def __init__(self, sequance_number, creator):
# TODO: What to do in case of consensus fails will be added
self.genesis_time = int(time.time())
self.start_time = int(time.time())
self.block_time = 7
self.previous_hash = "0"
self.sequance_number = sequance_number
self.empty_block_number = 0
blocks_hash = [self.previous_hash]
SaveBlockshash(blocks_hash)
accounts = [Account(creator, balance=1000000000)]
save_accounts(accounts)
self.pendingTransaction = []
self.validating_list = []
self.transaction_fee = 0.02
self.default_transaction_fee = 0.02
self.default_optimum_transaction_number = 10 # Each user settings by our hardware
self.default_increase_of_fee = 0.01
self.hash = None
self.max_tx_number = 2
self.minumum_transfer_amount = 1000
self.raund_1_starting_time = None
self.raund_1_time = 3
self.raund_1 = False
self.raund_1_node = False
self.raund_2_starting_time = None
self.raund_2_time = 3
self.raund_2 = False
self.raund_2_node = False
self.consensus_timer = 0.50
self.validated = False
self.validated_time = None
self.dowload_true_block = ""
self.save_block()
perpetualTimer(self.consensus_timer, consensus_trigger).start()
apps_starter()
def get_full_chain(self, data, node):
get_ok = False
if not os.path.exists(TEMP_BLOCK_PATH):
get_ok = True
else:
system = GetBlock()
if node.id == system.dowload_true_block:
get_ok = True
if get_ok:
if str(data["byte"]) == "end":
os.rename(LOADING_BLOCK_PATH, TEMP_BLOCK_PATH)
from blockchain.block.block_main import apps_starter
from consensus.consensus_main import consensus_trigger
from lib.perpetualtimer import perpetualTimer
from app.app_main import apps_starter
system = GetBlock()
system.newly = True
system.change_transaction_fee()
system.exclude_validators = []
dprint(system.sequance_number)
perpetualTimer(system.consensus_timer,
consensus_trigger).start()
apps_starter()
system.save_block()
else:
file = open(LOADING_BLOCK_PATH, "ab")
file.write((data["byte"].encode(encoding='iso-8859-1')))
file.close()