def test_parse_validity_when_localize_fails(self, mock_get_localzone):
mock_get_localzone.return_value.localize.side_effect = ValueError()
validity = CertParser.parse_validity("Valid from: Sat Jun 27 12:06:13 CEST 2015 until: Tue Feb 26 11:06:13 CET 2515")
self.assertEqual(
CertValidity(valid_from="Sat Jun 27 12:06:13 CEST 2015", valid_to="Tue Feb 26 11:06:13 CET 2515"),
validity
)
def test_parse_validity(self, mock_get_localzone, mock_datetime):
mock_astimezone = Mock()
mock_get_localzone.return_value.localize.return_value.astimezone.return_value = mock_astimezone
mock_astimezone.strftime.side_effect = ["2015-06-27 10:06:13Z", "2515-02-26 10:06:13Z"]
mock_datetime.strptime.return_value = Mock()
validity = CertParser.parse_validity("Valid from: Sat Jun 27 12:06:13 CEST 2015 until: Tue Feb 26 11:06:13 CET 2515")
mock_datetime.strptime.assert_has_calls([
call("Sat Jun 27 12:06:13 CEST 2015", "%a %b %d %H:%M:%S %Z %Y"),
call("Tue Feb 26 11:06:13 CET 2515", "%a %b %d %H:%M:%S %Z %Y")
])
mock_astimezone.strftime.assert_has_calls([
call("%Y-%m-%d %H:%M:%SZ"),
call("%Y-%m-%d %H:%M:%SZ")
])
self.assertEqual(CertValidity(valid_from="2015-06-27 10:06:13Z", valid_to="2515-02-26 10:06:13Z"), validity)
def test_init(self, mock_file_parser, mock_get_localzone, mock_popen):
file = any_file()
mock_parser_instance = any_file_parser(file=file)
mock_file_parser.return_value = mock_parser_instance
mock_popen.return_value = any_popen(
response=b"Owner: CN=OwnerName, OU=OwnerUnit, O=OwnerOrganization, L=OwnerCity, ST=OwnerState, C=OwnerCountry\n" \
b"Issuer: CN=IssuerName, OU=IssuerUnit, O=IssuerOrganization, L=IssuerCity, ST=IssuerState, C=IssuerCountry\n" \
b"Serial number: 558e7595\n" \
b"Valid from: Sat Jun 27 12:06:13 CEST 2015 until: Tue Feb 26 11:06:13 CET 2515\n" \
b"Certificate fingerprints:\n" \
b"\t MD5: 90:22:EF:0C:DB:C3:78:87:7B:C3:A3:6C:5A:68:E6:45\n" \
b"\t SHA1: 5A:C0:6C:32:63:7F:5D:BE:CA:F9:38:38:4C:FA:FF:ED:20:52:43:B6\n" \
b"\t SHA256: E5:15:CC:BC:5E:BF:B2:9D:A6:13:03:63:CF:19:33:FA:CE:AF:DC:ED:5D:2F:F5:98:7C:CE:37:13:64:4A:CF:77\n" \
b"Signature algorithm name: SHA1withRSA\n" \
b"Subject Public Key Algorithm: 1024-bit RSA key\n" \
b"Version: 3"
)
mock_get_localzone.return_value.localize.side_effect = ValueError()
cert = self.sut.parse("any-file-path", "any-file-name")
assert_file_parser_called_once_with(mock_parser_instance, filepath="any-file-path", filename="any-file-name")
assert_popen_called_once_with(mock_popen, "keytool -printcert -file any-file-path")
assert_file_equal(self, expected=file, actual=cert)
self.assertEqual("558e7595", cert.get_serial_number())
self.assertEqual(
CertValidity(valid_from="Sat Jun 27 12:06:13 CEST 2015", valid_to="Tue Feb 26 11:06:13 CET 2515"),
cert.get_validity()
)
self.assertEqual(
CertFingerprint(
md5="90:22:EF:0C:DB:C3:78:87:7B:C3:A3:6C:5A:68:E6:45",
sha1="5A:C0:6C:32:63:7F:5D:BE:CA:F9:38:38:4C:FA:FF:ED:20:52:43:B6",
sha256="E5:15:CC:BC:5E:BF:B2:9D:A6:13:03:63:CF:19:33:FA:CE:AF:DC:ED:5D:2F:F5:98:7C:CE:37:13:64:4A:CF:77",
signature="SHA1withRSA",
version="3"
),
cert.get_fingerprint()
)
self.assertEqual(
CertParticipant(
name="OwnerName",
email="",
unit="OwnerUnit",
organization="OwnerOrganization",
city="OwnerCity",
state="OwnerState",
country="OwnerCountry",
domain=""
),
cert.get_owner()
)
self.assertEqual(
CertParticipant(
name="IssuerName",
email="",
unit="IssuerUnit",
organization="IssuerOrganization",
city="IssuerCity",
state="IssuerState",
country="IssuerCountry",
domain=""
),
cert.get_issuer()
)
def test_apk_as_dict(self):
apk = APK(
filename="any-apk-file-name",
size=10,
md5hash="any-apk-file-md5",
sha1hash="any-apk-file-sha1",
sha256hash="any-apk-file-sha256",
sha512hash="any-apk-file-sha512",
app_name="any-app-name",
cert=Cert(
filename="any-cert-file-name",
size=20,
md5hash="any-cert-file-md5",
sha1hash="any-cert-file-sha1",
sha256hash="any-cert-file-sha256",
sha512hash="any-cert-file-sha512",
serial_number="any-cert-serial-number",
validity=CertValidity(
valid_from="any-cert-validity-from",
valid_to="any-cert-validity-to"
),
fingerprint=CertFingerprint(
md5="any-cert-fingerprint-md5",
sha1="any-cert-fingerprint-sha1",
sha256="any-cert-fingerprint-sha256",
signature="any-cert-fingerprint-signature",
version="any-cert-fingerprint-version"
),
owner=CertParticipant(
name="any-cert-owner-name",
email="any-cert-owner-email",
unit="any-cert-owner-unit",
organization="any-cert-owner-organization",
city="any-cert-owner-city",
state="any-cert-owner-state",
country="any-cert-owner-country",
domain="any-cert-owner-domain"
),
issuer=CertParticipant(
name="any-cert-issuer-name",
email="any-cert-issuer-email",
unit="any-cert-issuer-unit",
organization="any-cert-issuer-organization",
city="any-cert-issuer-city",
state="any-cert-issuer-state",
country="any-cert-issuer-country",
domain="any-cert-issuer-domain"
)
),
manifest=AndroidManifest(
filename="any-manifest-file-name",
size=30,
md5hash="any-manifest-file-md5",
sha1hash="any-manifest-file-sha1",
sha256hash="any-manifest-file-sha256",
sha512hash="any-manifest-file-sha512",
package_name="any-package-name",
version=AppVersion(code=1, name="any-version-name"),
sdk=AppSdk(min_version="10", target_version="15", max_version="20"),
permissions=[],
activities=[],
services=[],
receivers=[]
),
dex_files=[
Dex(
filename="any-dex-file-name",
size=40,
md5hash="any-dex-file-md5",
sha1hash="any-dex-file-sha1",
sha256hash="any-dex-file-sha256",
sha512hash="any-dex-file-sha512",
strings=[],
urls=[],
shell_commands=[],
custom_signatures=[]
)
],
other_files=[
any_file(
filename="any-resource-file-name",
size=50,
md5="any-resource-file-md5",
sha1="any-resource-file-sha1",
sha256="any-resource-file-sha256",
sha512="any-resource-file-sha512"
)
]
)
result = apk.as_dict()
self.assertEqual(
{
"file": "any-apk-file-name",
"size": 10,
"md5": "any-apk-file-md5",
"sha1": "any-apk-file-sha1",
"sha256": "any-apk-file-sha256",
"sha512": "any-apk-file-sha512",
"name": "any-app-name",
"cert": {
"file": "any-cert-file-name",
"size": 20,
"md5": "any-cert-file-md5",
"sha1": "any-cert-file-sha1",
"sha256": "any-cert-file-sha256",
"sha512": "any-cert-file-sha512",
"serial_number": "any-cert-serial-number",
"validity": {
"from": "any-cert-validity-from",
"until": "any-cert-validity-to"
},
"fingerprint": {
"md5": "any-cert-fingerprint-md5",
"sha1": "any-cert-fingerprint-sha1",
"sha256": "any-cert-fingerprint-sha256",
"signature": "any-cert-fingerprint-signature",
"version": "any-cert-fingerprint-version"
},
"owner": {
"name": "any-cert-owner-name",
"email": "any-cert-owner-email",
"unit": "any-cert-owner-unit",
"organization": "any-cert-owner-organization",
"city": "any-cert-owner-city",
"state": "any-cert-owner-state",
"country": "any-cert-owner-country",
"domain": "any-cert-owner-domain"
},
"issuer": {
"name": "any-cert-issuer-name",
"email": "any-cert-issuer-email",
"unit": "any-cert-issuer-unit",
"organization": "any-cert-issuer-organization",
"city": "any-cert-issuer-city",
"state": "any-cert-issuer-state",
"country": "any-cert-issuer-country",
"domain": "any-cert-issuer-domain"
}
},
"manifest": {
"file": "any-manifest-file-name",
"size": 30,
"md5": "any-manifest-file-md5",
"sha1": "any-manifest-file-sha1",
"sha256": "any-manifest-file-sha256",
"sha512": "any-manifest-file-sha512",
"package": "any-package-name",
"version": {
"code": 1,
"name": "any-version-name"
},
"sdk": {
"min": "10",
"target": "15",
"max": "20"
},
"permissions": []
},
"dex": [
{
"file": "any-dex-file-name",
"size": 40,
"md5": "any-dex-file-md5",
"sha1": "any-dex-file-sha1",
"sha256": "any-dex-file-sha256",
"sha512": "any-dex-file-sha512",
"strings": [],
"urls": [],
"shell_commands": []
}
],
"other": [
{
"file": "any-resource-file-name",
"size": 50,
"md5": "any-resource-file-md5",
"sha1": "any-resource-file-sha1",
"sha256": "any-resource-file-sha256",
"sha512": "any-resource-file-sha512",
}
]
},
result
)
def test_cert_as_dict(self):
cert = Cert(
filename="any-file-name",
size=10,
md5hash="any-file-md5",
sha1hash="any-file-sha1",
sha256hash="any-file-sha256",
sha512hash="any-file-sha512",
serial_number="any-serial-number",
validity=CertValidity(
valid_from="any-validity-from",
valid_to="any-validity-to"
),
fingerprint=CertFingerprint(
md5="any-fingerprint-md5",
sha1="any-fingerprint-sha1",
sha256="any-fingerprint-sha256",
signature="any-fingerprint-signature",
version="any-fingerprint-version"
),
owner=CertParticipant(
name="any-owner-name",
email="any-owner-email",
unit="any-owner-unit",
organization="any-owner-organization",
city="any-owner-city",
state="any-owner-state",
country="any-owner-country",
domain="any-owner-domain"
),
issuer=CertParticipant(
name="any-issuer-name",
email="any-issuer-email",
unit="any-issuer-unit",
organization="any-issuer-organization",
city="any-issuer-city",
state="any-issuer-state",
country="any-issuer-country",
domain="any-issuer-domain"
)
)
result = cert.as_dict()
self.assertEqual(
{
"file": "any-file-name",
"size": 10,
"md5": "any-file-md5",
"sha1": "any-file-sha1",
"sha256": "any-file-sha256",
"sha512": "any-file-sha512",
"serial_number": "any-serial-number",
"validity": {
"from": "any-validity-from",
"until": "any-validity-to"
},
"fingerprint": {
"md5": "any-fingerprint-md5",
"sha1": "any-fingerprint-sha1",
"sha256": "any-fingerprint-sha256",
"signature": "any-fingerprint-signature",
"version": "any-fingerprint-version"
},
"owner": {
"name": "any-owner-name",
"email": "any-owner-email",
"unit": "any-owner-unit",
"organization": "any-owner-organization",
"city": "any-owner-city",
"state": "any-owner-state",
"country": "any-owner-country",
"domain": "any-owner-domain"
},
"issuer": {
"name": "any-issuer-name",
"email": "any-issuer-email",
"unit": "any-issuer-unit",
"organization": "any-issuer-organization",
"city": "any-issuer-city",
"state": "any-issuer-state",
"country": "any-issuer-country",
"domain": "any-issuer-domain"
}
},
result
)