class TestCertInfo(unittest.TestCase):
- ca_cert="""-----BEGIN CERTIFICATE-----
+ ca_cert="""-----BEGIN CERTIFICATE-----
MIIEDzCCAvegAwIBAgIJAN9Ejmna3JJ7MA0GCSqGSIb3DQEBBQUAMIGdMQswCQYD
VQQGEwJSVTEVMBMGA1UECAwM0JzQvtGB0LrQstCwMTAwLgYDVQQKDCfQo9C00L7R
gdGC0L7QstC10YDRj9GO0YnQuNC5INGG0LXQvdGC0YAxIjAgBgNVBAMMGdCS0LjQ
4feBv69SRTsTCFN9PtJCtxPX/K9LZKeccBKgGjrHQpAF+JU=
-----END CERTIFICATE-----
"""
- cert1="""-----BEGIN CERTIFICATE-----
+ cert1="""-----BEGIN CERTIFICATE-----
MIIEDzCCAvegAwIBAgIJAN9Ejmna3JJ8MA0GCSqGSIb3DQEBBQUAMIGdMQswCQYD
VQQGEwJSVTEVMBMGA1UECAwM0JzQvtGB0LrQstCwMTAwLgYDVQQKDCfQo9C00L7R
gdGC0L7QstC10YDRj9GO0YnQuNC5INGG0LXQvdGC0YAxIjAgBgNVBAMMGdCS0LjQ
aFWU5EMRKaZK75keXq/RdaOAenl+nKF6xA2XHDhGgdndFfY=
-----END CERTIFICATE-----
"""
- pubkey1="""-----BEGIN PUBLIC KEY-----
+ pubkey1="""-----BEGIN PUBLIC KEY-----
MIIBIjANBgkqhkiG9w0BAQEFAAOCAQ8AMIIBCgKCAQEArQSfrrxNROyzNEz60G2E
HBP+E4BL0b1QytGAZZiQp2XIhhQeb7mx+c4mpwgvD7/IdAcK+YVGx78nfY723T3w
G48U7HzFNbLvNDycxyXecXbvCmRsxPy8TxkwPf6TIT3UcixtwMMqZFqlAtSTDmOO
3QIDAQAB
-----END PUBLIC KEY-----
"""
- digicert_cert="""digicert.crt
+ digicert_cert="""digicert.crt
-----BEGIN CERTIFICATE-----
MIIG5jCCBc6gAwIBAgIQAze5KDR8YKauxa2xIX84YDANBgkqhkiG9w0BAQUFADBs
MQswCQYDVQQGEwJVUzEVMBMGA1UEChMMRGlnaUNlcnQgSW5jMRkwFwYDVQQLExB3
zVMSW4SOwg/H7ZMZ2cn6j1g0djIvruFQFGHUqFijyDATI+/GJYw2jxyA
-----END CERTIFICATE-----
"""
- def test_readpubkey(self):
- c=X509(self.cert1)
- p=c.pubkey
- self.assertEqual(p.exportpub(),self.pubkey1)
- def test_pem(self):
- c=X509(self.cert1)
- self.assertEqual(c.pem(),self.cert1)
- def test_subject(self):
- c=X509(self.cert1)
- self.assertEqual(unicode(c.subject),u'C=RU,ST=Москва,L=Москва,O=Частное лицо,CN=Виктор Вагнер')
- def test_subject_str(self):
- c=X509(self.cert1)
- self.assertEqual(str(c.subject),b'C=RU,ST=\\D0\\9C\\D0\\BE\\D1\\81\\D0\\BA\\D0\\B2\\D0\\B0,L=\\D0\\9C\\D0\\BE\\D1\\81\\D0\\BA\\D0\\B2\\D0\\B0,O=\\D0\\A7\\D0\\B0\\D1\\81\\D1\\82\\D0\\BD\\D0\\BE\\D0\\B5 \\D0\\BB\\D0\\B8\\D1\\86\\D0\\BE,CN=\\D0\\92\\D0\\B8\\D0\\BA\\D1\\82\\D0\\BE\\D1\\80 \\D0\\92\\D0\\B0\\D0\\B3\\D0\\BD\\D0\\B5\\D1\\80')
- def test_subject_len(self):
- c=X509(self.cert1)
- self.assertEqual(len(c.subject),5)
- def test_issuer(self):
- c=X509(self.cert1)
- self.assertEqual(unicode(c.issuer),u'C=RU,ST=Москва,O=Удостоверяющий центр,CN=Виктор Вагнер,emailAddress=vitus@wagner.pp.ru')
- def test_subjectfields(self):
- c=X509(self.cert1)
- self.assertEqual(c.subject[Oid("C")],"RU")
- with self.assertRaises(TypeError):
- x=c.subject["CN"]
- self.assertEqual(c.subject[Oid("L")],u'\u041c\u043e\u0441\u043a\u0432\u0430')
- def test_subjectmodify(self):
- c=X509(self.cert1)
- with self.assertRaises(ValueError):
- c.subject[Oid("CN")]=u'Foo'
- with self.assertRaises(ValueError):
- del c.subject[Oid('CN')]
- def test_subjectbadsubfield(self):
- c=X509(self.cert1)
- with self.assertRaises(KeyError):
- x=c.subject[Oid("streetAddress")]
- def test_subjectfieldindex(self):
- c=X509(self.cert1)
- self.assertEqual(repr(c.subject[0]),repr((Oid('C'),u'RU')))
- def test_subjectbadindex(self):
- c=X509(self.cert1)
- with self.assertRaises(IndexError):
- x=c.subject[11]
- with self.assertRaises(IndexError):
- x=c.subject[-1]
- def test_notBefore(self):
- c=X509(self.cert1)
- self.assertEqual(c.startDate,datetime.datetime(2014,10,26,19,07,17,0,utc))
- def test_notAfter(self):
- c=X509(self.cert1)
- self.assertEqual(c.endDate,datetime.datetime(2024,10,23,19,7,17,0,utc))
- def test_subjectHash(self):
- c=X509(self.cert1)
- self.assertEqual(hash(c.subject),0x1f3ed722)
- def test_issuerHash(self):
- c=X509(self.cert1)
- self.assertEqual(hash(c.issuer),0x7d3ea8c3)
- def test_namecomp(self):
- c=X509(self.cert1)
- ca=X509(self.ca_cert)
- self.assertEqual(c.issuer,ca.subject)
- self.assertNotEqual(c.subject,c.issuer)
- self.assertEqual(ca.issuer,ca.subject)
- def test_serial(self):
- c=X509(self.cert1)
- self.assertEqual(c.serial,0xDF448E69DADC927CL)
- def test_version(self):
- c=X509(self.cert1)
- self.assertEqual(c.version,3)
- def test_ca_cert(self):
- ca=X509(self.ca_cert)
- self.assertTrue(ca.check_ca())
- notca=X509(self.cert1)
- self.assertFalse(notca.check_ca())
- def test_extension_count(self):
- cert=X509(self.cert1)
- self.assertTrue(len(cert.extensions),4)
- ca_cert=X509(self.ca_cert)
- self.assertEqual(len(ca_cert.extensions),3)
- def test_extension_outofrange(self):
- cert=X509(self.cert1)
- with self.assertRaises(IndexError):
- cert.extensions[4]
- with self.assertRaises(IndexError):
- cert.extensions[-1]
- def test_extension_oid(self):
- cert=X509(self.cert1)
- ext=cert.extensions[0]
- ext_id=ext.oid
- self.assertTrue(isinstance(ext_id,Oid))
- self.assertEqual(ext_id,Oid('basicConstraints'))
- def test_extension_text(self):
- cert=X509(self.cert1)
- ext=cert.extensions[0]
- self.assertEqual(str(ext),'CA:FALSE')
- self.assertEqual(unicode(ext),u'CA:FALSE')
- def test_extenson_find(self):
- cert=X509(self.cert1)
- exts=cert.extensions.find(Oid('subjectAltName'))
- self.assertEqual(len(exts),1)
- self.assertEqual(exts[0].oid,Oid('subjectAltName'))
- def test_extension_bad_find(self):
- cert=X509(self.cert1)
- with self.assertRaises(TypeError):
- exts=cert.extensions.find('subjectAltName')
- def test_extenson_critical(self):
- cert=X509(self.digicert_cert)
- crit_exts=cert.extensions.find_critical()
- self.assertEqual(len(crit_exts),2)
- other_exts=cert.extensions.find_critical(False)
- self.assertEqual(len(crit_exts)+len(other_exts),len(cert.extensions))
- self.assertEqual(crit_exts[0].critical,True)
- self.assertEqual(other_exts[0].critical,False)
- def test_verify_by_key(self):
- ca=X509(self.ca_cert)
- pubkey=ca.pubkey
- self.assertTrue(ca.verify(key=pubkey))
- c=X509(self.cert1)
- pk2=c.pubkey
- self.assertFalse(c.verify(key=pk2))
- self.assertTrue(c.verify(key=pubkey))
- def test_verify_self_singed(self):
- ca=X509(self.ca_cert)
- self.assertTrue(ca.verify())
- def test_default_filestore(self):
- store=X509Store(default=True)
- c1=X509(self.cert1)
- # Cert signed by our CA shouldn't be successfully verified
- # by default CA store
- self.assertFalse(c1.verify(store))
- # but cert, downloaded from some commercial CA - should.
- c2=X509(self.digicert_cert)
- self.assertTrue(c2.verify(store))
- def test_verify_by_filestore(self):
- trusted=NamedTemporaryFile()
- trusted.write(self.ca_cert)
- trusted.flush()
- goodcert=X509(self.cert1)
- badcert=X509(self.cert1[0:-30]+"GG"+self.cert1[-28:])
- gitcert=X509(self.digicert_cert)
- store=X509Store(file=trusted.name)
- # We should successfuly verify certificate signed by our CA cert
- self.assertTrue(goodcert.verify(store))
- # We should reject corrupted certificate
- self.assertFalse(badcert.verify(store))
- # And if we specify explicitely certificate file, certificate,
- # signed by some commercial CA should be rejected too
- self.assertFalse(gitcert.verify(store))
- trusted.close()
- def test_verify_by_dirstore(self):
- pass
- def test_certstack1(self):
- l=[]
- l.append(X509(self.cert1))
- self.assertEqual(unicode(l[0].subject[Oid('CN')]),u'Виктор Вагнер')
- l.append(X509(self.ca_cert))
- l.append(X509(self.digicert_cert))
- stack=StackOfX509(certs=l)
- self.assertEqual(len(stack),3)
- self.assertTrue(isinstance(stack[1],X509))
- self.assertEqual(unicode(stack[0].subject[Oid('CN')]),u'Виктор Вагнер')
- with self.assertRaises(IndexError):
- c=stack[-1]
- with self.assertRaises(IndexError):
- c=stack[3]
- del stack[1]
- self.assertEqual(len(stack),2)
- self.assertEqual(unicode(stack[0].subject[Oid('CN')]),u'Виктор Вагнер')
- self.assertEqual(unicode(stack[1].subject[Oid('CN')]),u'DigiCert High Assurance EV CA-1')
- def test_certstack2(self):
- stack=StackOfX509()
- stack.append(X509(self.cert1))
- stack.append(X509(self.ca_cert))
- c=stack[1]
- stack[1]=X509(self.digicert_cert)
- self.assertEqual(len(stack),2)
- self.assertEqual(unicode(stack[1].subject[Oid('CN')]),u'DigiCert High Assurance EV CA-1')
- with self.assertRaises(IndexError):
- stack[-1]=c
- with self.assertRaises(IndexError):
- stack[3]=c
- with self.assertRaises(TypeError):
- stack[0]=self.cert1
- with self.assertRaises(TypeError):
- stack.append(self.cert1)
- def test_certstack3(self):
- l=[]
- l.append(X509(self.cert1))
- self.assertEqual(unicode(l[0].subject[Oid('CN')]),u'Виктор Вагнер')
- l.append(X509(self.ca_cert))
- l.append(X509(self.digicert_cert))
- stack=StackOfX509(certs=l)
- stack2=StackOfX509(ptr=stack.ptr,disposable=False)
- with self.assertRaises(ValueError):
- stack3=StackOfX509(ptr=stack.ptr,certs=l)
- with self.assertRaises(ValueError):
- stack2[1]=l[0]
- with self.assertRaises(ValueError):
- stack2.append(l[0])
+ def test_readpubkey(self):
+ c=X509(self.cert1)
+ p=c.pubkey
+ self.assertEqual(p.exportpub(),self.pubkey1)
+ def test_pem(self):
+ c=X509(self.cert1)
+ self.assertEqual(c.pem(),self.cert1)
+ def test_subject(self):
+ c=X509(self.cert1)
+ self.assertEqual(unicode(c.subject),u'C=RU,ST=Москва,L=Москва,O=Частное лицо,CN=Виктор Вагнер')
+ def test_subject_str(self):
+ c=X509(self.cert1)
+ self.assertEqual(str(c.subject),b'C=RU,ST=\\D0\\9C\\D0\\BE\\D1\\81\\D0\\BA\\D0\\B2\\D0\\B0,L=\\D0\\9C\\D0\\BE\\D1\\81\\D0\\BA\\D0\\B2\\D0\\B0,O=\\D0\\A7\\D0\\B0\\D1\\81\\D1\\82\\D0\\BD\\D0\\BE\\D0\\B5 \\D0\\BB\\D0\\B8\\D1\\86\\D0\\BE,CN=\\D0\\92\\D0\\B8\\D0\\BA\\D1\\82\\D0\\BE\\D1\\80 \\D0\\92\\D0\\B0\\D0\\B3\\D0\\BD\\D0\\B5\\D1\\80')
+ def test_subject_len(self):
+ c=X509(self.cert1)
+ self.assertEqual(len(c.subject),5)
+ def test_issuer(self):
+ c=X509(self.cert1)
+ self.assertEqual(unicode(c.issuer),u'C=RU,ST=Москва,O=Удостоверяющий центр,CN=Виктор Вагнер,emailAddress=vitus@wagner.pp.ru')
+ def test_subjectfields(self):
+ c=X509(self.cert1)
+ self.assertEqual(c.subject[Oid("C")],"RU")
+ with self.assertRaises(TypeError):
+ x=c.subject["CN"]
+ self.assertEqual(c.subject[Oid("L")],u'\u041c\u043e\u0441\u043a\u0432\u0430')
+ def test_subjectmodify(self):
+ c=X509(self.cert1)
+ with self.assertRaises(ValueError):
+ c.subject[Oid("CN")]=u'Foo'
+ with self.assertRaises(ValueError):
+ del c.subject[Oid('CN')]
+ def test_subjectbadsubfield(self):
+ c=X509(self.cert1)
+ with self.assertRaises(KeyError):
+ x=c.subject[Oid("streetAddress")]
+ def test_subjectfieldindex(self):
+ c=X509(self.cert1)
+ self.assertEqual(repr(c.subject[0]),repr((Oid('C'),u'RU')))
+ def test_subjectbadindex(self):
+ c=X509(self.cert1)
+ with self.assertRaises(IndexError):
+ x=c.subject[11]
+ with self.assertRaises(IndexError):
+ x=c.subject[-1]
+ def test_notBefore(self):
+ c=X509(self.cert1)
+ self.assertEqual(c.startDate,datetime.datetime(2014,10,26,19,07,17,0,utc))
+ def test_notAfter(self):
+ c=X509(self.cert1)
+ self.assertEqual(c.endDate,datetime.datetime(2024,10,23,19,7,17,0,utc))
+ def test_subjectHash(self):
+ c=X509(self.cert1)
+ self.assertEqual(hash(c.subject),0x1f3ed722)
+ def test_issuerHash(self):
+ c=X509(self.cert1)
+ self.assertEqual(hash(c.issuer),0x7d3ea8c3)
+ def test_namecomp(self):
+ c=X509(self.cert1)
+ ca=X509(self.ca_cert)
+ self.assertEqual(c.issuer,ca.subject)
+ self.assertNotEqual(c.subject,c.issuer)
+ self.assertEqual(ca.issuer,ca.subject)
+ def test_serial(self):
+ c=X509(self.cert1)
+ self.assertEqual(c.serial,0xDF448E69DADC927CL)
+ def test_version(self):
+ c=X509(self.cert1)
+ self.assertEqual(c.version,3)
+ def test_ca_cert(self):
+ ca=X509(self.ca_cert)
+ self.assertTrue(ca.check_ca())
+ notca=X509(self.cert1)
+ self.assertFalse(notca.check_ca())
+ def test_extension_count(self):
+ cert=X509(self.cert1)
+ self.assertTrue(len(cert.extensions),4)
+ ca_cert=X509(self.ca_cert)
+ self.assertEqual(len(ca_cert.extensions),3)
+ def test_extension_outofrange(self):
+ cert=X509(self.cert1)
+ with self.assertRaises(IndexError):
+ cert.extensions[4]
+ with self.assertRaises(IndexError):
+ cert.extensions[-1]
+ def test_extension_oid(self):
+ cert=X509(self.cert1)
+ ext=cert.extensions[0]
+ ext_id=ext.oid
+ self.assertTrue(isinstance(ext_id,Oid))
+ self.assertEqual(ext_id,Oid('basicConstraints'))
+ def test_extension_text(self):
+ cert=X509(self.cert1)
+ ext=cert.extensions[0]
+ self.assertEqual(str(ext),'CA:FALSE')
+ self.assertEqual(unicode(ext),u'CA:FALSE')
+ def test_extenson_find(self):
+ cert=X509(self.cert1)
+ exts=cert.extensions.find(Oid('subjectAltName'))
+ self.assertEqual(len(exts),1)
+ self.assertEqual(exts[0].oid,Oid('subjectAltName'))
+ def test_extension_bad_find(self):
+ cert=X509(self.cert1)
+ with self.assertRaises(TypeError):
+ exts=cert.extensions.find('subjectAltName')
+ def test_extenson_critical(self):
+ cert=X509(self.digicert_cert)
+ crit_exts=cert.extensions.find_critical()
+ self.assertEqual(len(crit_exts),2)
+ other_exts=cert.extensions.find_critical(False)
+ self.assertEqual(len(crit_exts)+len(other_exts),len(cert.extensions))
+ self.assertEqual(crit_exts[0].critical,True)
+ self.assertEqual(other_exts[0].critical,False)
+ def test_verify_by_key(self):
+ ca=X509(self.ca_cert)
+ pubkey=ca.pubkey
+ self.assertTrue(ca.verify(key=pubkey))
+ c=X509(self.cert1)
+ pk2=c.pubkey
+ self.assertFalse(c.verify(key=pk2))
+ self.assertTrue(c.verify(key=pubkey))
+ def test_verify_self_singed(self):
+ ca=X509(self.ca_cert)
+ self.assertTrue(ca.verify())
+ def test_default_filestore(self):
+ store=X509Store(default=True)
+ c1=X509(self.cert1)
+ # Cert signed by our CA shouldn't be successfully verified
+ # by default CA store
+ self.assertFalse(c1.verify(store))
+ # but cert, downloaded from some commercial CA - should.
+ c2=X509(self.digicert_cert)
+ self.assertTrue(c2.verify(store))
+ def test_verify_by_filestore(self):
+ trusted=NamedTemporaryFile()
+ trusted.write(self.ca_cert)
+ trusted.flush()
+ goodcert=X509(self.cert1)
+ badcert=X509(self.cert1[0:-30]+"GG"+self.cert1[-28:])
+ gitcert=X509(self.digicert_cert)
+ store=X509Store(file=trusted.name)
+ # We should successfuly verify certificate signed by our CA cert
+ self.assertTrue(goodcert.verify(store))
+ # We should reject corrupted certificate
+ self.assertFalse(badcert.verify(store))
+ # And if we specify explicitely certificate file, certificate,
+ # signed by some commercial CA should be rejected too
+ self.assertFalse(gitcert.verify(store))
+ trusted.close()
+ def test_verify_by_dirstore(self):
+ pass
+ def test_certstack1(self):
+ l=[]
+ l.append(X509(self.cert1))
+ self.assertEqual(unicode(l[0].subject[Oid('CN')]),u'Виктор Вагнер')
+ l.append(X509(self.ca_cert))
+ l.append(X509(self.digicert_cert))
+ stack=StackOfX509(certs=l)
+ self.assertEqual(len(stack),3)
+ self.assertTrue(isinstance(stack[1],X509))
+ self.assertEqual(unicode(stack[0].subject[Oid('CN')]),u'Виктор Вагнер')
+ with self.assertRaises(IndexError):
+ c=stack[-1]
+ with self.assertRaises(IndexError):
+ c=stack[3]
+ del stack[1]
+ self.assertEqual(len(stack),2)
+ self.assertEqual(unicode(stack[0].subject[Oid('CN')]),u'Виктор Вагнер')
+ self.assertEqual(unicode(stack[1].subject[Oid('CN')]),u'DigiCert High Assurance EV CA-1')
+ def test_certstack2(self):
+ stack=StackOfX509()
+ stack.append(X509(self.cert1))
+ stack.append(X509(self.ca_cert))
+ c=stack[1]
+ stack[1]=X509(self.digicert_cert)
+ self.assertEqual(len(stack),2)
+ self.assertEqual(unicode(stack[1].subject[Oid('CN')]),u'DigiCert High Assurance EV CA-1')
+ with self.assertRaises(IndexError):
+ stack[-1]=c
+ with self.assertRaises(IndexError):
+ stack[3]=c
+ with self.assertRaises(TypeError):
+ stack[0]=self.cert1
+ with self.assertRaises(TypeError):
+ stack.append(self.cert1)
+ def test_certstack3(self):
+ l=[]
+ l.append(X509(self.cert1))
+ self.assertEqual(unicode(l[0].subject[Oid('CN')]),u'Виктор Вагнер')
+ l.append(X509(self.ca_cert))
+ l.append(X509(self.digicert_cert))
+ stack=StackOfX509(certs=l)
+ stack2=StackOfX509(ptr=stack.ptr,disposable=False)
+ with self.assertRaises(ValueError):
+ stack3=StackOfX509(ptr=stack.ptr,certs=l)
+ with self.assertRaises(ValueError):
+ stack2[1]=l[0]
+ with self.assertRaises(ValueError):
+ stack2.append(l[0])
if __name__ == '__main__':
- unittest.main()
+ unittest.main()
projects / oss / ctypescrypto.git / blobdiff