fsb795 1.5.1

Obtaining the attributes of a qualified certificate, defined by the Order of the FSB 795

fsb795
------

fsb795 are tools for working with
Certificates issued in accordance with
requirements of the Order of the Federal Security Service of the Russian Federation of December 27, 2011 No. 795
"On approval of the requirements for the form of a qualified certificate ..."
(http://base.garant.ru/70133464/)

To install the package, execute:
python -m pip install --upgrade fsb795
or
python3 -m pip install --upgrade fsb795

The package select all significant fields,
inherent in a qualified certificate.

In the case of show all the main features of the package. Note that when you create a certificate context,
You can specify both the file name (DER or PEM) and the string containing the certificate in the PEM format.
Example testfsb795.py.

-----

fsb795 это инструменты для работы с
квалифицированными сертификатами, выпускаемыми в соответствии с
требованиями Приказа ФСБ РФ от 27 декабря 2011 г. № 795
«Об утверждении требований к форме квалифицированного сертификата...»
(http://base.garant.ru/70133464/ )

Для установки пакета выпоните:
python -m pip install --upgrade fsb795
или
python3 -m pip install --upgrade fsb795

Пакет позволяет выбирать все значимые поля,
присущие квалифицированному сертификату.

В примере показаны все основные возможности пакета. Отметим, что при создании контекста сертификата,
может выть указано как имя файла, содержащего сертификат в формате DER или PEM, так и строка, содержащая сертификат в PEM-формате.
Пример testfsb795.py.

-------------------- testfsb795.py -------------------------------------

import fsb795
#from unittest import TestCase

certpem = """
-----BEGIN CERTIFICATE-----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-----END CERTIFICATE-----
"""

#c1 = fsb795.Certificate('OOO_VOLGA.der')
#c1 = fsb795.Certificate('cert.pem')
c1 = fsb795.Certificate(certpem)
if (c1.pyver == ''):
print('Context for certificate not create')
exit(-1)
print('=================formatCert================================')
print(c1.formatCert)
print('=================subjectSignTool================================')
res = c1.subjectSignTool()
print (res)
print('=================issuerSignTool================================')
res1 = c1.issuerSignTool()
print (res1[0])
print (res1[1])
print (res1[2])
print (res1[3])
print('=================prettyPrint================================')
res2 = c1.prettyPrint()
#print(res2)
print('=================classUser================================')
res3 = c1.classUser()
print (res3)
print('=================issuerCert================================')
iss, vlad_is = c1.issuerCert()
print ('vlad_is=' + str(vlad_is))
for key in iss.keys():
print (key + '=' + iss[key])
print('=================subjectCert================================')
sub, vlad_sub = c1.subjectCert()
print ('vlad_sub=' + str(vlad_sub))
for key in sub.keys():
print (key + '=' + sub[key])
print('================publicKey=================================')
key_info = c1.publicKey()
print(key_info['curve'])
print(key_info['hash'])
print(key_info['valuepk'])
print('================serialNumber=================================')
print(c1.serialNumber())
print('================validityCert=================================')
valid = c1.validityCert()
print(valid['not_after'])
print(valid['not_before'])
print('================signatureCert=================================')
algosign, value = c1.signatureCert()
print(algosign)
print(value)
print('================KeyUsage=================================')
ku = c1.KeyUsage()
for key in ku:
print (key)
print('================END=================================')