def Main(operation, args):
"""
:param operation: str The name of the operation to perform
:param args: list A list of arguments along with the operation
:return:
bytearray: The result of the operation
"""
trigger = GetTrigger()
token = Token()
#print("Executing ICO Template")
# This is used in the Verification portion of the contract
# To determine whether a transfer of system assets ( NEO/Gas) involving
# This contract's address can proceed
if trigger == Verification:
# check if the invoker is the owner of this contract
is_owner = CheckWitness(token.owner)
# If owner, proceed
if is_owner:
return True
# Otherwise, we need to lookup the assets and determine
# If attachments of assets is ok
attachments = get_asset_attachments() # type:Attachments
storage = StorageAPI()
crowdsale = Crowdsale()
return crowdsale.can_exchange(token, attachments, storage, True)
elif trigger == Application:
if operation != None:
nep = NEP5Handler()
for op in nep.get_methods():
if operation == op:
return nep.handle_nep51(operation, args, token)
if operation == 'deploy':
return deploy(token)
if operation == 'circulation':
storage = StorageAPI()
return token.get_circulation(storage)
# the following are handled by crowdsale
sale = Crowdsale()
if operation == 'mintTokens':
return sale.exchange(token)
if operation == 'crowdsale_register':
return sale.kyc_register(args, token)
if operation == 'crowdsale_status':
return sale.kyc_status(args)
if operation == 'crowdsale_available':
return token.crowdsale_available_amount()
return 'unknown operation'
return False
def Main(operation, args):
"""
:param operation: str The name of the operation to perform
:param args: list A list of arguments along with the operation
:return:
bytearray: The result of the operation
"""
trigger = GetTrigger()
token = Token()
#print("Executing ICO Template")
# This is used in the Verification portion of the contract
# To determine whether a transfer of system assets ( NEO/Gas) involving
# This contract's address can proceed
if trigger == Verification:
# check if the invoker is the owner of this contract
is_owner = CheckWitness(token.owner)
# If owner, proceed
if is_owner:
return True
# Otherwise, we need to lookup the assets and determine
# If attachments of assets is ok
attachments = get_asset_attachments() # type:Attachments
storage = StorageAPI()
crowdsale = Crowdsale()
return crowdsale.can_exchange(token, attachments, storage)
elif trigger == Application:
if operation != None:
nep = NEP5Handler()
for op in nep.get_methods():
if operation == op:
return nep.handle_nep51(operation, args, token)
if operation == 'deploy':
return deploy(token)
if operation == 'circulation':
storage = StorageAPI()
return token.get_circulation(storage)
# the following are handled by crowdsale
sale = Crowdsale()
if operation == 'mintTokens':
return sale.exchange(token)
if operation == 'crowdsale_register':
return sale.kyc_register(args, token)
if operation == 'crowdsale_status':
return sale.kyc_status(args)
if operation == 'crowdsale_available':
return token.crowdsale_available_amount()
return 'unknown operation'
return False
def Main(operation, args):
"""
:param operation: str The name of the operation to perform
:param args: list A list of arguments along with the operation
:return:
bytearray: The result of the operation
"""
trigger = GetTrigger()
token = Token()
#print("Executing ICO Template")
# This is used in the Verification portion of the contract
# To determine whether a transfer of system assets ( NEO/Gas) involving
# This contract's address can proceed
if trigger == Verification:
# check if the invoker is the owner of this contract
is_owner = CheckWitness(token.owner)
# If owner, proceed
if is_owner:
return True
# Otherwise, we need to lookup the assets and determine
# If attachments of assets is ok
attachments = get_asset_attachments() # type:Attachments
storage = StorageAPI()
crowdsale = Crowdsale()
return crowdsale.can_exchange(token, attachments, storage, True)
elif trigger == Application:
if operation != None:
nep = NEP5Handler()
for op in nep.get_methods():
if operation == op:
return nep.handle_nep51(operation, args, token)
if operation == 'deploy':
return deploy(token)
if operation == 'circulation':
storage = StorageAPI()
return token.get_circulation(storage)
# the following are handled by crowdsale
sale = Crowdsale()
if operation == 'mintTokens':
return sale.exchange(token)
# if operation == 'crowdsale_register':
# return sale.kyc_register(args, token)
# if operation == 'crowdsale_status':
# return sale.kyc_status(args)
if operation == 'crowdsale_available':
return token.crowdsale_available_amount()
if operation == 'crowdfunding_create':
return crowdfunding_create(args)
if operation == 'crowdfunding_total':
storage = StorageAPI()
crowdfunding_address = args[0]
crowdfunding_total_key = storage.get_crowdfunding_total_key(crowdfunding_address)
crowdfunding_total = storage.get(crowdfunding_total_key)
msg = ["crowdfunding_total", crowdfunding_total]
Notify(msg)
return crowdfunding_total
if operation == 'crowdfunding_numcontrib':
storage = StorageAPI()
crowdfunding_address = args[0]
crowdfunding_numcontrib_key = storage.get_crowdfunding_numcontrib_key(crowdfunding_address)
crowdfunding_numcontrib = storage.get(crowdfunding_numcontrib_key)
msg = ["crowdfunding_numcontrib", crowdfunding_numcontrib]
Notify(msg)
return crowdfunding_numcontrib
if operation == 'crowdfunding_test':
crowdfunding_address = args[0]
member_addresses = crowdfunding_get_members(crowdfunding_address)
if not member_addresses:
return False
Notify("Member addresses:")
Notify(member_addresses)
return True
if operation == 'level':
address = args[0]
level = level_of(address)
Notify("Level:")
Notify(level)
return level
if operation == 'reward_user':
address = args[0]
success = reward_user(address)
if success:
Notify("User was rewarded:")
Notify(address)
return success
return 'unknown operation'
return False
def Main(operation, args):
"""
:param operation: str Der Name der Aufgabe die ausgeführt werden soll
:param args: list Eine Liste der Argumente für die Ausführung
:return:
bytearray: Das Ergebnis der Ausführung
"""
trigger = GetTrigger()
token = Token()
#print("Executing ICO Template")
# Dies wird in der Verification portion des Contract benutzt
# um festzustellen ob ein Transfer System Assets ( NEO/GAS) beinhaltet.
# Diese Contract´s Adresse kann fortfahren
if trigger == Verification:
# Überprüfen Sie ob die aufrufende Instanz der Besitzer des Contracs ist
is_owner = CheckWitness(token.owner)
# Wenn Besitzer, fortfahren
if is_owner:
return True
# Andernfalls, müssen Sie einen Lookup der Adresse machen und feststellen
# ob der Anhang des Assets okay ist
attachments = get_asset_attachments() # type:Attachments
storage = StorageAPI()
crowdsale = Crowdsale()
return crowdsale.can_exchange(token, attachments, storage)
elif trigger == Application:
if operation != None:
nep = NEP5Handler()
for op in nep.get_methods():
if operation == op:
return nep.handle_nep51(operation, args, token)
if operation == 'deploy':
return deploy(token)
if operation == 'circulation':
storage = StorageAPI()
return token.get_circulation(storage)
# Das folgende wird von Crowdsale verarbeitet
sale = Crowdsale()
if operation == 'mintTokens':
return sale.exchange(token)
if operation == 'crowdsale_register':
return sale.kyc_register(args, token)
if operation == 'crowdsale_status':
return sale.kyc_status(args)
if operation == 'crowdsale_available':
return token.crowdsale_available_amount()
return 'unknown operation'
return False