本文将主要描述如何使用asn1解析LIF文件、RAC文件、RAU文件,并以LIF文件作为例子。
python3
asn1tools
还记得LIF文件里那段base64编码的内容吗?这段内容在base64解码后还需要经过一次循环解扰才能得到asn1数据,循环解扰的参数来自LIF文件的TimeStamp字段。此处以网上收集的一份LIF文件(Terra2314.WibuCmLIF)为例:
从CodeMeterLin中可以收集asn1的相关定义,其中部分asn1定义存在嵌套关系。
WIBU-FILE是LIF文件的第一层asn1定义,绝大多数asn1数据都是从WIBU-FILE开始,包括RAC文件、RAU文件、DYN文件等。
WIBU-FILE包含两个结构,一种以signed开始,另一种以envelope开始,两种结构实际上均符合PKCS#7的定义。
signed结构使用数字证书对内容进行了签名,envelope结构使用数据证书对内容进行了加密,两者使用的场景和目的不同。前者允许让任何人查看,但不允许任何人更改;后者只允许特定人查看。
signed结构中的content虽然是ANY类型,但可以通过contentType来判断content的类型。而oid1.3.6.1.4.1.44485.2.1正是指content需要使用LIF-Content进行编解码。
LIF文件中的数字证书用于签名。多个证书还构成了证书链,证书链中的每个父节点都可以校验子节点下的任何一份证书。
使用cert2对content进行验签,其中公钥由证书中的subjectPublicKey提供,rs值由LIF文件的encryptedDigest提供,h由LIF文件的content的哈希提供,椭圆算法参数由为1.3.132.0.33,点击此处 可进行椭圆算法参数查询。
从上述的分析结果看,LIF文件主要包含了授权信息和运行环境的限制,这些限制包括了操作系统、CPU等硬件、虚拟化、激活的方式等。
本文仅以LIF文件为例,RAC文件和RAU文件等均可以按照类似的过程进行解析。
由于LIF文件是带签名的,不能直接修改其中的任何内容,否则将导致验签失败。
如果想要修改LIF中的内容,就需要修改整条证书链上的所有证书,包括根证书。幸运的是,根证书同样存在于CodeMeterLin中,并且是以常量的形式的存在。所以,理论上讲,我们有机会完全控制软授权中的任何过程。
>>>
import
base64
>>>
import
struct
>>> lif
=
>>> timestamp
=
1603805169
>>> base64_dec_data
=
base64.b64decode(lif.ljust((
len
(lif)
+
3
)
/
/
4
*
4
,
"="
))
>>> asn1_data
=
b''
>>>
for
i
in
range
(
0
,
len
(base64_dec_data)
/
/
4
):
>>> asn1_data
+
=
struct.pack(
"I"
, struct.unpack(
"I"
, base64_dec_data[i
*
4
:i
*
4
+
4
])[
0
] ^ timestamp)
>>> timestamp
=
(
0x5917
*
timestamp
+
0x4A6B
)
%
0x100000000
>>>
if
((
len
(base64_dec_data)
%
4
) !
=
0
):
>>> asn1_data
+
=
base64_dec_data[
-
(
len
(base64_dec_data)
%
4
):]
>>>
print
(asn1_data.
hex
())
>>> 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
>>>
import
base64
>>>
import
struct
>>> lif
=
>>> timestamp
=
1603805169
>>> base64_dec_data
=
base64.b64decode(lif.ljust((
len
(lif)
+
3
)
/
/
4
*
4
,
"="
))
>>> asn1_data
=
b''
>>>
for
i
in
range
(
0
,
len
(base64_dec_data)
/
/
4
):
>>> asn1_data
+
=
struct.pack(
"I"
, struct.unpack(
"I"
, base64_dec_data[i
*
4
:i
*
4
+
4
])[
0
] ^ timestamp)
>>> timestamp
=
(
0x5917
*
timestamp
+
0x4A6B
)
%
0x100000000
>>>
if
((
len
(base64_dec_data)
%
4
) !
=
0
):
>>> asn1_data
+
=
base64_dec_data[
-
(
len
(base64_dec_data)
%
4
):]
>>>
print
(asn1_data.
hex
())
>>> a08204b006092a864886f70d010702a08204a13082049d020101310d300b06096086480165030402013081db060a2b0601040182db450201a081ccff816481c7ff812137df813508636d626f7870676dff812512df4e020001df54020001df20050000000000ff7a12df4e020001df54020001df20050000000000ff6412df81320500272adc71df8133050027048f5fff7d3ade3054006500720072006100200043006f006e007400610069006e00650072002000760032002e0033002e0031002e003400df720500005b9126ff810828df81140432303031df7f050000000000ff810014ff810410c101ffc101ffc101ffc10100c2020001ff81050adf815b0100df815c0100a08203323082017b30820128a0030201020204b2d05e01300a06082a8648ce3d040302302631153013060355040a0c0c574942552d53595354454d53310d300b06035504030c04526f6f74301e170d3135303130313030303030305a170d3335313233313233353935395a303131153013060355040a0c0c574942552d53595354454d533118301606035504030c0f576962752d50726f64756374696f6e304e301006072a8648ce3d020106052b81040021033a00043237dd50e5a0a5a938e288473613123926b1c2fb115277be218845bda6e014ecf1d199058f77057880ed3cc583f9ef09b9e480d78e30f24a81150078a4685955f6773249e8576c2a5d48fbbbeac6e2821500c68c60c4c5152682205b1f4055a3f82db9a60887a316301430120603551d130101ff040830060101ff020101300a06082a8648ce3d040302034100303e021d00e15df535015975891e7f1ac8f0b17e077cc10e67452746675ae05226021d00b6e5a1abca94d5b8feabc794941007839261f779b4dff4b34b7bc774308201af3082015ea0030201020204b2d064b3300a06082a8648ce3d040302303131153013060355040a0c0c574942552d53595354454d533118301606035504030c0f576962752d50726f64756374696f6e301e170d3135303130313030303030305a170d3335313233313233353935395a30203110300e060355040a0c0736303030393334310c300a06035504030c034c504b304e301006072a8648ce3d020106052b81040021033a00045054299d03a73f13eb24353dbe91e9a68033c3015752813daa0b6b50eb5759440792e97b0a39a29a7338d2b783957b852600c4db373568c9811500c68c60c4c5152682205b1f4055a3f82db9a608878215000bebffd7689a1c9b087a605e4632dba396264292a3523050300f0603551d130101ff04053003010100300f0603551d0f0101ff04050303000f00302c060a2b0601040182db4503010101ff041bff7618df72035b9126ff780fdf815d01ffdf815e01ffdf815f01ff300a06082a8648ce3d040302033f00303c021c34ea5bebadf0701722a15bd0e1d0b07a16162bcccfe4302ff8d7142b021c0911ebf5074936aab9d76b626f7b49359e1eea60c02e5ba2dfd787af3175307302010182140bebffd7689a1c9b087a605e4632dba396264292300b0609608648016503040201300a06082a8648ce3d040302043f303d021c491d0676d5bed1e838774be564a77cdf9b50eb1e6327c53c139a8673021d00e43d0ef8fccd80fdd1573c187095d68c9ebf856da0d7ec0dd99a5443
-
-
Wibu
-
File
.asn1
WIBU
-
FILE
DEFINITIONS ::
=
BEGIN
Wibu
-
File
::
=
CHOICE
{
signed[
0
] IMPLICIT Wibu
-
File
-
Signed,
envelope[
1
] IMPLICIT Wibu
-
File
-
Enveloped
}
Wibu
-
File
-
Signed ::
=
SEQUENCE
{
contentType ContentType,
content[
0
] EXPLICIT SignedData
}
ContentType ::
=
OBJECT
IDENTIFIER
SignedData ::
=
SEQUENCE
{
version VersionPKCS7,
digestAlgorithms DigestAlgorithmIdentifiers,
contentInfo ContentInfo,
certificates[
0
] IMPLICIT ExtendedCertificatesAndCertificates OPTIONAL,
crls[
1
] IMPLICIT CertificateRevocationLists OPTIONAL,
signerInfos SignerInfos
}
VersionPKCS7 ::
=
INTEGER
DigestAlgorithmIdentifiers ::
=
SET
OF DigestAlgorithmIdentifier
DigestAlgorithmIdentifier ::
=
SEQUENCE OF
OBJECT
IDENTIFIER
ContentInfo ::
=
SEQUENCE
{
contentType ContentType,
content[
0
] EXPLICIT
ANY
OPTIONAL
}
ExtendedCertificatesAndCertificates ::
=
SET
OF ExtendedCertificateOrCertificate
ExtendedCertificateOrCertificate ::
=
ANY
CertificateRevocationLists ::
=
SET
{
dummy INTEGER
}
SignerInfos ::
=
SET
OF SignerInfo
SignerInfo ::
=
SEQUENCE
{
version VersionPKCS7,
signerIdentifier SignerIdentifier,
digestAlgorithm DigestAlgorithmIdentifier,
authenticatedAttributes[
0
] IMPLICIT Attributes OPTIONAL,
digestEncryptionAlgorithm DigestEncryptionAlgorithmIdentifier,
encryptedDigest EncryptedDigest,
unauthenticatedAttributes[
1
] IMPLICIT Attributes OPTIONAL
}
SignerIdentifier ::
=
CHOICE
{
subjectKeyIdentifier[
2
] IMPLICIT SubjectKeyIdentifier
}
SubjectKeyIdentifier ::
=
OCTET STRING
Attributes ::
=
SET
OF Attribute7
Attribute7 ::
=
SEQUENCE
{
type
OBJECT
IDENTIFIER,
values Values,
valuesWithContext ValuesWithContext OPTIONAL
}
Values ::
=
SET
OF
ANY
ValuesWithContext ::
=
SET
OF
ANY
DigestEncryptionAlgorithmIdentifier ::
=
SEQUENCE OF
OBJECT
IDENTIFIER
EncryptedDigest ::
=
OCTET STRING
Wibu
-
File
-
Enveloped ::
=
SEQUENCE
{
contentType ContentType,
content[
0
] EXPLICIT EnvelopedData
}
EnvelopedData ::
=
SEQUENCE
{
version VersionPKCS7,
recipientInfos RecipientInfos,
encryptedContentInfo EncryptedContentInfo
}
RecipientInfos ::
=
SET
OF RecipientInfo
RecipientInfo ::
=
SEQUENCE
{
version VersionPKCS7,
signerIdentifier SignerIdentifier,
keyEncryptionAlgorithm KeyEncryptionAlgorithmIdentifier,
encryptedKey EncryptedKey
}
KeyEncryptionAlgorithmIdentifier ::
=
SEQUENCE OF
OBJECT
IDENTIFIER
EncryptedKey ::
=
OCTET STRING
EncryptedContentInfo ::
=
SEQUENCE
{
contentType ContentType,
contentEncryptionAlgorithm ContentEncryptionAlgorithmIdentifier,
encryptedContent[
0
] IMPLICIT EncryptedContent OPTIONAL
}
ContentEncryptionAlgorithmIdentifier ::
=
SEQUENCE OF
OBJECT
IDENTIFIER
EncryptedContent ::
=
OCTET STRING
END
-
-
Wibu
-
File
.asn1
WIBU
-
FILE
DEFINITIONS ::
=
BEGIN
Wibu
-
File
::
=
CHOICE
{
signed[
0
] IMPLICIT Wibu
-
File
-
Signed,
envelope[
1
] IMPLICIT Wibu
-
File
-
Enveloped
}
Wibu
-
File
-
Signed ::
=
SEQUENCE
{
contentType ContentType,
content[
0
] EXPLICIT SignedData
}
ContentType ::
=
OBJECT
IDENTIFIER
SignedData ::
=
SEQUENCE
{
version VersionPKCS7,
digestAlgorithms DigestAlgorithmIdentifiers,
contentInfo ContentInfo,
certificates[
0
] IMPLICIT ExtendedCertificatesAndCertificates OPTIONAL,
crls[
1
] IMPLICIT CertificateRevocationLists OPTIONAL,
signerInfos SignerInfos
}
VersionPKCS7 ::
=
INTEGER
DigestAlgorithmIdentifiers ::
=
SET
OF DigestAlgorithmIdentifier
DigestAlgorithmIdentifier ::
=
SEQUENCE OF
OBJECT
IDENTIFIER
ContentInfo ::
=
SEQUENCE
{
contentType ContentType,
content[
0
] EXPLICIT
ANY
OPTIONAL
}
ExtendedCertificatesAndCertificates ::
=
SET
OF ExtendedCertificateOrCertificate
ExtendedCertificateOrCertificate ::
=
ANY
CertificateRevocationLists ::
=
SET
{
dummy INTEGER
}
SignerInfos ::
=
SET
OF SignerInfo
SignerInfo ::
=
SEQUENCE
{
version VersionPKCS7,
signerIdentifier SignerIdentifier,
digestAlgorithm DigestAlgorithmIdentifier,
authenticatedAttributes[
0
] IMPLICIT Attributes OPTIONAL,
digestEncryptionAlgorithm DigestEncryptionAlgorithmIdentifier,
encryptedDigest EncryptedDigest,
unauthenticatedAttributes[
1
] IMPLICIT Attributes OPTIONAL
}
SignerIdentifier ::
=
CHOICE
{
subjectKeyIdentifier[
2
] IMPLICIT SubjectKeyIdentifier
}
SubjectKeyIdentifier ::
=
OCTET STRING
Attributes ::
=
SET
OF Attribute7
Attribute7 ::
=
SEQUENCE
{
type
OBJECT
IDENTIFIER,
values Values,
valuesWithContext ValuesWithContext OPTIONAL
}
Values ::
=
SET
OF
ANY
ValuesWithContext ::
=
SET
OF
ANY
DigestEncryptionAlgorithmIdentifier ::
=
SEQUENCE OF
OBJECT
IDENTIFIER
EncryptedDigest ::
=
OCTET STRING
Wibu
-
File
-
Enveloped ::
=
SEQUENCE
{
contentType ContentType,
content[
0
] EXPLICIT EnvelopedData
}
EnvelopedData ::
=
SEQUENCE
{
version VersionPKCS7,
recipientInfos RecipientInfos,
encryptedContentInfo EncryptedContentInfo
}
RecipientInfos ::
=
SET
OF RecipientInfo
RecipientInfo ::
=
SEQUENCE
{
version VersionPKCS7,
signerIdentifier SignerIdentifier,
keyEncryptionAlgorithm KeyEncryptionAlgorithmIdentifier,
encryptedKey EncryptedKey
}
KeyEncryptionAlgorithmIdentifier ::
=
SEQUENCE OF
OBJECT
IDENTIFIER
EncryptedKey ::
=
OCTET STRING
EncryptedContentInfo ::
=
SEQUENCE
{
contentType ContentType,
contentEncryptionAlgorithm ContentEncryptionAlgorithmIdentifier,
encryptedContent[
0
] IMPLICIT EncryptedContent OPTIONAL
}
ContentEncryptionAlgorithmIdentifier ::
=
SEQUENCE OF
OBJECT
IDENTIFIER
EncryptedContent ::
=
OCTET STRING
END
>>>
import
asn1tools
>>>
import
datetime
>>>
def
write_line(fd, level, line):
>>>
if
(line !
=
""):
>>>
if
(fd
=
=
None
):
>>>
print
(
" "
*
level
+
line, end
=
"")
>>>
pass
>>>
else
:
>>> fd.write(
" "
*
level
+
line)
>>>
>>>
def
print_asn1_data(data, fd
=
None
, level
=
0
):
>>>
if
(
type
(data)
=
=
tuple
):
>>> key
=
data[
0
]
>>> val
=
data[
1
]
>>>
>>>
if
(
type
(key)
=
=
bytes
or
type
(key)
=
=
bytearray):
>>> print_asn1_data(key, fd, level
+
2
)
>>>
else
:
>>>
if
(
type
(val)
=
=
dict
or
(
type
(val)
=
=
tuple
and
type
(val[
0
])
=
=
str
)
or
type
(val)
=
=
list
):
>>> write_line(fd, level,
"<%s>\n"
%
key)
>>>
else
:
>>> write_line(fd, level,
"<%s> "
%
key)
>>> print_asn1_data(val, fd, level
+
2
)
>>>
if
(
type
(val)
=
=
dict
or
(
type
(val)
=
=
tuple
and
type
(val[
0
])
=
=
str
)
or
type
(val)
=
=
list
):
>>> write_line(fd, level,
"</%s>\n"
%
key)
>>>
else
:
>>> write_line(fd,
0
,
" </%s>\n"
%
key)
>>>
elif
(
type
(data)
=
=
dict
):
>>>
for
key, val
in
data.items():
>>>
if
(
type
(val)
=
=
dict
or
(
type
(val)
=
=
tuple
and
type
(val[
0
])
=
=
str
)
or
type
(val)
=
=
list
):
>>> write_line(fd, level,
"<%s>\n"
%
key)
>>>
else
:
>>> write_line(fd, level,
"<%s> "
%
key)
>>> print_asn1_data(val, fd, level
+
2
)
>>>
if
(
type
(val)
=
=
dict
or
(
type
(val)
=
=
tuple
and
type
(val[
0
])
=
=
str
)
or
type
(val)
=
=
list
):
>>> write_line(fd, level,
"</%s>\n"
%
key)
>>>
else
:
>>> write_line(fd,
0
,
" </%s>\n"
%
key)
>>>
elif
(
type
(data)
=
=
list
):
>>> cnt
=
0
>>>
for
val
in
data:
>>>
if
(
type
(val)
=
=
dict
or
(
type
(val)
=
=
tuple
and
type
(val[
0
])
=
=
str
)
or
type
(val)
=
=
list
):
>>> write_line(fd, level,
"<%d>\n"
%
cnt)
>>>
else
:
>>> write_line(fd, level,
"<%d> "
%
cnt)
>>> print_asn1_data(val, fd, level
+
2
)
>>>
if
(
type
(val)
=
=
dict
or
(
type
(val)
=
=
tuple
and
type
(val[
0
])
=
=
str
)
or
type
(val)
=
=
list
):
>>> write_line(fd, level,
"</%d>\n"
%
cnt)
>>>
else
:
>>> write_line(fd,
0
,
" </%d>\n"
%
cnt)
>>> cnt
+
=
1
>>>
elif
(
type
(data)
=
=
str
):
>>> write_line(fd,
0
,
"%s"
%
data)
>>>
elif
(
type
(data)
=
=
int
):
>>> write_line(fd,
0
,
"%d"
%
data)
>>>
elif
(
type
(data)
=
=
bytearray
or
type
(data)
=
=
bytes):
>>> output
=
""
>>>
for
b
in
data:
>>> output
+
=
"%02X "
%
b
>>> output
=
output.strip()
>>> write_line(fd,
0
, output)
>>>
elif
(
type
(data)
=
=
bool
):
>>> write_line(fd,
0
,
"%s"
%
data)
>>>
elif
(
type
(data)
=
=
datetime.datetime):
>>> write_line(fd,
0
,
"%s"
%
data)
>>>
elif
(data
=
=
None
):
>>> write_line(fd,
0
,
"NULL"
)
>>>
else
:
>>>
raise
(Exception(
"type: %s"
%
type
(data)))
>>> asn1_data
=
bytes.fromhex(
"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"
)
>>> asn1_def
=
asn1tools.compile_files([
"asn1/Wibu-File.asn1"
,
"asn1/LIF-Content.asn1"
,
"asn1/Certificate.asn1"
,
"asn1/SignerSignature.asn1"
],
"der"
)
>>>
>>> asn_wibu_f_res
=
asn1_def.decode(
"Wibu-File"
, asn1_data)
>>> print_asn1_data(asn_wibu_f_res)
<signed>
<contentType>
1.2
.
840.113549
.
1.7
.
2
<
/
contentType>
<content>
<version>
1
<
/
version>
<digestAlgorithms>
<
0
>
<
0
>
2.16
.
840.1
.
101.3
.
4.2
.
1
<
/
0
>
<
/
0
>
<
/
digestAlgorithms>
<contentInfo>
<contentType>
1.3
.
6.1
.
4.1
.
44485.2
.
1
<
/
contentType>
<content> FF
81
64
81
C7 FF
81
21
37
DF
81
35
08
63
6D
62
6F
78
70
67
6D
FF
81
25
12
DF
4E
02
00
01
DF
54
02
00
01
DF
20
05
00
00
00
00
00
FF
7A
12
DF
4E
02
00
01
DF
54
02
00
01
DF
20
05
00
00
00
00
00
FF
64
12
DF
81
32
05
00
27
2A
DC
71
DF
81
33
05
00
27
04
8F
5F
FF
7D
3A
DE
30
54
00
65
00
72
00
72
00
61
00
20
00
43
00
6F
00
6E
00
74
00
61
00
69
00
6E
00
65
00
72
00
20
00
76
00
32
00
2E
00
33
00
2E
00
31
00
2E
00
34
00
DF
72
05
00
00
5B
91
26
FF
81
08
28
DF
81
14
04
32
30
30
31
DF
7F
05
00
00
00
00
00
FF
81
00
14
FF
81
04
10
C1
01
FF C1
01
FF C1
01
FF C1
01
00
C2
02
00
01
FF
81
05
0A
DF
81
5B
01
00
DF
81
5C
01
00
<
/
content>
<
/
contentInfo>
<certificates>
<
0
>
30
82
01
7B
30
82
01
28
A0
03
02
01
02
02
04
B2 D0
5E
01
30
0A
06
08
2A
86
48
CE
3D
04
03
02
30
26
31
15
30
13
06
03
55
04
0A
0C
0C
57
49
42
55
2D
53
59
53
54
45
4D
53
31
0D
30
0B
06
03
55
04
03
0C
04
52
6F
6F
74
30
1E
17
0D
31
35
30
31
30
31
30
30
30
30
30
30
5A
17
0D
33
35
31
32
33
31
32
33
35
39
35
39
5A
30
31
31
15
30
13
06
03
55
04
0A
0C
0C
57
49
42
55
2D
53
59
53
54
45
4D
53
31
18
30
16
06
03
55
04
03
0C
0F
57
69
62
75
2D
50
72
6F
64
75
63
74
69
6F
6E
30
4E
30
10
06
07
2A
86
48
CE
3D
02
01
06
05
2B
81
04
00
21
03
3A
00
04
32
37
DD
50
E5 A0 A5 A9
38
E2
88
47
36
13
12
39
26
B1 C2 FB
11
52
77
BE
21
88
45
BD A6 E0
14
EC F1 D1
99
05
8F
77
05
78
80
ED
3C
C5
83
F9 EF
09
B9 E4
80
D7
8E
30
F2
4A
81
15
00
78
A4
68
59
55
F6
77
32
49
E8
57
6C
2A
5D
48
FB BB EA C6 E2
82
15
00
C6
8C
60
C4 C5
15
26
82
20
5B
1F
40
55
A3 F8
2D
B9 A6
08
87
A3
16
30
14
30
12
06
03
55
1D
13
01
01
FF
04
08
30
06
01
01
FF
02
01
01
30
0A
06
08
2A
86
48
CE
3D
04
03
02
03
41
00
30
3E
02
1D
00
E1
5D
F5
35
01
59
75
89
1E
7F
1A
C8 F0 B1
7E
07
7C
C1
0E
67
45
27
46
67
5A
E0
52
26
02
1D
00
B6 E5 A1 AB CA
94
D5 B8 FE AB C7
94
94
10
07
83
92
61
F7
79
B4 DF F4 B3
4B
7B
C7
74
<
/
0
>
<
1
>
30
82
01
AF
30
82
01
5E
A0
03
02
01
02
02
04
B2 D0
64
B3
30
0A
06
08
2A
86
48
CE
3D
04
03
02
30
31
31
15
30
13
06
03
55
04
0A
0C
0C
57
49
42
55
2D
53
59
53
54
45
4D
53
31
18
30
16
06
03
55
04
03
0C
0F
57
69
62
75
2D
50
72
6F
64
75
63
74
69
6F
6E
30
1E
17
0D
31
35
30
31
30
31
30
30
30
30
30
30
5A
17
0D
33
35
31
32
33
31
32
33
35
39
35
39
5A
30
20
31
10
30
0E
06
03
55
04
0A
0C
07
36
30
30
30
39
33
34
31
0C
30
0A
06
03
55
04
03
0C
03
4C
50
4B
30
4E
30
10
06
07
2A
86
48
CE
3D
02
01
06
05
2B
81
04
00
21
03
3A
00
04
50
54
29
9D
03
A7
3F
13
EB
24
35
3D
BE
91
E9 A6
80
33
C3
01
57
52
81
3D
AA
0B
6B
50
EB
57
59
44
07
92
E9
7B
0A
39
A2
9A
73
38
D2 B7
83
95
7B
85
26
00
C4 DB
37
35
68
C9
81
15
00
C6
8C
60
C4 C5
15
26
82
20
5B
1F
40
55
A3 F8
2D
B9 A6
08
87
82
15
00
0B
EB FF D7
68
9A
1C
9B
08
7A
60
5E
46
32
DB A3
96
26
42
92
A3
52
30
50
30
0F
06
03
55
1D
13
01
01
FF
04
05
30
03
01
01
00
30
0F
06
03
55
1D
0F
01
01
FF
04
05
03
03
00
0F
00
30
2C
06
0A
2B
06
01
04
01
82
DB
45
03
01
01
01
FF
04
1B
FF
76
18
DF
72
03
5B
91
26
FF
78
0F
DF
81
5D
01
FF DF
81
5E
01
FF DF
81
5F
01
FF
30
0A
06
08
2A
86
48
CE
3D
04
03
02
03
3F
00
30
3C
02
1C
34
EA
5B
EB AD F0
70
17
22
A1
5B
D0 E1 D0 B0
7A
16
16
2B
CC CF E4
30
2F
F8 D7
14
2B
02
1C
09
11
EB F5
07
49
36
AA B9 D7
6B
62
6F
7B
49
35
9E
1E
EA
60
C0
2E
5B
A2 DF D7
87
AF <
/
1
>
<
/
certificates>
<signerInfos>
<
0
>
<version>
1
<
/
version>
<signerIdentifier>
<subjectKeyIdentifier>
0B
EB FF D7
68
9A
1C
9B
08
7A
60
5E
46
32
DB A3
96
26
42
92
<
/
subjectKeyIdentifier>
<
/
signerIdentifier>
<digestAlgorithm>
<
0
>
2.16
.
840.1
.
101.3
.
4.2
.
1
<
/
0
>
<
/
digestAlgorithm>
<digestEncryptionAlgorithm>
<
0
>
1.2
.
840.10045
.
4.3
.
2
<
/
0
>
<
/
digestEncryptionAlgorithm>
<encryptedDigest>
30
3D
02
1C
49
1D
06
76
D5 BE D1 E8
38
77
4B
E5
64
A7
7C
DF
9B
50
EB
1E
63
27
C5
3C
13
9A
86
73
02
1D
00
E4
3D
0E
F8 FC CD
80
FD D1
57
3C
18
70
95
D6
8C
9E
BF
85
6D
A0 D7 EC
0D
D9
9A
54
43
<
/
encryptedDigest>
<
/
0
>
<
/
signerInfos>
<
/
content>
<
/
signed>
>>>
import
asn1tools
>>>
import
datetime
>>>
def
write_line(fd, level, line):
>>>
if
(line !
=
""):
>>>
if
(fd
=
=
None
):
>>>
print
(
" "
*
level
+
line, end
=
"")
>>>
pass
>>>
else
:
>>> fd.write(
" "
*
level
+
line)
>>>
>>>
def
print_asn1_data(data, fd
=
None
, level
=
0
):
>>>
if
(
type
(data)
=
=
tuple
):
>>> key
=
data[
0
]
>>> val
=
data[
1
]
>>>
>>>
if
(
type
(key)
=
=
bytes
or
type
(key)
=
=
bytearray):
>>> print_asn1_data(key, fd, level
+
2
)
>>>
else
:
>>>
if
(
type
(val)
=
=
dict
or
(
type
(val)
=
=
tuple
and
type
(val[
0
])
=
=
str
)
or
type
(val)
=
=
list
):
>>> write_line(fd, level,
"<%s>\n"
%
key)
>>>
else
:
>>> write_line(fd, level,
"<%s> "
%
key)
>>> print_asn1_data(val, fd, level
+
2
)
>>>
if
(
type
(val)
=
=
dict
or
(
type
(val)
=
=
tuple
and
type
(val[
0
])
=
=
str
)
or
type
(val)
=
=
list
):
>>> write_line(fd, level,
"</%s>\n"
%
key)
>>>
else
:
>>> write_line(fd,
0
,
" </%s>\n"
%
key)
>>>
elif
(
type
(data)
=
=
dict
):
>>>
for
key, val
in
data.items():
>>>
if
(
type
(val)
=
=
dict
or
(
type
(val)
=
=
tuple
and
type
(val[
0
])
=
=
str
)
or
type
(val)
=
=
list
):
>>> write_line(fd, level,
"<%s>\n"
%
key)
>>>
else
:
>>> write_line(fd, level,
"<%s> "
%
key)
>>> print_asn1_data(val, fd, level
+
2
)
>>>
if
(
type
(val)
=
=
dict
or
(
type
(val)
=
=
tuple
and
type
(val[
0
])
=
=
str
)
or
type
(val)
=
=
list
):
>>> write_line(fd, level,
"</%s>\n"
%
key)
>>>
else
:
>>> write_line(fd,
0
,
" </%s>\n"
%
key)
>>>
elif
(
type
(data)
=
=
list
):
>>> cnt
=
0
>>>
for
val
in
data:
>>>
if
(
type
(val)
=
=
dict
or
(
type
(val)
=
=
tuple
and
type
(val[
0
])
=
=
str
)
or
type
(val)
=
=
list
):
>>> write_line(fd, level,
"<%d>\n"
%
cnt)
>>>
else
:
>>> write_line(fd, level,
"<%d> "
%
cnt)
>>> print_asn1_data(val, fd, level
+
2
)
>>>
if
(
type
(val)
=
=
dict
or
(
type
(val)
=
=
tuple
and
type
(val[
0
])
=
=
str
)
or
type
(val)
=
=
list
):
>>> write_line(fd, level,
"</%d>\n"
%
cnt)
>>>
else
:
>>> write_line(fd,
0
,
" </%d>\n"
%
cnt)
>>> cnt
+
=
1
>>>
elif
(
type
(data)
=
=
str
):
>>> write_line(fd,
0
,
"%s"
%
data)
>>>
elif
(
type
(data)
=
=
int
):
>>> write_line(fd,
0
,
"%d"
%
data)
>>>
elif
(
type
(data)
=
=
bytearray
or
type
(data)
=
=
bytes):
>>> output
=
""
>>>
for
b
in
data:
>>> output
+
=
"%02X "
%
b
>>> output
=
output.strip()
>>> write_line(fd,
0
, output)
>>>
elif
(
type
(data)
=
=
bool
):
>>> write_line(fd,
0
,
"%s"
%
data)
>>>
elif
(
type
(data)
=
=
datetime.datetime):
>>> write_line(fd,
0
,
"%s"
%
data)
>>>
elif
(data
=
=
None
):
>>> write_line(fd,
0
,
"NULL"
)
>>>
else
:
>>>
raise
(Exception(
"type: %s"
%
type
(data)))
>>> asn1_data
=
bytes.fromhex(
"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"
)
>>> asn1_def
=
asn1tools.compile_files([
"asn1/Wibu-File.asn1"
,
"asn1/LIF-Content.asn1"
,
"asn1/Certificate.asn1"
,
"asn1/SignerSignature.asn1"
],
"der"
)
>>>
>>> asn_wibu_f_res
=
asn1_def.decode(
"Wibu-File"
, asn1_data)
>>> print_asn1_data(asn_wibu_f_res)
<signed>
<contentType>
1.2
.
840.113549
.
1.7
.
2
<
/
contentType>
<content>
<version>
1
<
/
version>
<digestAlgorithms>
<
0
>
<
0
>
2.16
.
840.1
.
101.3
.
4.2
.
1
<
/
0
>
<
/
0
>
<
/
digestAlgorithms>
<contentInfo>
<contentType>
1.3
.
6.1
.
4.1
.
44485.2
.
1
<
/
contentType>
<content> FF
81
64
81
C7 FF
81
21
37
DF
81
35
08
63
6D
62
6F
78
70
67
6D
FF
81
25
12
DF
4E
02
00
01
DF
54
02
00
01
DF
20
05
00
00
00
00
00
FF
7A
12
DF
4E
02
00
01
DF
54
02
00
01
DF
20
05
00
00
00
00
00
FF
64
12
DF
81
32
05
00
27
2A
DC
71
DF
81
33
05
00
27
04
8F
5F
FF
7D
3A
DE
30
54
00
65
00
72
00
72
00
61
00
20
00
43
00
6F
00
6E
00
74
00
61
00
69
00
6E
00
65
00
72
00
20
00
76
00
32
00
2E
00
33
00
2E
00
31
00
2E
00
34
00
DF
72
05
00
00
5B
91
26
FF
81
08
28
DF
81
14
04
32
30
30
31
DF
7F
05
00
00
00
00
00
FF
81
00
14
FF
81
04
10
C1
01
FF C1
01
FF C1
01
FF C1
01
00
C2
02
00
01
FF
81
05
0A
DF
81
5B
01
00
DF
81
5C
01
00
<
/
content>
<
/
contentInfo>
<certificates>
<
0
>
30
82
01
7B
30
82
01
28
A0
03
02
01
02
02
04
B2 D0
5E
01
30
0A
06
08
2A
86
48
CE
3D
04
03
02
30
26
31
15
30
13
06
03
55
04
0A
0C
0C
57
49
42
55
2D
53
59
53
54
45
4D
53
31
0D
30
0B
06
03
55
04
03
0C
04
52
6F
6F
74
30
1E
17
0D
31
35
30
31
30
31
30
30
30
30
30
30
5A
17
0D
33
35
31
32
33
31
32
33
35
39
35
39
5A
30
31
31
15
30
13
06
03
55
04
0A
0C
0C
57
49
42
55
2D
53
59
53
54
45
4D
53
31
18
30
16
06
03
55
04
03
0C
0F
57
69
62
75
2D
50
72
6F
64
75
63
74
69
6F
6E
30
4E
30
10
06
07
2A
86
48
CE
3D
02
01
06
05
2B
81
04
00
21
03
3A
00
04
32
37
DD
50
E5 A0 A5 A9
38
E2
88
47
36
13
12
39
26
B1 C2 FB
11
52
77
BE
21
88
45
BD A6 E0
14
EC F1 D1
99
05
8F
77
05
78
80
ED
3C
C5
83
F9 EF
09
B9 E4
80
D7
8E
30
F2
4A
81
15
00
78
A4
68
59
55
F6
77
32
49
E8
57
6C
2A
5D
48
FB BB EA C6 E2
82
15
00
C6
8C
60
C4 C5
15
26
82
20
5B
1F
40
55
A3 F8
2D
B9 A6
08
87
A3
16
30
14
30
12
06
03
55
1D
13
01
01
FF
04
08
30
06
01
01
FF
02
01
01
30
0A
06
08
2A
86
48
CE
3D
04
03
02
03
41
00
30
3E
02
1D
00
E1
5D
F5
35
01
59
75
89
1E
7F
1A
C8 F0 B1
7E
07
7C
C1
0E
67
45
27
46
67
5A
E0
52
26
02
1D
00
B6 E5 A1 AB CA
94
D5 B8 FE AB C7
94
94
10
07
83
92
61
F7
79
B4 DF F4 B3
4B
7B
C7
74
<
/
0
>
<
1
>
30
82
01
AF
30
82
01
5E
A0
03
02
01
02
02
04
B2 D0
64
B3
30
0A
06
08
2A
86
48
CE
3D
04
03
02
30
31
31
15
30
13
06
03
55
04
0A
0C
0C
57
49
42
55
2D
53
59
53
54
45
4D
53
31
18
30
16
06
03
55
04
03
0C
0F
57
69
62
75
2D
50
72
6F
64
75
63
74
69
6F
6E
30
1E
17
0D
31
35
30
31
30
31
30
30
30
30
30
30
5A
17
0D
33
35
31
32
33
31
32
33
35
39
35
39
5A
30
20
31
10
30
0E
06
03
55
04
0A
0C
07
36
30
30
30
39
33
34
31
0C
30
0A
06
03
55
04
03
0C
03
4C
50
4B
30
4E
30
10
06
07
2A
86
48
CE
3D
02
01
06
05
2B
81
04
00
21
03
3A
00
04
50
54
29
9D
03
A7
3F
13
EB
24
35
3D
BE
91
E9 A6
80
33
C3
01
57
52
81
3D
AA
0B
6B
50
EB
57
59
44
07
92
E9
7B
0A
39
A2
9A
73
38
D2 B7
83
95
7B
85
26
00
C4 DB
37
35
68
C9
81
15
00
C6
8C
60
C4 C5
15
26
82
20
5B
1F
40
55
A3 F8
2D
B9 A6
08
87
82
15
00
0B
EB FF D7
68
9A
1C
9B
08
7A
60
5E
46
32
DB A3
96
26
42
92
A3
52
30
50
30
0F
06
03
55
1D
13
01
01
FF
04
05
30
03
01
01
00
30
0F
06
03
55
1D
0F
01
01
FF
04
05
03
03
00
0F
00
30
2C
06
0A
2B
06
01
04
01
82
DB
45
03
01
01
01
FF
04
1B
FF
76
18
DF
72
03
5B
91
26
FF
78
0F
DF
81
5D
01
FF DF
81
5E
01
FF DF
81
5F
01
FF
30
0A
06
08
2A
86
48
CE
3D
04
03
02
03
3F
00
30
3C
02
1C
34
EA
5B
EB AD F0
70
17
22
A1
5B
D0 E1 D0 B0
7A
16
16
2B
CC CF E4
30
2F
F8 D7
14
2B
02
1C
09
11
EB F5
07
49
36
AA B9 D7
6B
62
6F
7B
49
35
9E
1E
EA
60
C0
2E
5B
A2 DF D7
87
AF <
/
1
>
<
/
certificates>
<signerInfos>
<
0
>
<version>
1
<
/
version>
<signerIdentifier>
<subjectKeyIdentifier>
0B
EB FF D7
68
9A
1C
9B
08
7A
60
5E
46
32
DB A3
96
26
42
92
<
/
subjectKeyIdentifier>
<
/
signerIdentifier>
<digestAlgorithm>
<
0
>
2.16
.
840.1
.
101.3
.
4.2
.
1
<
/
0
>
<
/
digestAlgorithm>
<digestEncryptionAlgorithm>
<
0
>
1.2
.
840.10045
.
4.3
.
2
<
/
0
>
<
/
digestEncryptionAlgorithm>
<encryptedDigest>
30
3D
02
1C
49
1D
06
76
D5 BE D1 E8
38
77
4B
E5
64
A7
7C
DF
9B
50
EB
1E
63
27
C5
3C
13
9A
86
73
02
1D
00
E4
3D
0E
F8 FC CD
80
FD D1
57
3C
18
70
95
D6
8C
9E
BF
85
6D
A0 D7 EC
0D
D9
9A
54
43
<
/
encryptedDigest>
<
/
0
>
<
/
signerInfos>
<
/
content>
<
/
signed>
-
-
LIF
-
Content.asn1
LIF
-
CONTENT DEFINITIONS ::
=
BEGIN
LIF
-
Content ::
=
[PRIVATE
228
] IMPLICIT SEQUENCE
{
sw
-
specs[PRIVATE
161
] IMPLICIT Software
-
Specs,
clocks[PRIVATE
100
] IMPLICIT Clocks,
license
-
description[PRIVATE
125
] IMPLICIT License
-
Description,
binding[PRIVATE
136
] IMPLICIT Binding
-
Scheme,
cmact
-
options[PRIVATE
133
] IMPLICIT CmAct
-
Options,
mask[PRIVATE
142
] IMPLICIT Mask OPTIONAL
}
Software
-
Specs ::
=
[PRIVATE
161
] IMPLICIT SEQUENCE
{
creator
-
name[PRIVATE
181
] IMPLICIT UTF8String,
creator
-
version[PRIVATE
165
] IMPLICIT
Format
-
Version,
required
-
version[PRIVATE
122
] IMPLICIT
Format
-
Version
}
Format
-
Version ::
=
[PRIVATE
122
] IMPLICIT SEQUENCE
{
sfl[PRIVATE
78
] IMPLICIT UInt8,
sfh[PRIVATE
84
] IMPLICIT UInt8,
feature
-
flags[PRIVATE
32
] IMPLICIT UInt32
}
UInt8 ::
=
[PRIVATE
31
] IMPLICIT INTEGER
UInt32 ::
=
[PRIVATE
34
] IMPLICIT INTEGER
Clocks ::
=
[PRIVATE
100
] IMPLICIT SEQUENCE
{
box
-
time[PRIVATE
178
] IMPLICIT Seconds
-
Since
-
2000
,
certified
-
time[PRIVATE
179
] IMPLICIT Seconds
-
Since
-
2000
}
Seconds
-
Since
-
2000
::
=
[PRIVATE
180
] IMPLICIT INTEGER
License
-
Description ::
=
[PRIVATE
125
] IMPLICIT SEQUENCE
{
license
-
description[PRIVATE
30
] IMPLICIT OCTET STRING,
-
-
BMPString, it does't work well
in
asn1tools, beacase asn1tools only support utf
-
8
, but here
is
utf
-
16
firm
-
code[PRIVATE
114
] IMPLICIT Firm
-
Code
}
Firm
-
Code ::
=
[PRIVATE
114
] IMPLICIT INTEGER
Binding
-
Scheme ::
=
[PRIVATE
136
] IMPLICIT SEQUENCE
{
cmact
-
id
[PRIVATE
148
] IMPLICIT CmAct
-
ID
,
telephone
-
id
[PRIVATE
127
] IMPLICIT Telephone
-
ID
,
binding
-
method[PRIVATE
128
] EXPLICIT Binding
-
Method
}
CmAct
-
ID
::
=
[PRIVATE
148
] IMPLICIT IA5String
Telephone
-
ID
::
=
[PRIVATE
127
] IMPLICIT INTEGER
Binding
-
Method ::
=
CHOICE
{
smartbind[PRIVATE
129
] IMPLICIT SmartBind
-
Parameters,
custom
-
binding[PRIVATE
131
] IMPLICIT CustomBinding
-
Parameters,
dcbn
-
classic[PRIVATE
132
] IMPLICIT DCBN
-
Parameters,
nonebind[PRIVATE
231
] IMPLICIT NULL,
cm
-
server
-
ip[PRIVATE
232
] IMPLICIT NULL,
serial
-
number[PRIVATE
233
] IMPLICIT NULL,
random[PRIVATE
234
] IMPLICIT NULL
}
SmartBind
-
Parameters ::
=
[PRIVATE
129
] IMPLICIT SEQUENCE
{
heuristic[PRIVATE
31
] IMPLICIT UInt8,
redundancy
-
level[PRIVATE
130
] IMPLICIT Redundancy
-
Level
}
Redundancy
-
Level ::
=
[PRIVATE
130
] IMPLICIT INTEGER
CustomBinding
-
Parameters ::
=
[PRIVATE
131
] IMPLICIT IA5String
DCBN
-
Parameters ::
=
[PRIVATE
132
] IMPLICIT SEQUENCE
{
disk[PRIVATE
1
] IMPLICIT BOOLEAN,
cpu
-
type
[PRIVATE
1
] IMPLICIT BOOLEAN,
board[PRIVATE
1
] IMPLICIT BOOLEAN,
network[PRIVATE
1
] IMPLICIT BOOLEAN,
tolerance[PRIVATE
2
] IMPLICIT UInt8 OPTIONAL
}
CmAct
-
Options ::
=
[PRIVATE
133
] IMPLICIT SEQUENCE
{
allow
-
vm[PRIVATE
219
] IMPLICIT BOOLEAN,
allow
-
reimport[PRIVATE
220
] IMPLICIT BOOLEAN
}
Mask ::
=
[PRIVATE
142
] IMPLICIT INTEGER
END
-
-
LIF
-
Content.asn1
LIF
-
CONTENT DEFINITIONS ::
=
BEGIN
LIF
-
Content ::
=
[PRIVATE
228
] IMPLICIT SEQUENCE
{
sw
-
specs[PRIVATE
161
] IMPLICIT Software
-
Specs,
clocks[PRIVATE
100
] IMPLICIT Clocks,
license
-
description[PRIVATE
125
] IMPLICIT License
-
Description,
binding[PRIVATE
136
] IMPLICIT Binding
-
Scheme,
cmact
-
options[PRIVATE
133
] IMPLICIT CmAct
-
Options,
mask[PRIVATE
142
] IMPLICIT Mask OPTIONAL
}
Software
-
Specs ::
=
[PRIVATE
161
] IMPLICIT SEQUENCE
{
creator
-
name[PRIVATE
181
] IMPLICIT UTF8String,
creator
-
version[PRIVATE
165
] IMPLICIT
Format
-
Version,
required
-
version[PRIVATE
122
] IMPLICIT
Format
-
Version
}
Format
-
Version ::
=
[PRIVATE
122
] IMPLICIT SEQUENCE
{
sfl[PRIVATE
78
] IMPLICIT UInt8,
sfh[PRIVATE
84
] IMPLICIT UInt8,
feature
-
flags[PRIVATE
32
] IMPLICIT UInt32
}
UInt8 ::
=
[PRIVATE
31
] IMPLICIT INTEGER
UInt32 ::
=
[PRIVATE
34
] IMPLICIT INTEGER
Clocks ::
=
[PRIVATE
100
] IMPLICIT SEQUENCE
{
box
-
time[PRIVATE
178
] IMPLICIT Seconds
-
Since
-
2000
,
certified
-
time[PRIVATE
179
] IMPLICIT Seconds
-
Since
-
2000
}
Seconds
-
Since
-
2000
::
=
[PRIVATE
180
] IMPLICIT INTEGER
License
-
Description ::
=
[PRIVATE
125
] IMPLICIT SEQUENCE
{
license
-
description[PRIVATE
30
] IMPLICIT OCTET STRING,
-
-
BMPString, it does't work well
in
asn1tools, beacase asn1tools only support utf
-
8
, but here
is
utf
-
16
firm
-
code[PRIVATE
114
] IMPLICIT Firm
-
Code
}
Firm
-
Code ::
=
[PRIVATE
114
] IMPLICIT INTEGER
Binding
-
Scheme ::
=
[PRIVATE
136
] IMPLICIT SEQUENCE
{
cmact
-
id
[PRIVATE
148
] IMPLICIT CmAct
-
ID
,
telephone
-
id
[PRIVATE
127
] IMPLICIT Telephone
-
ID
,
binding
-
method[PRIVATE
128
] EXPLICIT Binding
-
Method
}
CmAct
-
ID
::
=
[PRIVATE
148
] IMPLICIT IA5String
Telephone
-
ID
::
=
[PRIVATE
127
] IMPLICIT INTEGER
Binding
-
Method ::
=
CHOICE
{
smartbind[PRIVATE
129
] IMPLICIT SmartBind
-
Parameters,
custom
-
binding[PRIVATE
131
] IMPLICIT CustomBinding
-
Parameters,
dcbn
-
classic[PRIVATE
132
] IMPLICIT DCBN
-
Parameters,
nonebind[PRIVATE
231
] IMPLICIT NULL,
cm
-
server
-
ip[PRIVATE
232
] IMPLICIT NULL,
serial
-
number[PRIVATE
233
] IMPLICIT NULL,
random[PRIVATE
234
] IMPLICIT NULL
}
SmartBind
-
Parameters ::
=
[PRIVATE
129
] IMPLICIT SEQUENCE
{
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