> a = 10
> a %= 4
> a
2

> 木兰 --dump-python 测试\算法\排序\冒泡.ul
import sys
from math import *
ARGV = sys.argv[1:]
def 冒泡(数列):
  换过 = True
  while 换过:
    换过 = False
    for i in range(0, len(数列) - 2 + 1):
      前项 = 数列[i]
      后项 = 数列[i + 1]
      if (前项 > 后项):
        (数列[i], 数列[i + 1]) = (后项, 前项)
        换过 = True
打乱数列 = [5, 2, 1, 8, 4]
冒泡(打乱数列)
print(打乱数列)

> 体积 = (长:int, 宽:int, 高:int) -> 长*宽*高
print(体积(2, 3, 4))
24
> a = () -> 3
print(a())
3

>func 哈(...) {{
    __varargs__ = tuple('ha', 'ha')
    print(...)
}
哈(2, 3, 3, 3)
hah

>b = (...) -> max(...))
print(b(3, 1, 2))
3

using * in ..

func talk() {
    module_py.talk('..')
}

type Person : list {
  func $Person {
    super.__init__()
  }
}
p = Person()
v = p.super
Person.super(None)

type Animal {
    type Child {
        func $Child(name) {
            $name = name
        }
    }
    func getChildName() {
        c = Animal.Child('Animal.Child').name
        return c
    }
}

p = Animal()
print(p.getChildName())

> n = 12 + 0x1F + 0X1a + 0xab + 0XCD
print(n)
445

> print(0xg)
   请先定义‘xg’再使用，见第1行<br/>

func hello(a : tuple [ int ]) : int [ float, list [ str ], dict ] {
  print(a)
}
a : list [ int ] = 2

try f=open('__init__.py', 'r') {
  print(len(f.read()))
  print([][int('0')])
} catch e : ValueError {
  print('v')
} catch e : IndexError {
  print('i')
} finally {
  print('f')
}

type P : str {
    operator + (a) {
        return str(self) + str(a) + '啊'
    }
    
    {}
}
a = P("你")
b = P("好")
print(a+b)  // 输出“你好啊”