Coverage for gws-app/gws/lib/otp/_test.py: 0%

1import base64 

2 

3import gws 

4import gws.lib.otp as otp 

5import gws.test.util as u 

6 

7 

8def test_hotp(): 

9 # https://www.rfc-editor.org/rfc/rfc4226#appendix-D 

10 

11 # The following test data uses the ASCII string 

12 # "12345678901234567890" for the secret: 

13 # 

14 # Table 2 details for each count the truncated values (both in 

15 # hexadecimal and decimal) and then the HOTP value. 

16 # 

17 # Truncated 

18 # Count Hexadecimal Decimal HOTP 

19 # 0 4c93cf18 1284755224 755224 

20 # 1 41397eea 1094287082 287082 

21 # 2 82fef30 137359152 359152 

22 # 3 66ef7655 1726969429 969429 

23 # 4 61c5938a 1640338314 338314 

24 # 5 33c083d4 868254676 254676 

25 # 6 7256c032 1918287922 287922 

26 # 7 4e5b397 82162583 162583 

27 # 8 2823443f 673399871 399871 

28 # 9 2679dc69 645520489 520489 

29 # 

30 # 

31 # 

32 # 

33 # 

34 

35 secret = '3132333435363738393031323334353637383930' 

36 r = [ 

37 '755224', 

38 '287082', 

39 '359152', 

40 '969429', 

41 '338314', 

42 '254676', 

43 '287922', 

44 '162583', 

45 '399871', 

46 '520489', 

47 ] 

48 

49 for c in range(10): 

50 key = bytes.fromhex(secret) 

51 a = otp.new_hotp(key, c) 

52 assert a == r.pop(0) 

53 

54 

55def test_totp(): 

56 # https://www.rfc-editor.org/rfc/rfc6238#appendix-B 

57 

58 # The test token shared secret uses the ASCII string value 

59 # "12345678901234567890". With Time Step X = 30, and the Unix epoch as 

60 # the initial value to count time steps, where T0 = 0, the TOTP 

61 # algorithm will display the following values for specified modes and 

62 # timestamps. 

63 # 

64 # +-------------+--------------+------------------+----------+--------+ 

65 # | Time (sec) | UTC Time | Value of T (hex) | TOTP | Mode | 

66 # +-------------+--------------+------------------+----------+--------+ 

67 # | 59 | 1970-01-01 | 0000000000000001 | 94287082 | SHA1 | 

68 # | | 00:00:59 | | | | 

69 # | 59 | 1970-01-01 | 0000000000000001 | 46119246 | SHA256 | 

70 # | | 00:00:59 | | | | 

71 # | 59 | 1970-01-01 | 0000000000000001 | 90693936 | SHA512 | 

72 # | | 00:00:59 | | | | 

73 # | 1111111109 | 2005-03-18 | 00000000023523EC | 07081804 | SHA1 | 

74 # | | 01:58:29 | | | | 

75 # | 1111111109 | 2005-03-18 | 00000000023523EC | 68084774 | SHA256 | 

76 # | | 01:58:29 | | | | 

77 # | 1111111109 | 2005-03-18 | 00000000023523EC | 25091201 | SHA512 | 

78 # | | 01:58:29 | | | | 

79 # | 1111111111 | 2005-03-18 | 00000000023523ED | 14050471 | SHA1 | 

80 # | | 01:58:31 | | | | 

81 # | 1111111111 | 2005-03-18 | 00000000023523ED | 67062674 | SHA256 | 

82 # | | 01:58:31 | | | | 

83 # | 1111111111 | 2005-03-18 | 00000000023523ED | 99943326 | SHA512 | 

84 # | | 01:58:31 | | | | 

85 # | 1234567890 | 2009-02-13 | 000000000273EF07 | 89005924 | SHA1 | 

86 # | | 23:31:30 | | | | 

87 # | 1234567890 | 2009-02-13 | 000000000273EF07 | 91819424 | SHA256 | 

88 # | | 23:31:30 | | | | 

89 # | 1234567890 | 2009-02-13 | 000000000273EF07 | 93441116 | SHA512 | 

90 # | | 23:31:30 | | | | 

91 # | 2000000000 | 2033-05-18 | 0000000003F940AA | 69279037 | SHA1 | 

92 # | | 03:33:20 | | | | 

93 # | 2000000000 | 2033-05-18 | 0000000003F940AA | 90698825 | SHA256 | 

94 # | | 03:33:20 | | | | 

95 # | 2000000000 | 2033-05-18 | 0000000003F940AA | 38618901 | SHA512 | 

96 # | | 03:33:20 | | | | 

97 # | 20000000000 | 2603-10-11 | 0000000027BC86AA | 65353130 | SHA1 | 

98 # | | 11:33:20 | | | | 

99 # | 20000000000 | 2603-10-11 | 0000000027BC86AA | 77737706 | SHA256 | 

100 # | | 11:33:20 | | | | 

101 # | 20000000000 | 2603-10-11 | 0000000027BC86AA | 47863826 | SHA512 | 

102 # | | 11:33:20 | | | | 

103 # +-------------+--------------+------------------+----------+--------+ 

104 

105 seed = "3132333435363738393031323334353637383930" 

106 seed32 = ( 

107 "3132333435363738393031323334353637383930" + 

108 "313233343536373839303132") 

109 seed64 = ( 

110 "3132333435363738393031323334353637383930" + 

111 "3132333435363738393031323334353637383930" + 

112 "3132333435363738393031323334353637383930" + 

113 "31323334") 

114 

115 r = [ 

116 '94287082', 

117 '46119246', 

118 '90693936', 

119 '07081804', 

120 '68084774', 

121 '25091201', 

122 '14050471', 

123 '67062674', 

124 '99943326', 

125 '89005924', 

126 '91819424', 

127 '93441116', 

128 '69279037', 

129 '90698825', 

130 '38618901', 

131 '65353130', 

132 '77737706', 

133 '47863826', 

134 ] 

135 

136 for ts in [59, 1111111109, 1111111111, 1234567890, 2000000000, 20000000000]: 

137 key = bytes.fromhex(seed) 

138 opts = otp.Options(start=0, step=30, length=8, algo='sha1') 

139 a = otp.new_totp(key, ts, opts) 

140 assert a == r.pop(0) 

141 

142 key = bytes.fromhex(seed32) 

143 opts = otp.Options(start=0, step=30, length=8, algo='sha256') 

144 a = otp.new_totp(key, ts, opts) 

145 assert a == r.pop(0) 

146 

147 key = bytes.fromhex(seed64) 

148 opts = otp.Options(start=0, step=30, length=8, algo='sha512') 

149 a = otp.new_totp(key, ts, opts) 

150 assert a == r.pop(0)