def decode(
self
) -> Tuple[int, str, str, Colour, bool, int, bool, int, Tuple[int, int,
int, int]]:
company_id, = self.read_byte()
name, manager = self.read_str(2)
colour, = self.read_byte()
passworded, = self.read_bool()
startyear, = self.read_uint()
is_ai, = self.read_bool()
bankruptcy_counter = None
shareholders = None
if self.has_available_data:
bankruptcy_counter, = self.read_byte()
shareholders = list(self.read_byte(4))
return self.data(
company_id,
check_length(name, NETWORK_COMPANY_NAME_LENGTH, "'name'"),
check_length(manager, NETWORK_COMPANY_NAME_LENGTH, "'manager'"),
Colour(colour),
passworded,
startyear,
is_ai,
bankruptcy_counter,
check_tuple_length(shareholders, 4, 4, "'shareholders'"),
)
def encode(self, company_id: int, name: str, manager: str, colour: Colour, passworded: bool,
bankruptcy_counter: int, shareholders: Tuple[int, int, int, int]):
self.write_byte(company_id)
self.write_str(check_length(name, NETWORK_COMPANY_NAME_LENGTH, "'name'"),
check_length(manager, NETWORK_COMPANY_NAME_LENGTH, "'manager'"))
self.write_byte(Colour(colour))
self.write_bool(passworded)
self.write_byte(bankruptcy_counter)
self.write_byte(*check_tuple_length(shareholders, 4, 4, "'shareholders'"))
def encode(self, company_id: int, money: int, current_loan: int, income: int, delivered: int,
history: Tuple[ServerCompanyEconomyHistory, ServerCompanyEconomyHistory]):
self.write_byte(company_id)
self.write_longlong(money, current_loan, income)
self.write_ushort(delivered)
history = [ServerCompanyEconomyHistory(*x) for x in check_tuple_length(history, 2, 2, "'history'")]
for item in history:
self.write_longlong(item.value)
self.write_ushort(item.performance, item.delivered)
def encode(self, company_id: int, name: str, manager: str, colour: Colour,
passworded: bool, bankruptcy_counter: int,
shareholders: Tuple[int, int, int, int]):
self.write_byte(company_id)
self.write_str(
check_length(name, NETWORK_COMPANY_NAME_LENGTH, "'name'"),
check_length(manager, NETWORK_COMPANY_NAME_LENGTH, "'manager'"))
self.write_byte(Colour(colour))
self.write_bool(passworded)
self.write_byte(bankruptcy_counter)
self.write_byte(
*check_tuple_length(shareholders, 4, 4, "'shareholders'"))
def decode(self) -> Tuple[int, int, int, int, int, Tuple[ServerCompanyEconomyHistory, ServerCompanyEconomyHistory]]:
company_id, = self.read_byte()
money, current_loan, income = self.read_longlong(3)
delivered_now, = self.read_ushort()
history = [ServerCompanyEconomyHistory(*self.read_longlong(), *self.read_ushort(2)) for _ in range(2)]
return self.data(
company_id,
money,
current_loan,
income,
delivered_now,
check_tuple_length(history, 2, 2, "'history'"),
)
def encode(self, company_id: int, money: int, current_loan: int,
income: int, delivered: int,
history: Tuple[ServerCompanyEconomyHistory,
ServerCompanyEconomyHistory]):
self.write_byte(company_id)
self.write_longlong(money, current_loan, income)
self.write_ushort(delivered)
history = [
ServerCompanyEconomyHistory(*x)
for x in check_tuple_length(history, 2, 2, "'history'")
]
for item in history:
self.write_longlong(item.value)
self.write_ushort(item.performance, item.delivered)
def decode(self) -> Tuple[int, str, str, Colour, bool, int, Tuple[int, int, int, int]]:
company_id, = self.read_byte()
name, manager = self.read_str(2)
colour, = self.read_byte()
passworded, = self.read_bool()
bankruptcy_counter, = self.read_byte()
shareholders = list(self.read_byte(4))
return self.data(
company_id,
check_length(name, NETWORK_COMPANY_NAME_LENGTH, "'name'"),
check_length(manager, NETWORK_COMPANY_NAME_LENGTH, "'manager'"),
colour,
passworded,
bankruptcy_counter,
check_tuple_length(shareholders, 4, 4, "'shareholders'"),
)
def decode(
self
) -> Tuple[int, str, str, Colour, bool, int, Tuple[int, int, int, int]]:
company_id, = self.read_byte()
name, manager = self.read_str(2)
colour, = self.read_byte()
passworded, = self.read_bool()
bankruptcy_counter, = self.read_byte()
shareholders = list(self.read_byte(4))
return self.data(
company_id,
check_length(name, NETWORK_COMPANY_NAME_LENGTH, "'name'"),
check_length(manager, NETWORK_COMPANY_NAME_LENGTH, "'manager'"),
colour,
passworded,
bankruptcy_counter,
check_tuple_length(shareholders, 4, 4, "'shareholders'"),
)
def decode(
self
) -> Tuple[int, int, int, int, int, Tuple[ServerCompanyEconomyHistory,
ServerCompanyEconomyHistory]]:
company_id, = self.read_byte()
money, current_loan, income = self.read_longlong(3)
delivered_now, = self.read_ushort()
history = [
ServerCompanyEconomyHistory(*self.read_longlong(),
*self.read_ushort(2)) for _ in range(2)
]
return self.data(
company_id,
money,
current_loan,
income,
delivered_now,
check_tuple_length(history, 2, 2, "'history'"),
)
def decode(self) -> Tuple[int, str, str, Colour, bool, int, bool, int, Tuple[int, int, int, int]]:
company_id, = self.read_byte()
name, manager = self.read_str(2)
colour, = self.read_byte()
passworded, = self.read_bool()
startyear, = self.read_uint()
is_ai, = self.read_bool()
bankruptcy_counter = None
shareholders = None
if self.has_available_data:
bankruptcy_counter, = self.read_byte()
shareholders = list(self.read_byte(4))
return self.data(
company_id,
check_length(name, NETWORK_COMPANY_NAME_LENGTH, "'name'"),
check_length(manager, NETWORK_COMPANY_NAME_LENGTH, "'manager'"),
Colour(colour),
passworded,
startyear,
is_ai,
bankruptcy_counter,
check_tuple_length(shareholders, 4, 4, "'shareholders'"),
)