params)
            return req
        except (ValueError, ConnectionError, HTTPError, Timeout):
            self.active_sentry_api_list.remove(self.active_sentry_uri)
            if not self.active_sentry_api_list and not self.BYPASS_NETWORK_CRAWLER:
                self.validator_crawler_mp()
                self.sentry_status_request()
            elif not self.active_sentry_api_list and self.BYPASS_NETWORK_CRAWLER:
                raise ValueError("Provided Sentry API IP addresses are not responding.")
            self.active_sentry_uri = self.active_sentry_api_list[random.randint(a=0, b=len(self.active_sentry_api_list)-1)]
            return self.tradehub_get_request(path=path, params=params)

    def tradehub_post_request(self, path: str, data=None, json_data=None, params=None):
        try:
            req = Request(api_url=self.active_sentry_uri, timeout=2).post(path=path, data=data, json_data=json_data, params=params)
            return req
        except (ValueError, ConnectionError, HTTPError, Timeout):
            self.active_sentry_api_list.remove(self.active_sentry_uri)
            if not self.active_sentry_api_list and not self.BYPASS_NETWORK_CRAWLER:
                self.validator_crawler_mp()
                self.sentry_status_request()
            elif not self.active_sentry_api_list and self.BYPASS_NETWORK_CRAWLER:
                raise ValueError("Provided Sentry API IP addresses are not responding.")
            self.active_sentry_uri = self.active_sentry_api_list[random.randint(a=0, b=len(self.active_sentry_api_list)-1)]
            return self.tradehub_post_request(path=path, data=data, json_data=json_data, params=params)


1			import multiprocessing as mp
2			from tradehub.utils import Request
3			import random
4			from requests.exceptions import ConnectionError, HTTPError, Timeout
5			import socket
6			import threading
7
8
9			class NetworkCrawlerClient(object):
10
11			def __init__(self,
12			network: str = "testnet",
13			trusted_ip_list: list = None,
14			trusted_uri_list: list = None,
15			is_secure: bool = False,
16			is_websocket_client: bool = False):
17			if network.lower() not in ["main", "mainnet", "test", "testnet"]:
18			raise ValueError("Parameter network - {} - is not valid, requires main, mainnent, test, or testnet.".format(network))
19
20			if trusted_ip_list and trusted_uri_list:
21			raise ValueError("Can't use both IP and URI list, only pass one option.")
22
23			if trusted_ip_list or trusted_uri_list:
24			BYPASS_NETWORK_CRAWLER = True
25			else:
26			BYPASS_NETWORK_CRAWLER = False
27
28			self.is_secure = is_secure
29			if self.is_secure:
30			self.http_string = 'https'
31			self.ws_string = 'wss'
32			else:
33			self.http_string = 'http'
34			self.ws_string = 'ws'
35			self.is_websocket_client = is_websocket_client
36			self.active_ws_uri_list = []
37
38			if not BYPASS_NETWORK_CRAWLER:
39			self.seed_peers_list = {
40			"main": ["54.255.5.46", "175.41.151.35"],
41			"mainnet": ["54.255.5.46", "175.41.151.35"],
42			"test": ["54.255.42.175", "52.220.152.108"],
43			"testnet": ["54.255.42.175", "52.220.152.108"],
44			}
45			self.tradescan_node_url = {
46			"main": "https://switcheo.org/nodes?net=main",
47			"mainnet": "https://switcheo.org/nodes?net=main",
48			"test": "https://switcheo.org/nodes?net=test",
49			"testnet": "https://switcheo.org/nodes?net=test",
50			}
51
52			self.all_peers_list = self.seed_peers_list[network.lower()]
53			self.active_validator_list = []
54			self.active_sentry_api_list = []
55			self.validator_crawler_mp()
56			self.sentry_status_request(uri=False)
57			elif trusted_ip_list:
58			self.all_peers_list = trusted_ip_list
59			self.active_validator_list = trusted_ip_list
60			self.active_sentry_api_list = []
61			self.sentry_status_request(uri=False)
62			elif trusted_uri_list:
63			self.all_peers_list = trusted_uri_list
64			self.active_validator_list = trusted_uri_list
65			self.active_sentry_api_list = []
66			self.sentry_status_request(uri=True)
67			self.active_sentry_uri = self.active_sentry_api_list[random.randint(a=0, b=len(self.active_sentry_api_list)-1)]
68			self.active_sentry_api_ip = self.active_sentry_uri.split(':')[1][2:]
69			if self.is_websocket_client:
70			self.active_ws_uri = self.active_ws_uri_list[random.randint(a=0, b=len(self.active_ws_uri_list)-1)]
71			self.active_ws_ip = self.active_ws_uri.split(':')[1][2:]
72
73			def validator_crawler_mp(self):
74			checked_peers_list = []
75			unchecked_peers_list = list(set(self.all_peers_list) - set(checked_peers_list))
76
77			while unchecked_peers_list:
78
79			pool = mp.Pool(processes=10)
80			validator_outputs = pool.map(self.validator_status_request, unchecked_peers_list)
81			pool.close()
82			pool.join()
83
84			for validator in validator_outputs:
85			self.all_peers_list.append(validator["ip"])
86			checked_peers_list.append(validator["ip"])
87			if validator["validator_status"] == "Active" and not validator["catching_up"]:
88			self.active_validator_list.append(validator["ip"])
89			for connected_node in validator["connected_nodes"]:
90			self.all_peers_list.append(connected_node["node_ip"])
91
92			self.all_peers_list = list(dict.fromkeys(self.all_peers_list))
93			checked_peers_list = list(dict.fromkeys(checked_peers_list))
94			self.active_validator_list = list(dict.fromkeys(self.active_validator_list))
95			unchecked_peers_list = list(set(self.all_peers_list) - set(checked_peers_list))
96
97			# If the initial peers do not return any reults, query Tradescan API.
98			# if not self.active_peers_list:
99			# validators = Request(api_url=self.tradescan_node_url, timeout=30).get()
100			# for validator in validators:
101			# unchecked_peers_list.append(validator["ip"])
102
103			def validator_status_request(self, validator_ip):
104			validator_status = {}
105			try:
106			process_peer = True
107			validator_status["ip"] = validator_ip
108			i = Request(api_url="{}://{}:26657".format(self.http_string, validator_ip), timeout=1).get(path='/net_info')
109			except (ValueError, ConnectionError, HTTPError, Timeout) as e:
110			validator_status["validator_status"] = "Unknown - Cannot Connect to Retrieve Validator INFO - {}".format(e)
111			validator_status["connected_nodes"] = []
112			process_peer = False
113
114			if process_peer:
115			connected_nodes = []
116
117			for connected_peer in i["result"]["peers"]:
118			connected_nodes.append({
119			"node_id": connected_peer["node_info"]["id"],
120			"node_ip": connected_peer["remote_ip"],
121			"node_full": "{}@{}".format(connected_peer["node_info"]["id"], connected_peer["remote_ip"])
122			})
123
124			try:
125			s = Request(api_url="{}://{}:26657".format(self.http_string, validator_ip), timeout=1).get(path='/status')
126			except (ValueError, ConnectionError, HTTPError, Timeout) as e:
127			validator_status["validator_status"] = "Unknown - Cannot Connect to Retrieve Status end point - {}".format(e)
128			validator_status["connected_nodes"] = []
129			process_peer = False
130
131			if process_peer:
132			validator_status = self.parse_validator_status(request_json=s, validator_ip=validator_ip)
133			validator_status["validator_status"] = "Active"
134			validator_status["connected_nodes"] = connected_nodes
135
136			return validator_status
137
138			def parse_validator_status(self, request_json, validator_ip):
139			return {
140			"moniker": request_json["result"]["node_info"]["moniker"],
141			"id": request_json["result"]["node_info"]["id"],
142			"ip": validator_ip,
143			"version": request_json["result"]["node_info"]["version"],
144			"network": request_json["result"]["node_info"]["network"],
145			"latest_block_hash": request_json["result"]["sync_info"]["latest_block_hash"],
146			"latest_block_height": request_json["result"]["sync_info"]["latest_block_height"],
147			"latest_block_time": request_json["result"]["sync_info"]["latest_block_time"],
148			"earliest_block_height": request_json["result"]["sync_info"]["earliest_block_height"],
149			"earliest_block_time": request_json["result"]["sync_info"]["earliest_block_time"],
150			"catching_up": request_json["result"]["sync_info"]["catching_up"],
151			"validator_address": request_json["result"]["validator_info"]["address"],
152			"validator_pub_key_type": request_json["result"]["validator_info"]["pub_key"]["type"],
153			"validator_pub_key": request_json["result"]["validator_info"]["pub_key"]["value"],
154			"validator_voting_power": request_json["result"]["validator_info"]["voting_power"]
155			}
156
157			def sentry_status_request(self, uri: bool = False):
158			for active_validator in self.active_validator_list:
159			if uri:
160			try:
161			# Have to check the "/get_status" endpoint because the port could be open and the validator fully synced but have the persistence service inactive, shutdown, stopped, or non-repsonsive.
162			Request(api_url=active_validator, timeout=1).get(path='/get_status')
163			self.active_sentry_api_list.append(active_validator)
164			if self.is_websocket_client:
165			self.websocket_status_check(ip=active_validator)
166			except (ValueError, ConnectionError, HTTPError, Timeout):
167			pass
168			else:
169			# 1318 - Cosmos REST; 5001 - Demex REST; 5002 - Reverse Proxy for Demex and Cosmos REST; Recommended to not use proxy
170			for port in ["5001"]:
171			try:
172			# Have to check the "/get_status" endpoint because the port could be open and the validator fully synced but have the persistence service inactive, shutdown, stopped, or non-repsonsive.
173			Request(api_url="{}://{}:{}".format(self.http_string, active_validator, port), timeout=1).get(path='/get_status')
174			self.active_sentry_api_list.append('{}://{}:{}'.format(self.http_string, active_validator, port))
175			if self.is_websocket_client:
176			self.websocket_status_check(ip=active_validator)
177			except (ValueError, ConnectionError, HTTPError, Timeout):
178			pass
179
180			self.active_sentry_api_list = list(dict.fromkeys(self.active_sentry_api_list))
181			self.active_ws_uri_list = list(dict.fromkeys(self.active_ws_uri_list))
182
183			def websocket_status_check(self, ip: str, port: int = 5000):
184			try:
185			s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
186			location = (ip, port)
187			result_of_check = s.connect_ex(location)
188			if result_of_check == 0:
189			self.active_ws_uri_list.append('{}://{}:{}/ws'.format(self.ws_string, ip, port))
190			s.close()
191			except socket.error:
192			pass
193
194			def update_validators_and_sentries(self):
195			threading.Timer(5.0, self.update_validators_and_sentries).start()
196			self.validator_crawler_mp()
197			self.sentry_status_request()
198			self.active_sentry_api_ip = self.active_sentry_api_list[random.randint(a=0, b=len(self.active_sentry_api_list)-1)]
199
200			def tradehub_get_request(self, path: str, params=None):
201			try:
202			req = Request(api_url=self.active_sentry_uri, timeout=2).get(path=path, params=params)
203			return req
204			except (ValueError, ConnectionError, HTTPError, Timeout):
205			self.active_sentry_api_list.remove(self.active_sentry_uri)
206			if not self.active_sentry_api_list and not self.BYPASS_NETWORK_CRAWLER:
207			self.validator_crawler_mp()
208			self.sentry_status_request()
209			elif not self.active_sentry_api_list and self.BYPASS_NETWORK_CRAWLER:
210			raise ValueError("Provided Sentry API IP addresses are not responding.")
211			self.active_sentry_uri = self.active_sentry_api_list[random.randint(a=0, b=len(self.active_sentry_api_list)-1)]
212			return self.tradehub_get_request(path=path, params=params)
213
214			def tradehub_post_request(self, path: str, data=None, json_data=None, params=None):
215			try:
216			req = Request(api_url=self.active_sentry_uri, timeout=2).post(path=path, data=data, json_data=json_data, params=params)
217			return req
218			except (ValueError, ConnectionError, HTTPError, Timeout):
219			self.active_sentry_api_list.remove(self.active_sentry_uri)
220			if not self.active_sentry_api_list and not self.BYPASS_NETWORK_CRAWLER:
221			self.validator_crawler_mp()
222			self.sentry_status_request()
223			elif not self.active_sentry_api_list and self.BYPASS_NETWORK_CRAWLER:
224			raise ValueError("Provided Sentry API IP addresses are not responding.")
225			self.active_sentry_uri = self.active_sentry_api_list[random.randint(a=0, b=len(self.active_sentry_api_list)-1)]
226			return self.tradehub_post_request(path=path, data=data, json_data=json_data, params=params)
227

Mai-Te-Pora / tradehub-python

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NetworkCrawlerClient.tradehub_post_request() B

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