mirrors/acsm-calibre-plugin
mirrors/acsm-calibre-plugin
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mirror of https://github.com/Leseratte10/acsm-calibre-plugin.git synced 2024-11-16 19:56:11 +06:00
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More to-dos in readme, test updates

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This commit is contained in:
Florian Bach 2021-12-20 11:20:22 +01:00
parent 619b7bab22
commit b6368af7b3
2 changed files with 13 additions and 5 deletions
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6
README.md
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@ -56,5 +56,9 @@ Though, generally it's recommended to use the Calibre plugin instead of these st
## To-Do list for the future? ## To-Do list for the future?
- Support to copy an authorization from the plugin to an ADE install - Support to copy an authorization from the plugin to an ADE install
- Support for Adobe's "auth" download method instead of the "simple" method. - Import a JoinedAccount authorization from ADE
- Import multiple account authorizations from ADE
- Support for Adobe's "auth" download method instead of the "simple" method (ADE2.0+)
- Support the JoinAccounts, ActivateLinkedAccounts and GetCredentialList functions to allow for merged AdobeIDs (ADE2.0+)
- Support the SyncToDevice function to auto-download new books from ADE into Calibre (ADE4.0+)
- ... - ...

10
tests/main.py
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@ -57,12 +57,13 @@ class TestAdobe(unittest.TestCase):
for version in libadobe.VAR_VER_ALLOWED_BUILD_IDS_SWITCH_TO: for version in libadobe.VAR_VER_ALLOWED_BUILD_IDS_SWITCH_TO:
self.assertIn(version, libadobe.VAR_VER_BUILD_IDS, "Invalid buildID for switching") self.assertIn(version, libadobe.VAR_VER_BUILD_IDS, "Invalid buildID for switching")
def test_checkSystemIdentifiers(self): def test_serialGeneration(self):
'''Check if we can figure out necessary system IDs''' '''Check if serial generation works'''
self.assertEqual((len(libadobe.get_mac_address())), 6, "MAC address invalid") self.assertEqual((len(libadobe.get_mac_address())), 6, "MAC address invalid")
self.assertEqual(libadobe.get_mac_address(), libadobe.get_mac_address(), "MAC address not constant") self.assertEqual(libadobe.get_mac_address(), libadobe.get_mac_address(), "MAC address not constant")
self.assertEqual((len(libadobe.makeSerial(False))), 40, "SHA1 hash for device serial invalid (device-based)") self.assertEqual((len(libadobe.makeSerial(False))), 40, "SHA1 hash for device serial invalid (device-based)")
self.assertEqual((len(libadobe.makeSerial(True))), 40, "SHA1 hash for device serial invalid (random)") self.assertEqual((len(libadobe.makeSerial(True))), 40, "SHA1 hash for device serial invalid (random)")
self.assertEqual(libadobe.makeSerial(False), libadobe.makeSerial(False), "Two non-random serials not identical")
def test_fingerprintGeneration(self): def test_fingerprintGeneration(self):
'''Check if fingerprint generation works''' '''Check if fingerprint generation works'''
@ -176,8 +177,11 @@ class TestAdobe(unittest.TestCase):
mock_signing_key = "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" mock_signing_key = "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"
payload_bytes = bytes([0x34, 0x52, 0xe3, 0xd1, 0x1c, 0xdd, 0x70, 0xeb, 0x90, 0x32, 0x3f, 0x29, 0x1c, 0x06, 0xaf, 0xaf, 0xe1, 0x0e, 0x09, 0x8a]) payload_bytes = bytes([0x34, 0x52, 0xe3, 0xd1, 0x1c, 0xdd, 0x70, 0xeb, 0x90, 0x32, 0x3f, 0x29, 0x1c, 0x06, 0xaf, 0xaf, 0xe1, 0x0e, 0x09, 0x8a])
try:
import rsa import rsa
# Current signing method except:
return self.skipTest("rsa not installed")
key = rsa.PrivateKey.load_pkcs1(RSA.importKey(base64.b64decode(mock_signing_key)).exportKey()) key = rsa.PrivateKey.load_pkcs1(RSA.importKey(base64.b64decode(mock_signing_key)).exportKey())
keylen = rsa.pkcs1.common.byte_size(key.n) keylen = rsa.pkcs1.common.byte_size(key.n)
padded = rsa.pkcs1._pad_for_signing(payload_bytes, keylen) padded = rsa.pkcs1._pad_for_signing(payload_bytes, keylen)