try:
    while True:
        p = ""
        a = input()
        while a != 0:
            l = a % 2
            b = a - l
            a = b / 2
            p = str(l) + p
        print(p)
except:
    print ("write 1 number")

try:
    while True:
        p = ""
        a = input()
        while a != 0:
            l = a % 2
            b = a - l
            a = b / 2
            p = str(l) + p
        print(p)
except:
    print ("write 1 number")

你可以这样做:

bin(10)[2:]

or :

f = str(bin(10))
c = []
c.append("".join(map(int, f[2:])))
print c

如果你愿意放弃“纯”Python，但获得大量火力，这里有Sage -示例:

sage: a = 15
sage: a.binary()
'1111'

您将注意到它以字符串形式返回，因此要将它用作数字，您需要执行如下操作

sage: eval('0b'+b)
15

def binary(decimal) :
    otherBase = ""
    while decimal != 0 :
        otherBase  =  str(decimal % 2) + otherBase
        decimal    //=  2
    return otherBase

print binary(10)

输出:

1010

这是一个简单的连续循环的二进制到十进制转换器

t = 1
while t > 0:
    binaryNumber = input("Enter a binary No.")
    convertedNumber = int(binaryNumber, 2)

    print(convertedNumber)

print("")