def apply(receiver, code, action):
if action == N('sayhello'):
from hello import sayhello
sayhello.sayHello('mike')
elif action == N('setcode'):
data = read_action()
# print(struct.unapck)
code_account, code_name, code_type = struct.unpack('QQB', data[:17])
src_code = eoslib.unpack_bytes(data[17:])
eoslib.set_code_ext(code_account, 1, code_name, src_code)
elif action == N('auth'):
data = read_action()
code_owner, code_name, auth_to = struct.unpack('QQQ', data)
code = N('eosio.code')
scope = code
itr = db.find_i64(code, code_owner, auth_to, code_name)
print(itr)
if itr >= 0:
return
payer = code_owner
db.store_i64(code_owner, auth_to, payer, code_name, b'1')
elif action == N('unauth'):
data = read_action()
code_owner, code_name, auth_to = struct.unpack('QQQ', data)
code = N('eosio.code')
scope = code
itr = db.find_i64(code, code_owner, auth_to, code_name)
if itr >= 0:
db.remove_i64(itr)
elif action == N('import'):
from eosio.code import hello
def apply(receiver, account, act):
if act == N('create'):
msg = eoslib.read_action()
_create(msg)
elif act == N('issue'):
msg = eoslib.read_action()
_issue(msg)
elif act == N('transfer'):
msg = eoslib.read_action()
_transfer(msg)
def unpack(self):
msg = read_action()
self._from, self.to, self.amount = struct.unpack('QQQ', msg)
self.precision = msg[24]
self.symbol = msg[25:32]
self.memo = msg[32:]
def unpack(self):
msg = eoslib.read_action()
self.issuer, self.amount = struct.unpack('QQ', msg)
self.precision = msg[16]
self.symbol = msg[17:24].decode('utf8')
self.can_freeze = msg[24]
self.can_recall = msg[25]
self.can_whitelist = msg[26]
def apply(receiver, code, action):
if action == N('setgreeting'):
greeter = Greeter()
# print('original greeting:',greeter.greeting)
value = read_action()
greeter.greeting = value.decode('utf8')
elif action == N('greeting'):
greeter = Greeter()
print(greeter.greeting)
def apply(receiver, code, action):
if action == N('sayhello'):
eoslib.require_auth(N('call'))
msg = eoslib.read_action()
print(msg.decode('utf8'))
elif action == N('call'):
msg = eoslib.read_action()
_from, to, amount = struct.unpack('QQQ', msg)
symbol = bytearray(8)
symbol[0] = 4
symbol[1] = ord('E')
symbol[2] = ord('O')
symbol[3] = ord('S')
memo = eoslib.pack_bytes(b'hello')
args = struct.pack('QQQ8s%ds' % (len(memo), ), _from, to, amount,
symbol, memo)
print('++++call')
eoslib.send_inline(N('eosio.token'), N('transfer'), args,
{'call': 'active'})
def apply(receiver, code, action):
if action == N('sayhello'):
sayHello()
elif action == N('deploy'):
src_code = read_action()
print(src_code)
eoslib.set_code_ext(receiver, 1, N('lib'), src_code)
elif action == N('deploytest'):
print('import lib test...')
import lib
print('lib', lib)
lib.sayHello()
def sayHello():
n = N('hello')
id = N('name')
name = read_action()
print('hello', name)
code = n
scope = n
table = n
payer = n
itr = db.find_i64(code, scope, table, id)
if itr >= 0: # value exist, update it
old_name = db.get_i64(itr)
print('hello,', old_name)
db.update_i64(itr, payer, name)
else:
db.store_i64(scope, table, payer, id, name)
def unpack(self):
msg = eoslib.read_action()
self.to, self.amount = struct.unpack('QQ', msg)
self.precision = msg[16]
self.symbol = msg[17:24].decode('utf8')
self.memo = eoslib.unpack(msg[24:])
def unpack(self):
msg = read_action()
self.to, self.amount = struct.unpack('QQ', msg)
self.precision = msg[16]
self.symbol = msg[17:24]
self.memo = msg[24:]
