1 # coding: ASCII

2

3 import sys

4 if sys.version_info[0] < 3:

5 __doc__ = u"""

6 >>> expected = b''.join([chr(i) for i in range(0x10,0xFF,0x11)] + [chr(0xFF)])

7

8 >>> s = test_assign()

9 >>> assert s == expected, repr(s)

10

11 >>> s = test_array()

12 >>> assert s == expected, repr(s)

13 """

14 else:

15 __doc__ = u"""

16 >>> s = test_assign()

17 >>> assert s == bytes(list(range(0x10,0xFF,0x11)) + [0xFF]), repr(s)

18

19 >>> s = test_array()

20 >>> assert s == bytes(list(range(0x10,0xFF,0x11)) + [0xFF]), repr(s)

21 """

22

23 def test_assign():

24 cdef char s[17]

25

26 s[ 0] = c'\x10'

27 s[ 1] = c'\x21'

28 s[ 2] = c'\x32'

29 s[ 3] = c'\x43'

30 s[ 4] = c'\x54'

31 s[ 5] = c'\x65'

32 s[ 6] = c'\x76'

33 s[ 7] = c'\x87'

34 s[ 8] = c'\x98'

35 s[ 9] = c'\xA9'

36 s[10] = c'\xBA'

37 s[11] = c'\xCB'

38 s[12] = c'\xDC'

39 s[13] = c'\xED'

40 s[14] = c'\xFE'

41 s[15] = c'\xFF'

42

43 s[16] = c'\x00'

44

45 return s

46

47 def test_array():

48 cdef char* s = [

49 c'\x10',

50 c'\x21',

51 c'\x32',

52 c'\x43',

53 c'\x54',

54 c'\x65',

55 c'\x76',

56 c'\x87',

57 c'\x98',

58 c'\xA9',

59 c'\xBA',

60 c'\xCB',

61 c'\xDC',

62 c'\xED',

63 c'\xFE',

64 c'\xFF',

65 c'\x00',

66 ]

67

68 return s