def createVTO(_from, mailid, _videoname, link, pk):
signer = Eos({
'http_address':
'https://jungle2.cryptolions.io:443',
'key_provider':
pk,
'chain_id':
'1eaa0824707c8c16bd25145493bf062aecddfeb56c736f6ba6397f3195f33c9f'
})
# hash = json_make(_from, mailid, _videoname, link, signer)
signer.push_transaction(
'dnftversion1', 'create', _from, 'active', {
"issuer":
_from,
"category":
"video",
"token_name":
_videoname,
"burnable":
True,
"base_uri":
link,
"span":
"10",
"origin_hash":
'883fd863b6583fe91620653f2dfcad192d69340f6024c958e7d63a4f414d5cdb'
})
# validate directly for now
validate(_videoname, vidvalidatoreos)
# issue directly 100 PERs to creator
issue(_from, _from, _videoname, "100", signer)
return "good job buddy"
def run(private_key):
eos = Eos(
{"http_address": "https://nodes.get-scatter.com", "key_provider": private_key}
)
public_key = getPublicKey(private_key)
print(public_key)
account = getAccountName(public_key)
print(account)
eos.push_transaction(
"theeosbutton", "claimad", account, "active", {"account": account}
)
class EosAdapter(Adapter):
chain = Blockchain.EOS
credentials = database.find_credentials(Blockchain.EOS)
address = credentials['address']
key = credentials['key']
user = credentials['user']
node_url = "http://jungle2.cryptolions.io:80"
eos = Eos({
'http_address': node_url,
'key_provider': key,
})
# ---Store---
@classmethod
def create_transaction(cls, text):
tx_data = {
"from": cls.user,
"to": "lioninjungle",
"quantity": "0.0001 EOS",
"memo": text
}
return tx_data
@staticmethod
def sign_transaction(tx):
# will be signed in next step
return tx
@classmethod
def send_raw_transaction(cls, tx_data):
response = cls.eos.push_transaction('eosio.token', 'transfer',
'jungletimohe', 'active', tx_data)
transaction_hash = f"{response['transaction_id']};{response['processed']['block_num']}"
return transaction_hash
@staticmethod
def add_transaction_to_database(transaction_hash):
database.add_transaction(transaction_hash, Blockchain.EOS)
# ---Retrieve---
@classmethod
def get_transaction(cls, transaction_hash):
data = {
"id": transaction_hash.strip(";").split(";")[0],
"block_num_hint": int(transaction_hash.strip(";").split(";")[1])
}
r = requests.post(f'{cls.node_url}/v1/history/get_transaction',
json=data)
response = json.loads(r.text)
return response
@staticmethod
def extract_data(transaction):
memo = transaction["trx"]["trx"]["actions"][0]["data"]["memo"]
return memo
@staticmethod
def to_text(data):
return str(data)
def signin(_name, _pk):
signineos = Eos({
'http_address':
'https://jungle2.cryptolions.io:443',
'key_provider':
_pk,
'chain_id':
'1eaa0824707c8c16bd25145493bf062aecddfeb56c736f6ba6397f3195f33c9f'
})
def invest(_from, quantity, sale_id, seller, pk):
signer = Eos({
'http_address':
'https://jungle2.cryptolions.io:443',
'key_provider':
pk,
'chain_id':
'1eaa0824707c8c16bd25145493bf062aecddfeb56c736f6ba6397f3195f33c9f'
})
signer.push_transaction(
'dnfttoken123', 'transfer', _from, 'active', {
"from": _from,
"to": "dnftversion1",
"quantity": quantity + '.0000 VID',
"memo": sale_id + ',' + seller
})
return 'aray wah'
def startsale(seller, _videoname, percent_shares, per_percent_amt, pk):
signer = Eos({
'http_address':
'https://jungle2.cryptolions.io:443',
'key_provider':
pk,
'chain_id':
'1eaa0824707c8c16bd25145493bf062aecddfeb56c736f6ba6397f3195f33c9f'
})
signer.push_transaction(
'dnftversion1', 'listsale', seller, 'active', {
"seller": seller,
"category": "video",
"token_name": _videoname,
"percent_share": percent_shares + '.0000 PER',
"per_percent_amt": per_percent_amt + '.0000 VID',
"expiration": "2019-10-30T00:00:00"
})
return "done this also"
def createacct(_name):
key_pair = Eos.generate_key_pair()
jaseos.newaccount({
'creator': 'jasthetester',
'name': _name,
'owner_public_key': key_pair["public"],
'active_public_key': key_pair["public"],
'buyrambytes_bytes': 4000,
'delegatebw_stake_net_quantity': '1.0000 EOS',
'delegatebw_stake_cpu_quantity': '1.0000 EOS',
'delegatebw_transfer': 0
})
return key_pair
def get_accPublickey(_accname):
url = "http://jungle.eoscafeblock.com:8888/v1/chain/get_account"
payload = "{\"account_name\":\"" + _accname + "\"}"
response = requests.request("POST", url, data=payload, headers=headers)
pub = json.loads(response.text)
return pub['permissions'][1]['required_auth']['keys'][0]['key']
from eosjs_python import Eos
jaseos = Eos({
'http_address':
'https://jungle2.cryptolions.io:443',
'key_provider':
'5JPwrk36HBiHq1YY1Vhpp9JQifQ6biki3mVejV9HFWSkAKdgK8U',
'chain_id':
'1eaa0824707c8c16bd25145493bf062aecddfeb56c736f6ba6397f3195f33c9f'
})
piyushtester = Eos({
'http_address':
'https://jungle2.cryptolions.io:443',
'key_provider':
'5HqWmHV449uUePaDm9QWXxsftkHkrzpiHxYsvNjkSddbe64jfKz',
'chain_id':
'1eaa0824707c8c16bd25145493bf062aecddfeb56c736f6ba6397f3195f33c9f'
})
dnfteos = Eos({
'http_address':
from eosjs_python import Eos
eos = Eos({
'http_address': 'https://chain-net-prod.eva.cab/',
'key_provider': '5KR93vcDVtJJ8eZ3td4gU87p8PPhsfgK5NZKyDij83kSRJ2UTrM'
})
print(eos.get_block('2454645'))
from eosjs_python import Eos
eos = Eos({
'http_address': 'http://172.18.0.1:8888',
'key_provider': '5KQwrPbwdL6PhXujxW37FSSQZ1JiwsST4cqQzDeyXtP79zkvFD3'
})
eos.newaccount({
'creator': 'eosio',
'name': 'mytestacc13',
'owner_public_key': 'EOS7aJDVdDjcpjAXS53sFoVMHQJdFTMhaS3mThnXE3okFEtvxmQov',
'active_public_key': 'EOS7aJDVdDjcpjAXS53sFoVMHQJdFTMhaS3mThnXE3okFEtvxmQov',
'buyrambytes_bytes': 8192,
'delegatebw_stake_net_quantity': '100.0000 SYS',
'delegatebw_stake_cpu_quantity': '100.0000 SYS',
'delegatebw_transfer': 0
})
from eosjs_python import Eos
eos = Eos({
'http_address': 'http://localhost:8888',
'key_provider': '5KR93vcDVtJJ8eZ3td4gU87p8PPhsfgK5NZKyDij83kSRJ2UTrM'
})
eos.get_currency_balance('eosio.token', 'xcdzdbkqamvu', 'EVA')
from eosjs_python import Eos
eos = Eos({
'http_address': 'http://localhost:8888',
'key_provider': '5JhhMGNPsuU42XXjZ57FcDKvbb7KLrehN65tdTQFrH51uruZLHi'
})
#cleos push action eosio.token transfer '["eva","rider1","1 EVA","initial balance"]' -p eva
eos.push_transaction('eosio.token', 'transfer', 'eva', 'active', {
"from": "eva",
"to": "rider1",
"quantity": "1 EVA",
"memo": ""
})
#cleos push action eva createrider '["rider3"]' -p rider3
eos.push_transaction('eva', 'createrider', 'rider3', 'active',
{"account": "rider3"})
from eosjs_python import Eos
import json
eos = Eos({
'http_address': '' #Your endpoint
})
abi_hex = "" #Your ABI hex-encoded binary data for the contract
data_hex = "" #Your hex-encoded binary data for the action
contract = eos.deserialize_contract(abi_hex[0])
contract_r = json.dumps(contract)
action = eos.deserialize_action_data(""" YOUR DATA """)
print(action)
from eosjs_python import Eos key_pair = Eos.generate_key_pair() print(key_pair)
def keyGenBtn(request):
key_pair = Eos.generate_key_pair()
return HttpResponse(json.dumps(key_pair), content_type='application/json')
from eosjs_python import Eos
eos = Eos({
"http_address":
"http://172.18.0.1:8888",
"key_provider":
"5KQwrPbwdL6PhXujxW37FSSQZ1JiwsST4cqQzDeyXtP79zkvFD3",
})
eos.newaccount({
"creator": "eosio",
"name": "mytestacc13",
"owner_public_key":
"EOS7aJDVdDjcpjAXS53sFoVMHQJdFTMhaS3mThnXE3okFEtvxmQov",
"active_public_key":
"EOS7aJDVdDjcpjAXS53sFoVMHQJdFTMhaS3mThnXE3okFEtvxmQov",
"buyrambytes_bytes": 8192,
"delegatebw_stake_net_quantity": "100.0000 SYS",
"delegatebw_stake_cpu_quantity": "100.0000 SYS",
"delegatebw_transfer": 0,
})
