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api_tests.py
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#!/usr/bin/env python
import datetime
import json
import os
import random
import string
import subprocess
import sys
import time
import iso8601
import unittest
from concurrent.futures import ThreadPoolExecutor
from io import StringIO
import click
import grequests
from pyevt import abi, ecc, evt_link, libevt
from pyevtsdk import action, api, base, transaction, unit_test
def fake_name(prefix='test'):
return prefix + ''.join(random.choice(string.hexdigits) for _ in range(8)) + str(int(datetime.datetime.now().timestamp()))[:-5]
def fake_symbol():
prec = random.randint(3, 10)
sym_id = random.randint(1000, 1000000000)
sym_name = ''.join(random.choice(
string.ascii_letters[26:]) for _ in range(6))
return sym_name, sym_id, prec
group_json_raw = '''
{
"name":"5jxX",
"group":{
"name":"5jxXg",
"key":"EVT6MRyAjQq8ud7hVNYcfnVPJqcVpscN5So8BhtHuGYqET5GDW5CV",
"root":{
"threshold":6,
"weight":0,
"nodes":[
{
"type":"branch",
"threshold":1,
"weight":3,
"nodes":[
{
"key":"EVT6MRyAjQq8ud7hVNYcfnVPJqcVpscN5So8BhtHuGYqET5GDW5CV",
"weight":1
},
{
"key":"EVT8MGU4aKiVzqMtWi9zLpu8KuTHZWjQQrX475ycSxEkLd6aBpraX",
"weight":1
}
]
},
{
"key":"EVT8MGU4aKiVzqMtWi9zLpu8KuTHZWjQQrX475ycSxEkLd6aBpraX",
"weight":3
},
{
"threshold":1,
"weight":3,
"nodes":[
{
"key":"EVT6MRyAjQq8ud7hVNYcfnVPJqcVpscN5So8BhtHuGYqET5GDW5CV",
"weight":1
},
{
"key":"EVT8MGU4aKiVzqMtWi9zLpu8KuTHZWjQQrX475ycSxEkLd6aBpraX",
"weight":2
}
]
}
]
}
}
}
'''
bonus_json_raw = '''
{
"sym": "5,S#3",
"rate": "0.01",
"base_charge": "0.00000 S#3",
"charge_threshold": "1.00000 S#3",
"minimum_charge": "0.01000 S#3",
"dist_threshold": "50.00000 S#3",
"rules": [
{
"type": "fixed",
"data": {
"receiver": {
"type": "address",
"data": "EVT6MRyAjQq8ud7hVNYcfnVPJqcVpscN5So8BhtHuGYqET5GDW5CV"
},
"amount": "10.00000 S#3"
}
},
{
"type": "percent",
"data": {
"receiver": {
"type": "ftholders",
"data": {
"threshold": "1.00000 S#1"
}
},
"percent": "0.3"
}
},
{
"type": "remaining_percent",
"data": {
"receiver": {
"type": "address",
"data": "EVT6MRyAjQq8ud7hVNYcfnVPJqcVpscN5So8BhtHuGYqET5GDW5CV"
},
"percent": "1"
}
}
],
"methods": [
{
"action": "transferft",
"method": "outside_amount"
},
{
"action": "everipay",
"method": "within_amount"
}
]
}
'''
lock_json_raw = '''
{
"name": "ftlock",
"proposer": "EVT7rbe5ZqAEtwQT6Tw39R29vojFqrCQasK3nT5s2pEzXh1BABXHF",
"unlock_time": "2020-06-09T09:06:27",
"deadline": "2020-07-09T09:06:27",
"assets": [{
"type": "fungible",
"data": {
"from": "EVT7rbe5ZqAEtwQT6Tw39R29vojFqrCQasK3nT5s2pEzXh1BABXHF",
"amount": "5.00000 S#3"
}
}],
"condition": {
"type": "cond_keys",
"data": {
"threshold": 1,
"cond_keys": [
"EVT7rbe5ZqAEtwQT6Tw39R29vojFqrCQasK3nT5s2pEzXh1BABXHF",
"EVT8HdQYD1xfKyD7Hyu2fpBUneamLMBXmP3qsYX6HoTw7yonpjWyC"
]
}
},
"succeed": [
],
"failed": [
"EVT7rbe5ZqAEtwQT6Tw39R29vojFqrCQasK3nT5s2pEzXh1BABXHF"
]
}
'''
def pre_action():
newdomain = AG.new_action(
'newdomain', name=domain_name, creator=user.pub_key)
auth_A = base.AuthorizerWeight(base.AuthorizerRef('A', evt_pub), 1)
updatedomain = AG.new_action('updatedomain', name=domain_name,
manage=base.PermissionDef('manage', 1, [auth_A]))
issuetoken = AG.new_action('issuetoken', domain=domain_name, names=[
token1_name, token2_name, token3_name], owner=[base.Address().set_public_key(user.pub_key)])
destroytoken = AG.new_action(
'destroytoken', domain=domain_name, name=token2_name)
pass_link = evt_link.EvtLink()
pass_link.set_header(evt_link.HeaderType.version1.value |
evt_link.HeaderType.everiPass.value | evt_link.HeaderType.destroy.value)
pass_link.set_domain(domain_name)
pass_link.set_token(token3_name)
pass_link.set_timestamp(int(time.time()))
pass_link.sign(user.priv_key)
everipass = AG.new_action(
'everipass', link=pass_link.to_string())
group_json = json.loads(group_json_raw)
group_json['name'] = group_name
group_json['group']['name'] = group_name
group_json['group']['key'] = str(user.pub_key)
newgroup = AG.new_action_from_json('newgroup', json.dumps(group_json))
group_json['group']['root']['threshold'] = 5
updategroup = AG.new_action_from_json('updategroup', json.dumps(group_json))
symbol = base.Symbol(
sym_name=sym_name, sym_id=sym_id, precision=sym_prec)
asset = base.new_asset(symbol)
newfungible = AG.new_action(
'newfungible', name=sym_name, sym_name=sym_name, sym=symbol, creator=user.pub_key, total_supply=asset(10000000))
issuefungible1 = AG.new_action(
'issuefungible', address=base.Address().set_public_key(user.pub_key), number=asset(100), memo='goodluck')
issuefungible2 = AG.new_action(
'issuefungible', address=base.Address().set_public_key(user.pub_key), number=base.EvtAsset(1000), memo='goodluck')
e2p = AG.new_action(
'evt2pevt', _from=base.Address().set_public_key(user.pub_key), to=base.Address().set_public_key(user.pub_key), number=base.EvtAsset(100), memo='goodluck')
pay_link = evt_link.EvtLink()
pay_link.set_timestamp(int(time.time()))
pay_link.set_max_pay(999999999)
pay_link.set_header(evt_link.HeaderType.version1.value |
evt_link.HeaderType.everiPay.value)
pay_link.set_symbol_id(sym_id)
pay_link.set_link_id_rand()
pay_link.sign(user.priv_key)
everipay = AG.new_action('everipay', payee=pub2, number=asset(
1), link=pay_link.to_string())
bonus_json = json.loads(bonus_json_raw)
setpsvbonus = AG.new_action_from_json('setpsvbonus', json.dumps(bonus_json))
addmeta = AG.new_action(
'addmeta', meta_key='sdf', meta_value='sdfsadf', creator=base.AuthorizerRef('A', user.pub_key), domain=domain_name, key=token1_name)
trx = TG.new_trx()
trx.add_action(issuefungible2)
trx.add_sign(priv_evt)
trx.add_sign(user.priv_key)
# trx.set_payer(user.pub_key.to_string())
newsuspend = AG.new_action(
'newsuspend', name='suspend', proposer=user.pub_key, trx=trx)
newsuspend2 = AG.new_action(
'newsuspend', name='suspend2', proposer=user.pub_key, trx=trx)
cancelsuspend = AG.new_action(
'cancelsuspend', name='suspend2')
aprvsuspend = AG.new_action(
'aprvsuspend', name='suspend', signatures=json.loads(trx.dumps())['signatures'])
execsuspend = AG.new_action(
'execsuspend', name='suspend', executor=user.pub_key)
lock_json = json.loads(lock_json_raw)
lock_json['proposer'] = str(user.pub_key)
lock_json['assets'][0]['data']['from'] = str(user.pub_key)
lock_json['condition']['data']['cond_keys'] = [str(user.pub_key)]
lock_json['succeed'] = [str(user.pub_key)]
lock_json['failed'] = [str(user.pub_key)]
newlock = AG.new_action_from_json('newlock', json.dumps(lock_json))
trx = TG.new_trx()
trx.add_action(issuefungible2)
trx.add_sign(priv_evt)
trx.add_sign(user.priv_key)
trx.set_payer(user.pub_key.to_string())
resp = api.push_transaction(trx.dumps())
print(resp)
trx = TG.new_trx()
trx.add_action(newdomain)
trx.add_action(newsuspend)
trx.add_action(newsuspend2)
trx.add_sign(user.priv_key)
trx.add_action(newgroup)
trx.add_action(newfungible)
trx.set_payer(user.pub_key.to_string())
resp = api.push_transaction(trx.dumps())
print(resp)
trx = TG.new_trx()
trx.add_action(updatedomain)
trx.add_action(cancelsuspend)
trx.add_action(aprvsuspend)
trx.add_action(updategroup)
trx.add_action(issuetoken)
trx.add_action(issuefungible1)
trx.add_sign(user.priv_key)
trx.set_payer(user.pub_key.to_string())
resp = api.push_transaction(trx.dumps())
print(resp)
trx = TG.new_trx()
trx.add_action(e2p)
trx.add_action(addmeta)
trx.add_action(execsuspend)
trx.add_sign(user.priv_key)
trx.set_payer(user.pub_key.to_string())
resp = api.push_transaction(trx.dumps())
print(resp)
trx = TG.new_trx()
trx.add_action(destroytoken)
trx.add_action(everipass)
trx.add_action(everipay)
trx.add_sign(user.priv_key)
trx.set_payer(user.pub_key.to_string())
resp = api.push_transaction(trx.dumps())
print(resp)
trx = TG.new_trx()
trx.add_action(setpsvbonus)
trx.add_sign(priv_evt)
trx.add_sign(user.priv_key)
trx.set_payer(user.pub_key.to_string())
resp = api.push_transaction(trx.dumps())
print(resp)
trx = TG.new_trx()
trx.add_action(newlock)
trx.add_sign(user.priv_key)
trx.set_payer(user.pub_key.to_string())
resp = api.push_transaction(trx.dumps())
print(resp)
time.sleep(2)
class Test(unittest.TestCase):
@classmethod
def setUpClass(cls):
libevt.init_lib()
def _test_evt_link_response(self, resp):
j = json.loads(resp)
self.assertTrue('trx_id' in j, msg=j)
self.assertTrue('block_num' in j, msg=j)
req = {
'block_num': j['block_num'],
'id': j['trx_id']
}
resp2 = api.get_transaction(json.dumps(req))
self.assertEqual(resp2.status_code, 200, msg=resp2.content)
def test_evt_link_for_trx_id(self):
symbol = base.Symbol(
sym_name=sym_name, sym_id=sym_id, precision=sym_prec)
asset = base.new_asset(symbol)
pay_link = evt_link.EvtLink()
pay_link.set_timestamp(int(time.time()))
pay_link.set_max_pay(999999999)
pay_link.set_header(evt_link.HeaderType.version1.value |
evt_link.HeaderType.everiPay.value)
pay_link.set_symbol_id(sym_id)
pay_link.set_link_id_rand()
pay_link.sign(user.priv_key)
everipay = AG.new_action('everipay', payee=pub2, number=asset(
1), link=pay_link.to_string())
trx = TG.new_trx()
trx.add_action(everipay)
trx.add_sign(user.priv_key)
trx.set_payer(user.pub_key.to_string())
api.push_transaction(trx.dumps())
req = {
'link_id': 'ddc101c51318d51733d682e80b8ea2bc'
}
req['link_id'] = pay_link.get_link_id().hex()
for i in range(1000):
resp = api.get_trx_id_for_link_id(json.dumps(req)).text
self._test_evt_link_response(resp)
def test_evt_link_for_trx_id2(self):
symbol = base.Symbol(
sym_name=sym_name, sym_id=sym_id, precision=sym_prec)
asset = base.new_asset(symbol)
pay_link = evt_link.EvtLink()
pay_link.set_timestamp(int(time.time()))
pay_link.set_max_pay(999999999)
pay_link.set_header(evt_link.HeaderType.version1.value |
evt_link.HeaderType.everiPay.value)
pay_link.set_symbol_id(sym_id)
pay_link.set_link_id_rand()
pay_link.sign(user.priv_key)
everipay = AG.new_action('everipay', payee=pub2, number=asset(
1), link=pay_link.to_string())
trx = TG.new_trx()
trx.add_action(everipay)
trx.add_sign(user.priv_key)
trx.set_payer(user.pub_key.to_string())
req = {
'link_id': 'd1680fea21a3c3d8ef555afd8fd8c903'
}
req['link_id'] = pay_link.get_link_id().hex()
def get_response(req):
return api.get_trx_id_for_link_id(json.dumps(req)).text
executor = ThreadPoolExecutor(max_workers=2)
f = executor.submit(get_response, req)
time.sleep(1)
api.push_transaction(trx.dumps())
resp = f.result()
self._test_evt_link_response(resp)
def test_evt_link_for_trx_id3(self):
symbol = base.Symbol(
sym_name=sym_name, sym_id=sym_id, precision=sym_prec)
asset = base.new_asset(symbol)
pay_link = evt_link.EvtLink()
pay_link.set_timestamp(int(time.time()))
pay_link.set_max_pay(999999999)
pay_link.set_header(evt_link.HeaderType.version1.value |
evt_link.HeaderType.everiPay.value)
pay_link.set_symbol_id(sym_id)
pay_link.set_link_id_rand()
pay_link.sign(user.priv_key)
req = {
'link_id': 'd1680fea21a3c3d8ef555afd8fd8c903'
}
url = 'http://127.0.0.1:8888/v1/evt_link/get_trx_id_for_link_id'
tasks = []
for i in range(200):
pay_link.set_link_id_rand()
req['link_id'] = pay_link.get_link_id().hex()
tasks.append(grequests.post(url, data=json.dumps(req)))
for resp in grequests.imap(tasks, size=1000):
self.assertEqual(resp.status_code, 500, msg=resp.content)
def test_evt_link_for_trx_id4(self):
symbol = base.Symbol(
sym_name=sym_name, sym_id=sym_id, precision=sym_prec)
asset = base.new_asset(symbol)
pay_link = evt_link.EvtLink()
pay_link.set_timestamp(int(time.time()))
pay_link.set_max_pay(999999999)
pay_link.set_header(evt_link.HeaderType.version1.value |
evt_link.HeaderType.everiPay.value)
pay_link.set_symbol_id(sym_id)
pay_link.set_link_id_rand()
pay_link.sign(user.priv_key)
req = {
'link_id': 'd1680fea21a3c3d8ef555afd8fd8c903'
}
url = 'http://127.0.0.1:8888/v1/evt_link/get_trx_id_for_link_id'
tasks = []
for i in range(1024):
pay_link.set_link_id_rand()
req['link_id'] = pay_link.get_link_id().hex()
tasks.append(grequests.post(url, data=json.dumps(req)))
i = 0
for resp in grequests.imap(tasks, size=128):
self.assertEqual(resp.status_code, 500, msg=resp.content)
i += 1
if i % 100 == 0:
print('Received {} responses'.format(i))
def test_get_domains(self):
req = {
'keys': [user.pub_key.to_string()]
}
resp = api.get_domains(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 1, msg=resp)
self.assertEqual(res_dict[0], domain_name, msg=resp)
def test_get_tokens(self):
req = {
'skip': 0,
'take': 10
}
req['domain'] = domain_name
resp = api.get_tokens(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 3, msg=resp)
self.assertEqual(res_dict[0]['name'], token3_name, msg=resp)
self.assertEqual(res_dict[0]['domain'], domain_name, msg=resp)
self.assertTrue('owner' in res_dict[0].keys())
def test_get_history_tokens(self):
req = {
'keys': [user.pub_key.to_string()]
}
req['domain'] = domain_name
req['name'] = token1_name
resp = api.get_history_tokens(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(res_dict['cookie'][0], token1_name, msg=resp)
self.assertFalse(token2_name in resp, msg=resp)
self.assertFalse(token3_name in resp, msg=resp)
req['domain'] = domain_name
resp = api.get_history_tokens(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(res_dict['cookie'][0], token1_name, msg=resp)
req['name'] = token1_name
resp = api.get_history_tokens(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(res_dict['cookie'][0], token1_name, msg=resp)
def test_get_groups(self):
req = {
'keys': [user.pub_key.to_string()]
}
resp = api.get_groups(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(res_dict[0], group_name, msg=resp)
def test_get_fungibles(self):
req = {
'keys': [user.pub_key.to_string()]
}
resp = api.get_fungibles(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(res_dict[0], sym_id, msg=resp)
def test_get_assets(self):
req = {
'address': user.pub_key.to_string(),
'sym_id': 1
}
resp = api.get_assets(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 1, msg=resp)
req = {
'address': pub2.to_string(),
'sym_id': 3
}
resp = api.get_assets(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertTrue(type(res_dict) is list)
self.assertEqual(len(res_dict), 1, msg=resp)
self.assertEqual(res_dict[0], '2.98000 S#3', msg=resp)
def test_get_history_assets(self):
req = {
'addr': user.pub_key.to_string(),
}
resp = api.get_history_assets(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 3, msg=resp)
req = {
'addr': pub2.to_string(),
}
resp = api.get_history_assets(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertTrue(type(res_dict) is list)
self.assertEqual(len(res_dict), 1, msg=resp)
self.assertEqual(res_dict[0], '2.98000 S#3', msg=resp)
def test_get_actions(self):
req = {
'domain': '.fungible',
'skip': 0,
'take': 10
}
req['domain'] = domain_name
resp = api.get_actions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 6, msg=resp)
self.assertTrue('trx_id' in res_dict[0].keys(), msg=resp)
self.assertTrue('name' in res_dict[0].keys(), msg=resp)
self.assertTrue('domain' in res_dict[0].keys(), msg=resp)
self.assertTrue('key' in res_dict[0].keys(), msg=resp)
self.assertTrue('data' in res_dict[0].keys(), msg=resp)
self.assertTrue('timestamp' in res_dict[0].keys(), msg=resp)
self.assertTrue('T' in res_dict[0]['timestamp'], msg=res_dict[0]['timestamp'])
self.assertTrue(type(iso8601.parse_date(res_dict[0]['timestamp'])) is datetime.datetime, msg=res_dict[0]['timestamp'])
self.assertTrue(token1_name in resp, msg=resp)
req = {
'domain': '.fungible',
'dire': 'asc',
'skip': 0,
'take': 10
}
req['domain'] = domain_name
resp = api.get_actions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 6, msg=resp)
self.assertTrue('trx_id' in res_dict[0].keys(), msg=resp)
self.assertTrue('name' in res_dict[0].keys(), msg=resp)
self.assertTrue('domain' in res_dict[0].keys(), msg=resp)
self.assertTrue('key' in res_dict[0].keys(), msg=resp)
self.assertTrue('data' in res_dict[0].keys(), msg=resp)
self.assertTrue('timestamp' in res_dict[0].keys(), msg=resp)
self.assertTrue(token1_name in resp, msg=resp)
self.assertTrue('timestamp' in resp, msg=resp)
req = {
'domain': '.fungible',
'key': '.issue',
'skip': 0,
'take': 10
}
req['domain'] = domain_name
resp = api.get_actions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 1, msg=resp)
self.assertTrue('trx_id' in res_dict[0].keys(), msg=resp)
self.assertTrue('name' in res_dict[0].keys(), msg=resp)
self.assertTrue('domain' in res_dict[0].keys(), msg=resp)
self.assertTrue('key' in res_dict[0].keys(), msg=resp)
self.assertTrue('data' in res_dict[0].keys(), msg=resp)
self.assertTrue('timestamp' in res_dict[0].keys(), msg=resp)
self.assertTrue(token1_name in resp, msg=resp)
self.assertTrue('timestamp' in resp, msg=resp)
req = {
'domain': '.fungible',
'key': '.issue',
'dire': 'asc',
'skip': 0,
'take': 10
}
req['domain'] = domain_name
resp = api.get_actions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 1, msg=resp)
self.assertTrue('trx_id' in res_dict[0].keys(), msg=resp)
self.assertTrue('name' in res_dict[0].keys(), msg=resp)
self.assertTrue('domain' in res_dict[0].keys(), msg=resp)
self.assertTrue('key' in res_dict[0].keys(), msg=resp)
self.assertTrue('data' in res_dict[0].keys(), msg=resp)
self.assertTrue('timestamp' in res_dict[0].keys(), msg=resp)
self.assertTrue(token1_name in resp, msg=resp)
self.assertTrue('timestamp' in resp, msg=resp)
req = {
'domain': '.fungible',
'names': [
'issuetoken'
],
'skip': 0,
'take': 10
}
req['domain'] = domain_name
resp = api.get_actions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 1, msg=resp)
self.assertTrue('trx_id' in res_dict[0].keys(), msg=resp)
self.assertTrue('name' in res_dict[0].keys(), msg=resp)
self.assertTrue('domain' in res_dict[0].keys(), msg=resp)
self.assertTrue('key' in res_dict[0].keys(), msg=resp)
self.assertTrue('data' in res_dict[0].keys(), msg=resp)
self.assertTrue('timestamp' in res_dict[0].keys(), msg=resp)
self.assertTrue(token1_name in resp, msg=resp)
self.assertTrue('timestamp' in resp, msg=resp)
req = {
'domain': '.fungible',
'names': [
'issuetoken'
],
'dire': 'asc',
'skip': 0,
'take': 10
}
req['domain'] = domain_name
resp = api.get_actions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 1, msg=resp)
self.assertTrue('trx_id' in res_dict[0].keys(), msg=resp)
self.assertTrue('name' in res_dict[0].keys(), msg=resp)
self.assertTrue('domain' in res_dict[0].keys(), msg=resp)
self.assertTrue('key' in res_dict[0].keys(), msg=resp)
self.assertTrue('data' in res_dict[0].keys(), msg=resp)
self.assertTrue('timestamp' in res_dict[0].keys(), msg=resp)
self.assertTrue(token1_name in resp, msg=resp)
self.assertTrue('timestamp' in resp, msg=resp)
req = {
'domain': '.fungible',
'names': [
'issuetoken'
],
'key': '.issue',
'skip': 0,
'take': 10
}
req['domain'] = domain_name
resp = api.get_actions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 1, msg=resp)
self.assertTrue('trx_id' in res_dict[0].keys(), msg=resp)
self.assertTrue('name' in res_dict[0].keys(), msg=resp)
self.assertTrue('domain' in res_dict[0].keys(), msg=resp)
self.assertTrue('key' in res_dict[0].keys(), msg=resp)
self.assertTrue('data' in res_dict[0].keys(), msg=resp)
self.assertTrue('timestamp' in res_dict[0].keys(), msg=resp)
self.assertTrue(token1_name in resp, msg=resp)
self.assertTrue('timestamp' in resp, msg=resp)
req = {
'domain': '.fungible',
'key': 3,
'names': [
'everipay'
],
'dire': 'asc',
'skip': 0,
'take': 10
}
req['key'] = sym_id
resp = api.get_actions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 3, msg=resp)
self.assertTrue('trx_id' in res_dict[0].keys(), msg=resp)
self.assertTrue('name' in res_dict[0].keys(), msg=resp)
self.assertTrue('domain' in res_dict[0].keys(), msg=resp)
self.assertTrue('key' in res_dict[0].keys(), msg=resp)
self.assertTrue('data' in res_dict[0].keys(), msg=resp)
self.assertTrue('timestamp' in res_dict[0].keys(), msg=resp)
self.assertTrue('everipay' in resp, msg=resp)
self.assertTrue('timestamp' in resp, msg=resp)
req = {
'domain': '.suspend',
'dire': 'asc',
'skip': 0,
'take': 10
}
resp = api.get_actions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 5, msg=resp)
self.assertTrue('trx_id' in res_dict[0].keys(), msg=resp)
self.assertTrue('name' in res_dict[0].keys(), msg=resp)
self.assertTrue('domain' in res_dict[0].keys(), msg=resp)
self.assertTrue('key' in res_dict[0].keys(), msg=resp)
self.assertTrue('data' in res_dict[0].keys(), msg=resp)
self.assertTrue('timestamp' in res_dict[0].keys(), msg=resp)
self.assertTrue('newsuspend' in resp, msg=resp)
self.assertTrue('timestamp' in resp, msg=resp)
req = {
'domain': '.lock',
'dire': 'asc',
'skip': 0,
'take': 10
}
resp = api.get_actions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 1, msg=resp)
self.assertTrue('trx_id' in res_dict[0].keys(), msg=resp)
self.assertTrue('name' in res_dict[0].keys(), msg=resp)
self.assertTrue('domain' in res_dict[0].keys(), msg=resp)
self.assertTrue('key' in res_dict[0].keys(), msg=resp)
self.assertTrue('data' in res_dict[0].keys(), msg=resp)
self.assertTrue('timestamp' in res_dict[0].keys(), msg=resp)
self.assertTrue('newlock' in resp, msg=resp)
self.assertTrue('timestamp' in resp, msg=resp)
def test_batch_get_actions(self):
req = {
'domain': '.fungible',
'skip': 0,
'take': 10
}
url = 'http://127.0.0.1:8888/v1/history/get_actions'
tasks = []
for i in range(10240):
tasks.append(grequests.post(url, data=json.dumps(req)))
i = 0
for resp in grequests.imap(tasks, size=1023):
self.assertEqual(resp.status_code, 200, msg=resp.content)
i += 1
if i % 100 == 0:
print('Received {} responses'.format(i))
def test_get_fungible_actions(self):
req = {
'sym_id': 338422621,
'address': 'EVT6MRyAjQq8ud7hVNYcfnVPJqcVpscN5So8BhtHuGYqET5GDW5CV',
'dire': 'asc',
'skip': 0,
'take': 10
}
req['sym_id'] = sym_id
resp = api.get_fungible_actions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 6, msg=resp)
self.assertTrue('trx_id' in res_dict[0].keys(), msg=resp)
self.assertTrue('name' in res_dict[0].keys(), msg=resp)
self.assertTrue('domain' in res_dict[0].keys(), msg=resp)
self.assertTrue('key' in res_dict[0].keys(), msg=resp)
self.assertTrue('data' in res_dict[0].keys(), msg=resp)
self.assertTrue('timestamp' in res_dict[0].keys(), msg=resp)
self.assertTrue(str(sym_id) in resp, msg=resp)
self.assertTrue('timestamp' in resp, msg=resp)
self.assertTrue('paybonus' in resp, msg=resp)
req = {
'sym_id': 338422621,
'dire': 'asc',
'skip': 0,
'take': 10
}
req['sym_id'] = sym_id
resp = api.get_fungible_actions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 6, msg=resp)
self.assertTrue('trx_id' in res_dict[0].keys(), msg=resp)
self.assertTrue('name' in res_dict[0].keys(), msg=resp)
self.assertTrue('domain' in res_dict[0].keys(), msg=resp)
self.assertTrue('key' in res_dict[0].keys(), msg=resp)
self.assertTrue('data' in res_dict[0].keys(), msg=resp)
self.assertTrue('timestamp' in res_dict[0].keys(), msg=resp)
self.assertTrue(str(sym_id) in resp, msg=resp)
req = {
'sym_id': 338422621,
'address': 'EVT6MRyAjQq8ud7hVNYcfnVPJqcVpscN5So8BhtHuGYqET5GDW5CV',
'skip': 0,
'take': 10
}
req['sym_id'] = sym_id
resp = api.get_fungible_actions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 6, msg=resp)
self.assertTrue('trx_id' in res_dict[0].keys(), msg=resp)
self.assertTrue('name' in res_dict[0].keys(), msg=resp)
self.assertTrue('domain' in res_dict[0].keys(), msg=resp)
self.assertTrue('key' in res_dict[0].keys(), msg=resp)
self.assertTrue('data' in res_dict[0].keys(), msg=resp)
self.assertTrue('timestamp' in res_dict[0].keys(), msg=resp)
self.assertEqual(res_dict[1]['name'], 'everipay', msg=resp)
self.assertTrue(str(sym_id) in resp, msg=resp)
req = {
'sym_id': 338422621,
'address': 'EVT6MRyAjQq8ud7hVNYcfnVPJqcVpscN5So8BhtHuGYqET5GDW5CV',
'dire': 'asc',
'skip': 0,
'take': 10
}
req['sym_id'] = sym_id
resp = api.get_fungible_actions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 6, msg=resp)
self.assertTrue('trx_id' in res_dict[0].keys(), msg=resp)
self.assertTrue('name' in res_dict[0].keys(), msg=resp)
self.assertTrue('domain' in res_dict[0].keys(), msg=resp)
self.assertTrue('key' in res_dict[0].keys(), msg=resp)
self.assertTrue('data' in res_dict[0].keys(), msg=resp)
self.assertTrue('timestamp' in res_dict[0].keys(), msg=resp)
self.assertTrue('issuefungible' in resp, msg=resp)
self.assertTrue(str(sym_id) in resp, msg=resp)
req['sym_id'] = 1
req['address'] = user.pub_key.to_string()
resp = api.get_fungible_actions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 3, msg=resp)
self.assertTrue('trx_id' in res_dict[0].keys(), msg=resp)
self.assertTrue('name' in res_dict[0].keys(), msg=resp)
self.assertTrue('domain' in res_dict[0].keys(), msg=resp)
self.assertTrue('key' in res_dict[0].keys(), msg=resp)
self.assertTrue('data' in res_dict[0].keys(), msg=resp)
self.assertTrue('timestamp' in res_dict[0].keys(), msg=resp)
self.assertTrue('evt2pevt' in resp, msg=resp)
def test_get_history_transaction(self):
prodvote = AG.new_action(
'prodvote', producer='evt', key="global-charge-factor", value=10000)
trx = TG.new_trx()
trx.add_action(prodvote)
trx.add_sign(priv_evt)
trx.add_sign(user.priv_key)
trx.set_payer(user.pub_key.to_string())
resp = api.push_transaction(trx.dumps())
time.sleep(0.5)
name = fake_name()
newdomain = AG.new_action('newdomain', name=name, creator=user.pub_key)
trx = TG.new_trx()
trx.add_action(newdomain)
trx.set_payer(user.pub_key.to_string())
trx.add_sign(user.priv_key)
resp = api.push_transaction(data=trx.dumps()).text
res_dict = json.loads(resp)
time.sleep(0.5)
req = {
'id': 'f0c789933e2b381e88281e8d8e750b561a4d447725fb0eb621f07f219fe2f738'
}
req['id'] = res_dict['transaction_id']
resp = api.get_history_transaction(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(res_dict['transaction']['actions'][0]['name'], 'newdomain', msg=resp)
self.assertTrue(name in resp, msg=resp)
resp = api.get_transaction_actions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 2, msg=res_dict)
self.assertEqual(res_dict[1]['name'], 'paycharge', msg=res_dict)
def test_get_history_transactions(self):
req = {
'keys': [
'EVT546WaW3zFAxEEEkYKjDiMvg3CHRjmWX2XdNxEhi69RpdKuQRSK'
],
'skip': 0,
'take': 10
}
resp = api.get_history_transactions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertTrue([] == res_dict, msg=resp)
req['keys'] = [user.pub_key.to_string()]
resp = api.get_history_transactions(json.dumps(req)).text
res_dict = json.loads(resp)
self.assertEqual(len(res_dict), 10, msg=resp)
self.assertTrue('id' in res_dict[0].keys(), msg=resp)
self.assertTrue('signatures' in res_dict[0].keys(), msg=resp)
self.assertTrue('compression' in res_dict[0].keys(), msg=resp)
self.assertTrue('packed_trx' in res_dict[0].keys(), msg=resp)
self.assertTrue('transaction' in res_dict[0].keys(), msg=resp)
self.assertEqual('.fungible', res_dict[0]['transaction']['actions'][0]['domain'], msg=resp)
self.assertTrue(group_name in resp, msg=resp)
self.assertTrue(str(sym_id) in resp, msg=resp)
def test_get_fungible_ids(self):
req = {
'skip': 0,
'take': 10
}
resp = api.get_fungible_ids(json.dumps(req)).text
self.assertTrue(str(sym_id) in resp, msg=resp)
def test_block(self):
symbol = base.Symbol(
sym_name=sym_name, sym_id=sym_id, precision=sym_prec)
asset = base.new_asset(symbol)
pay_link = evt_link.EvtLink()
pay_link.set_timestamp(int(time.time()))
pay_link.set_max_pay(999999999)
pay_link.set_header(evt_link.HeaderType.version1.value |
evt_link.HeaderType.everiPay.value)
pay_link.set_symbol_id(sym_id)
pay_link.set_link_id_rand()
pay_link.sign(user.priv_key)
everipay = AG.new_action('everipay', payee=pub2, number=asset(
1), link=pay_link.to_string())
req = {