def __calcbinary(self, decimal):
"""
converts the given integer "decimal" into a string, inheriting
binary type data
###
decimal - (int) the decimal value
###
RETURNS (string)
"""
new_binary = ""
leftover = 0
temp_value = decimal
while temp_value != 0:
# updating the temporary data
leftover = temp_value % 2
temp_value = JTString.round_down(temp_value / 2)
# creating the binary digits
new_binary = str(leftover) + new_binary
# returning the new binary value
return new_binary
def __calchexa(self, decimal):
"""
converts the given integer "decimal" into a string, inheriting
hecadecimal type data
###
decimal - (int) the decimal value
###
RETURNS (string)
"""
new_hexa = ""
leftover = 0
temp_value = decimal
while temp_value != 0:
# updating the temporary data
leftover = temp_value % 16
temp_value = JTString.round_down(temp_value / 16)
# creating the hexadecimal digits
new_hexa = Hexadecimal.d_to_h[leftover] + new_hexa
# returning the new hexadecimal value
return new_hexa
