def test_import_audiobook(self, importer, mock_get, datasource, db):
"""Ensure that ODL2Importer2 correctly processes and imports a feed with an audiobook."""
license = self.get_data("license-audiobook.json")
feed = self.get_data("feed-audiobook.json")
mock_get.add(license)
configuration_storage = ConfigurationStorage(importer)
configuration_factory = ConfigurationFactory()
with configuration_factory.create(
configuration_storage, db, ODL2APIConfiguration
) as configuration:
configuration.skipped_license_formats = json.dumps(["text/html"])
imported_editions, pools, works, failures = importer.import_from_feed(feed)
# Make sure we imported one edition and it is an audiobook
assert isinstance(imported_editions, list)
assert 1 == len(imported_editions)
[edition] = imported_editions
assert isinstance(edition, Edition)
assert edition.primary_identifier.identifier == "9780792766919"
assert edition.primary_identifier.type == "ISBN"
assert EditionConstants.AUDIO_MEDIUM == edition.medium
# Make sure that license pools have correct configuration
assert isinstance(pools, list)
assert 1 == len(pools)
[license_pool] = pools
assert not license_pool.open_access
assert 1 == license_pool.licenses_owned
assert 1 == license_pool.licenses_available
assert 2 == len(license_pool.delivery_mechanisms)
lcp_delivery_mechanism = (
self._get_delivery_mechanism_by_drm_scheme_and_content_type(
license_pool.delivery_mechanisms,
MediaTypes.AUDIOBOOK_PACKAGE_LCP_MEDIA_TYPE,
DeliveryMechanism.LCP_DRM,
)
)
assert lcp_delivery_mechanism is not None
feedbooks_delivery_mechanism = (
self._get_delivery_mechanism_by_drm_scheme_and_content_type(
license_pool.delivery_mechanisms,
MediaTypes.AUDIOBOOK_MANIFEST_MEDIA_TYPE,
DeliveryMechanism.FEEDBOOKS_AUDIOBOOK_DRM,
)
)
assert feedbooks_delivery_mechanism is not None
def setup_method(self, mock_search=True):
super(TestLCPAPI, self).setup_method()
self._lcp_collection = self._collection(
protocol=ExternalIntegration.LCP)
self._integration = self._lcp_collection.external_integration
integration_association = create_autospec(spec=HasExternalIntegration)
integration_association.external_integration = MagicMock(
return_value=self._integration)
self._configuration_storage = ConfigurationStorage(
integration_association)
self._configuration_factory = ConfigurationFactory()
def setup_method(self, mock_search=True):
super(TestProQuestAPIClient, self).setup_method()
self._proquest_collection = self._collection(
protocol=ExternalIntegration.PROQUEST)
self._integration = self._proquest_collection.external_integration
integration_owner = create_autospec(spec=HasExternalIntegration)
integration_owner.external_integration = MagicMock(
return_value=self._integration)
self._configuration_storage = ConfigurationStorage(integration_owner)
self._configuration_factory = ConfigurationFactory()
self._client = ProQuestAPIClient(self._configuration_storage,
self._configuration_factory)
def test_local_lcpencrypt(
self,
_,
file_path,
lcpencrypt_output,
expected_result,
expected_exception=None,
create_file=True,
):
# Arrange
integration_owner = create_autospec(spec=HasExternalIntegration)
integration_owner.external_integration = MagicMock(
return_value=self._integration)
configuration_storage = ConfigurationStorage(integration_owner)
configuration_factory = ConfigurationFactory()
encryptor = LCPEncryptor(configuration_storage, configuration_factory)
identifier = Identifier(identifier=fixtures.BOOK_IDENTIFIER)
with configuration_factory.create(
configuration_storage, self._db,
LCPEncryptionConfiguration) as configuration:
configuration.lcpencrypt_location = (
LCPEncryptionConfiguration.DEFAULT_LCPENCRYPT_LOCATION)
with Patcher() as patcher:
patcher.fs.create_file(
LCPEncryptionConfiguration.DEFAULT_LCPENCRYPT_LOCATION)
if create_file:
patcher.fs.create_file(file_path)
with patch("subprocess.check_output"
) as subprocess_check_output_mock:
subprocess_check_output_mock.return_value = lcpencrypt_output
if expected_exception:
with pytest.raises(expected_exception.__class__
) as exception_metadata:
encryptor.encrypt(self._db, file_path,
identifier.identifier)
# Assert
assert exception_metadata.value == expected_exception
else:
# Assert
result = encryptor.encrypt(self._db, file_path,
identifier.identifier)
assert result == expected_result
def _create_lcp_importer(self, collection):
"""Creates a new instance of LCPImporter
:param collection: Collection object
:type collection: Collection
:return: New instance of LCPImporter
:rtype: LCPImporter
"""
configuration_storage = CollectionConfigurationStorage(
self, collection)
configuration_factory = ConfigurationFactory()
hasher_factory = HasherFactory()
credential_factory = LCPCredentialFactory()
lcp_encryptor = LCPEncryptor(configuration_storage,
configuration_factory)
lcp_server = LCPServer(
configuration_storage,
configuration_factory,
hasher_factory,
credential_factory,
)
lcp_importer = LCPImporter(lcp_encryptor, lcp_server)
return lcp_importer
def setup(self, mock_search=True):
super(TestLCPServer, self).setup()
self._lcp_collection = self._collection(
protocol=ExternalIntegration.LCP)
self._integration = self._lcp_collection.external_integration
integration_owner = create_autospec(spec=HasExternalIntegration)
integration_owner.external_integration = MagicMock(
return_value=self._integration)
self._configuration_storage = ConfigurationStorage(integration_owner)
self._configuration_factory = ConfigurationFactory()
self._hasher_factory = HasherFactory()
self._credential_factory = LCPCredentialFactory()
self._lcp_server = LCPServer(self._configuration_storage,
self._configuration_factory,
self._hasher_factory,
self._credential_factory)
def _create_lcp_server(self):
"""Creates a new instance of LCPServer
:return: New instance of LCPServer
:rtype: LCPServer
"""
configuration_storage = ConfigurationStorage(self)
configuration_factory = ConfigurationFactory()
hasher_factory = HasherFactory()
credential_factory = LCPCredentialFactory()
lcp_server = LCPServer(configuration_storage, configuration_factory,
hasher_factory, credential_factory)
return lcp_server
def create(self, integration_association):
"""Create a new instance of ProQuestAPIClientFactory.
:param integration_association: Association with an external integration
:type integration_association: core.model.configuration.HasExternalIntegration
:return: New instance of ProQuestAPIClient
:rtype: ProQuestAPIClient
"""
configuration_storage = ConfigurationStorage(integration_association)
configuration_factory = ConfigurationFactory()
client = ProQuestAPIClient(configuration_storage,
configuration_factory)
return client
def create(self, integration_association):
"""Creates a new instance of LCPServer
:param integration_association: Association with an external integration
:type integration_association: core.model.configuration.HasExternalIntegration
:return: New instance of LCPServer
:rtype: LCPServer
"""
configuration_storage = ConfigurationStorage(integration_association)
configuration_factory = ConfigurationFactory()
hasher_factory = HasherFactory()
credential_factory = LCPCredentialFactory()
lcp_server = LCPServer(configuration_storage, configuration_factory,
hasher_factory, credential_factory)
return lcp_server
class TestProQuestAPIClient(DatabaseTest):
def setup_method(self, mock_search=True):
super(TestProQuestAPIClient, self).setup_method()
self._proquest_collection = self._collection(
protocol=ExternalIntegration.PROQUEST)
self._integration = self._proquest_collection.external_integration
integration_owner = create_autospec(spec=HasExternalIntegration)
integration_owner.external_integration = MagicMock(
return_value=self._integration)
self._configuration_storage = ConfigurationStorage(integration_owner)
self._configuration_factory = ConfigurationFactory()
self._client = ProQuestAPIClient(self._configuration_storage,
self._configuration_factory)
@parameterized.expand([
("in_the_case_of_http_error_status_code", {
"status_code": 401
}, HTTPError),
(
"in_the_case_of_non_json_response",
{
"text": "garbage"
},
ProQuestAPIInvalidJSONResponseError,
),
(
"when_json_document_does_not_contain_status_code",
{
"json": {
"feed": ""
}
},
ProQuestAPIMissingJSONPropertyError,
),
(
"json_document_contains_error_status_code",
{
"json": {
ProQuestAPIClient.RESPONSE_STATUS_CODE_FIELD: 401
}
},
HTTPError,
),
(
"json_document_does_not_contain_opds_feed",
{
"json": {
ProQuestAPIClient.RESPONSE_STATUS_CODE_FIELD: 200
}
},
ProQuestAPIMissingJSONPropertyError,
),
])
def test_download_feed_page_correctly_fails(self, _, response_arguments,
expected_exception_class):
# Arrange
page = 1
hits_per_page = 10
books_catalog_service_url = URLUtility.build_url(
BOOKS_CATALOG_SERVICE_URL, {
"page": page,
"hitsPerPage": hits_per_page
})
with self._configuration_factory.create(
self._configuration_storage, self._db,
ProQuestAPIClientConfiguration) as configuration:
configuration.books_catalog_service_url = BOOKS_CATALOG_SERVICE_URL
with requests_mock.Mocker() as request_mock:
request_mock.get(books_catalog_service_url, **response_arguments)
# Act
with pytest.raises(expected_exception_class):
self._client.download_feed_page(self._db, page, hits_per_page)
def test_download_feed_page_successfully_extracts_feed_from_correct_response(
self):
# Arrange
page = 1
hits_per_page = 10
books_catalog_service_url = URLUtility.build_url(
BOOKS_CATALOG_SERVICE_URL, {
"page": page,
"hitsPerPage": hits_per_page
})
expected_feed = json.dumps({})
response = {
ProQuestAPIClient.RESPONSE_STATUS_CODE_FIELD: 200,
ProQuestAPIClient.RESPONSE_OPDS_FEED_FIELD: expected_feed,
}
with self._configuration_factory.create(
self._configuration_storage, self._db,
ProQuestAPIClientConfiguration) as configuration:
configuration.books_catalog_service_url = BOOKS_CATALOG_SERVICE_URL
with requests_mock.Mocker() as request_mock:
request_mock.get(books_catalog_service_url, json=response)
# Act
feed = self._client.download_feed_page(self._db, page,
hits_per_page)
# Assert
assert expected_feed == feed
@parameterized.expand([
(
"in_the_case_of_http_error_status_code",
{
"status_code": 401
},
),
(
"in_the_case_of_non_json_response",
{
"text": "garbage"
},
),
(
"when_json_document_does_not_contain_status_code",
{
"json": {
"feed": ""
}
},
),
(
"json_document_contains_error_status_code",
{
"json": {
ProQuestAPIClient.RESPONSE_STATUS_CODE_FIELD: 401
}
},
),
(
"json_document_does_not_contain_opds_feed",
{
"json": {
ProQuestAPIClient.RESPONSE_STATUS_CODE_FIELD: 200
}
},
),
(
"json_document_contains_incorrect_opds_feed",
{
"json": {
ProQuestAPIClient.RESPONSE_STATUS_CODE_FIELD: 200,
"opdsFeed": {
"publications": [],
"group": {
"publications": []
}
},
}
},
),
(
"json_document_contains_empty_opds_feed",
{
"json": {
ProQuestAPIClient.RESPONSE_STATUS_CODE_FIELD: 200,
"opdsFeed": {
"publications": [],
"groups": {
"publications": []
},
},
}
},
),
])
def test_download_all_feed_pages_correctly_stops(
self, _, last_page_response_arguments):
# Arrange
page_size = ProQuestAPIClient.MAX_PAGE_SIZE
books_catalog_service_url_1 = URLUtility.build_url(
BOOKS_CATALOG_SERVICE_URL, {
"page": 1,
"hitsPerPage": page_size
})
books_catalog_service_url_2 = URLUtility.build_url(
BOOKS_CATALOG_SERVICE_URL, {
"page": 2,
"hitsPerPage": page_size
})
books_catalog_service_url_3 = URLUtility.build_url(
BOOKS_CATALOG_SERVICE_URL, {
"page": 3,
"hitsPerPage": page_size
})
expected_feed_1 = {
"metadata": {
"title": "Page 1"
},
"groups": [{
"publications": [{
"metadata": {
"title": "Publication 1"
}
}]
}],
}
expected_feed_2 = {
"metadata": {
"title": "Page 2"
},
"groups": [{
"publications": [{
"metadata": {
"title": "Publication 2"
}
}]
}],
}
expected_response_1 = {
ProQuestAPIClient.RESPONSE_STATUS_CODE_FIELD: 200,
ProQuestAPIClient.RESPONSE_OPDS_FEED_FIELD: expected_feed_1,
}
expected_response_2 = {
ProQuestAPIClient.RESPONSE_STATUS_CODE_FIELD: 200,
ProQuestAPIClient.RESPONSE_OPDS_FEED_FIELD: expected_feed_2,
}
with self._configuration_factory.create(
self._configuration_storage, self._db,
ProQuestAPIClientConfiguration) as configuration:
configuration.books_catalog_service_url = BOOKS_CATALOG_SERVICE_URL
configuration.page_size = page_size
with requests_mock.Mocker() as request_mock:
request_mock.get(books_catalog_service_url_1,
json=expected_response_1)
request_mock.get(books_catalog_service_url_2,
json=expected_response_2)
request_mock.get(books_catalog_service_url_3,
**last_page_response_arguments)
# Act
feeds = self._client.download_all_feed_pages(self._db)
# Assert
assert [expected_feed_1, expected_feed_2] == list(feeds)
@parameterized.expand([
("in_the_case_of_http_error_status_code", {
"status_code": 401
}, HTTPError),
(
"in_the_case_of_non_json_response",
{
"text": "garbage"
},
ProQuestAPIInvalidJSONResponseError,
),
(
"when_json_document_does_not_contain_status_code",
{
"json": {
"dummy": ""
}
},
ProQuestAPIMissingJSONPropertyError,
),
(
"json_document_contains_error_status_code",
{
"json": {
ProQuestAPIClient.RESPONSE_STATUS_CODE_FIELD: 401
}
},
HTTPError,
),
(
"json_document_does_not_contain_token",
{
"json": {
ProQuestAPIClient.RESPONSE_STATUS_CODE_FIELD: 200
}
},
ProQuestAPIMissingJSONPropertyError,
),
])
def test_create_token_correctly_fails(self, _, response_arguments,
expected_exception_class):
# Arrange
affiliation_id = "1"
partner_auth_token_service_url = URLUtility.build_url(
PARTNER_AUTH_TOKEN_SERVICE_URL, {"userName": affiliation_id})
with self._configuration_factory.create(
self._configuration_storage, self._db,
ProQuestAPIClientConfiguration) as configuration:
configuration.partner_auth_token_service_url = (
PARTNER_AUTH_TOKEN_SERVICE_URL)
with requests_mock.Mocker() as request_mock:
request_mock.get(partner_auth_token_service_url,
**response_arguments)
# Act
with pytest.raises(expected_exception_class):
self._client.create_token(self._db, affiliation_id)
def test_create_token_correctly_extracts_token(self):
# Arrange
affiliation_id = "1"
partner_auth_token_service_url = URLUtility.build_url(
PARTNER_AUTH_TOKEN_SERVICE_URL, {"userName": affiliation_id})
expected_token = "12345"
response = {
ProQuestAPIClient.RESPONSE_STATUS_CODE_FIELD: 200,
ProQuestAPIClient.TOKEN_FIELD: expected_token,
}
with self._configuration_factory.create(
self._configuration_storage, self._db,
ProQuestAPIClientConfiguration) as configuration:
configuration.partner_auth_token_service_url = (
PARTNER_AUTH_TOKEN_SERVICE_URL)
with requests_mock.Mocker() as request_mock:
request_mock.get(partner_auth_token_service_url, json=response)
# Act
token = self._client.create_token(self._db, affiliation_id)
# Assert
assert expected_token == token
@parameterized.expand([
("in_the_case_of_http_error_status_code", {
"status_code": 401
}, HTTPError),
(
"when_json_document_does_not_contain_status_code",
{
"json": {
"dummy": ""
}
},
ProQuestAPIMissingJSONPropertyError,
),
(
"json_document_contains_error_status_code",
{
"json": {
ProQuestAPIClient.RESPONSE_STATUS_CODE_FIELD: 401
}
},
HTTPError,
),
(
"json_document_does_not_contain_download_link",
{
"json": {
ProQuestAPIClient.RESPONSE_STATUS_CODE_FIELD: 200
}
},
ProQuestAPIMissingJSONPropertyError,
),
])
def test_get_book_correctly_fails(self, _, response_arguments,
expected_exception_class):
# Arrange
token = "12345"
document_id = "12345"
download_link_service_url = URLUtility.build_url(
DOWNLOAD_LINK_SERVICE_URL, {"docID": document_id})
with self._configuration_factory.create(
self._configuration_storage, self._db,
ProQuestAPIClientConfiguration) as configuration:
configuration.download_link_service_url = DOWNLOAD_LINK_SERVICE_URL
with requests_mock.Mocker() as request_mock:
request_mock.get(download_link_service_url, **response_arguments)
# Act
with pytest.raises(expected_exception_class):
self._client.get_book(self._db, token, document_id)
def test_get_book_correctly_extracts_open_access_books(self):
# Arrange
book_content = b"PDF Book12345"
response_arguments = {"content": book_content}
expected_open_access_book = ProQuestBook(content=book_content)
token = "12345"
document_id = "12345"
download_link_service_url = URLUtility.build_url(
DOWNLOAD_LINK_SERVICE_URL, {"docID": document_id})
with self._configuration_factory.create(
self._configuration_storage, self._db,
ProQuestAPIClientConfiguration) as configuration:
configuration.download_link_service_url = DOWNLOAD_LINK_SERVICE_URL
with requests_mock.Mocker() as request_mock:
request_mock.get(download_link_service_url, **response_arguments)
# Act
book = self._client.get_book(self._db, token, document_id)
# Assert
assert expected_open_access_book == book
assert type(expected_open_access_book) == type(book)
def test_get_book_correctly_extracts_acsm_books(self, ):
# Arrange
acsm_file_content = """<fulfillmentToken fulfillmentType="loan" auth="user" xmlns="http://ns.adobe.com/adept">
<distributor>urn:uuid:9cb786e8-586a-4950-8901-fff8d2ee6025</distributor>
</fulfillmentToken
"""
download_link = "https://proquest.com/fulfill?documentID=12345"
expected_acsm_book = ProQuestBook(
content=acsm_file_content.encode("utf-8"),
content_type=DeliveryMechanism.ADOBE_DRM,
)
first_response_arguments = {
"json": {
ProQuestAPIClient.RESPONSE_STATUS_CODE_FIELD: 200,
ProQuestAPIClient.DOWNLOAD_LINK_FIELD: download_link,
}
}
second_response_arguments = {
"content": acsm_file_content.encode("utf-8")
}
token = "12345"
document_id = "12345"
download_link_service_url = URLUtility.build_url(
DOWNLOAD_LINK_SERVICE_URL, {"docID": document_id})
with self._configuration_factory.create(
self._configuration_storage, self._db,
ProQuestAPIClientConfiguration) as configuration:
configuration.download_link_service_url = DOWNLOAD_LINK_SERVICE_URL
with requests_mock.Mocker() as request_mock:
request_mock.get(download_link_service_url,
**first_response_arguments)
request_mock.get(download_link, **second_response_arguments)
# Act
book = self._client.get_book(self._db, token, document_id)
# Assert
assert expected_acsm_book == book
assert type(expected_acsm_book) == type(book)
class TestLCPAPI(DatabaseTest):
def setup_method(self, mock_search=True):
super(TestLCPAPI, self).setup_method()
self._lcp_collection = self._collection(
protocol=ExternalIntegration.LCP)
self._integration = self._lcp_collection.external_integration
integration_association = create_autospec(spec=HasExternalIntegration)
integration_association.external_integration = MagicMock(
return_value=self._integration)
self._configuration_storage = ConfigurationStorage(
integration_association)
self._configuration_factory = ConfigurationFactory()
def test_settings(self):
# Assert
assert len(LCPAPI.SETTINGS) == 12
# lcpserver_url
assert (LCPAPI.SETTINGS[0][ConfigurationAttribute.KEY.value] ==
LCPServerConfiguration.lcpserver_url.key)
assert (LCPAPI.SETTINGS[0][ConfigurationAttribute.LABEL.value] ==
LCPServerConfiguration.lcpserver_url.label)
assert (LCPAPI.SETTINGS[0][ConfigurationAttribute.DESCRIPTION.value] ==
LCPServerConfiguration.lcpserver_url.description)
assert LCPAPI.SETTINGS[0][ConfigurationAttribute.TYPE.value] == None
assert (LCPAPI.SETTINGS[0][ConfigurationAttribute.REQUIRED.value] ==
LCPServerConfiguration.lcpserver_url.required)
assert (LCPAPI.SETTINGS[0][ConfigurationAttribute.DEFAULT.value] ==
LCPServerConfiguration.lcpserver_url.default)
assert (LCPAPI.SETTINGS[0][ConfigurationAttribute.CATEGORY.value] ==
LCPServerConfiguration.lcpserver_url.category)
# lcpserver_user
assert (LCPAPI.SETTINGS[1][ConfigurationAttribute.KEY.value] ==
LCPServerConfiguration.lcpserver_user.key)
assert (LCPAPI.SETTINGS[1][ConfigurationAttribute.LABEL.value] ==
LCPServerConfiguration.lcpserver_user.label)
assert (LCPAPI.SETTINGS[1][ConfigurationAttribute.DESCRIPTION.value] ==
LCPServerConfiguration.lcpserver_user.description)
assert LCPAPI.SETTINGS[1][ConfigurationAttribute.TYPE.value] == None
assert (LCPAPI.SETTINGS[1][ConfigurationAttribute.REQUIRED.value] ==
LCPServerConfiguration.lcpserver_user.required)
assert (LCPAPI.SETTINGS[1][ConfigurationAttribute.DEFAULT.value] ==
LCPServerConfiguration.lcpserver_user.default)
assert (LCPAPI.SETTINGS[1][ConfigurationAttribute.CATEGORY.value] ==
LCPServerConfiguration.lcpserver_user.category)
# lcpserver_password
assert (LCPAPI.SETTINGS[2][ConfigurationAttribute.KEY.value] ==
LCPServerConfiguration.lcpserver_password.key)
assert (LCPAPI.SETTINGS[2][ConfigurationAttribute.LABEL.value] ==
LCPServerConfiguration.lcpserver_password.label)
assert (LCPAPI.SETTINGS[2][ConfigurationAttribute.DESCRIPTION.value] ==
LCPServerConfiguration.lcpserver_password.description)
assert LCPAPI.SETTINGS[2][ConfigurationAttribute.TYPE.value] == None
assert (LCPAPI.SETTINGS[2][ConfigurationAttribute.REQUIRED.value] ==
LCPServerConfiguration.lcpserver_password.required)
assert (LCPAPI.SETTINGS[2][ConfigurationAttribute.DEFAULT.value] ==
LCPServerConfiguration.lcpserver_password.default)
assert (LCPAPI.SETTINGS[2][ConfigurationAttribute.CATEGORY.value] ==
LCPServerConfiguration.lcpserver_password.category)
# lcpserver_input_directory
assert (LCPAPI.SETTINGS[3][ConfigurationAttribute.KEY.value] ==
LCPServerConfiguration.lcpserver_input_directory.key)
assert (LCPAPI.SETTINGS[3][ConfigurationAttribute.LABEL.value] ==
LCPServerConfiguration.lcpserver_input_directory.label)
assert (LCPAPI.SETTINGS[3][ConfigurationAttribute.DESCRIPTION.value] ==
LCPServerConfiguration.lcpserver_input_directory.description)
assert LCPAPI.SETTINGS[3][ConfigurationAttribute.TYPE.value] == None
assert (LCPAPI.SETTINGS[3][ConfigurationAttribute.REQUIRED.value] ==
LCPServerConfiguration.lcpserver_input_directory.required)
assert (LCPAPI.SETTINGS[3][ConfigurationAttribute.DEFAULT.value] ==
LCPServerConfiguration.lcpserver_input_directory.default)
assert (LCPAPI.SETTINGS[3][ConfigurationAttribute.CATEGORY.value] ==
LCPServerConfiguration.lcpserver_input_directory.category)
# lcpserver_page_size
assert (LCPAPI.SETTINGS[4][ConfigurationAttribute.KEY.value] ==
LCPServerConfiguration.lcpserver_page_size.key)
assert (LCPAPI.SETTINGS[4][ConfigurationAttribute.LABEL.value] ==
LCPServerConfiguration.lcpserver_page_size.label)
assert (LCPAPI.SETTINGS[4][ConfigurationAttribute.DESCRIPTION.value] ==
LCPServerConfiguration.lcpserver_page_size.description)
assert LCPAPI.SETTINGS[4][
ConfigurationAttribute.TYPE.value] == "number"
assert (LCPAPI.SETTINGS[4][ConfigurationAttribute.REQUIRED.value] ==
LCPServerConfiguration.lcpserver_page_size.required)
assert (LCPAPI.SETTINGS[4][ConfigurationAttribute.DEFAULT.value] ==
LCPServerConfiguration.lcpserver_page_size.default)
assert (LCPAPI.SETTINGS[4][ConfigurationAttribute.CATEGORY.value] ==
LCPServerConfiguration.lcpserver_page_size.category)
# provider_name
assert (LCPAPI.SETTINGS[5][ConfigurationAttribute.KEY.value] ==
LCPServerConfiguration.provider_name.key)
assert (LCPAPI.SETTINGS[5][ConfigurationAttribute.LABEL.value] ==
LCPServerConfiguration.provider_name.label)
assert (LCPAPI.SETTINGS[5][ConfigurationAttribute.DESCRIPTION.value] ==
LCPServerConfiguration.provider_name.description)
assert LCPAPI.SETTINGS[5][ConfigurationAttribute.TYPE.value] == None
assert (LCPAPI.SETTINGS[5][ConfigurationAttribute.REQUIRED.value] ==
LCPServerConfiguration.provider_name.required)
assert (LCPAPI.SETTINGS[5][ConfigurationAttribute.DEFAULT.value] ==
LCPServerConfiguration.provider_name.default)
assert (LCPAPI.SETTINGS[5][ConfigurationAttribute.CATEGORY.value] ==
LCPServerConfiguration.provider_name.category)
# passphrase_hint
assert (LCPAPI.SETTINGS[6][ConfigurationAttribute.KEY.value] ==
LCPServerConfiguration.passphrase_hint.key)
assert (LCPAPI.SETTINGS[6][ConfigurationAttribute.LABEL.value] ==
LCPServerConfiguration.passphrase_hint.label)
assert (LCPAPI.SETTINGS[6][ConfigurationAttribute.DESCRIPTION.value] ==
LCPServerConfiguration.passphrase_hint.description)
assert LCPAPI.SETTINGS[6][ConfigurationAttribute.TYPE.value] == None
assert (LCPAPI.SETTINGS[6][ConfigurationAttribute.REQUIRED.value] ==
LCPServerConfiguration.passphrase_hint.required)
assert (LCPAPI.SETTINGS[6][ConfigurationAttribute.DEFAULT.value] ==
LCPServerConfiguration.passphrase_hint.default)
assert (LCPAPI.SETTINGS[6][ConfigurationAttribute.CATEGORY.value] ==
LCPServerConfiguration.passphrase_hint.category)
# encryption_algorithm
assert (LCPAPI.SETTINGS[7][ConfigurationAttribute.KEY.value] ==
LCPServerConfiguration.encryption_algorithm.key)
assert (LCPAPI.SETTINGS[7][ConfigurationAttribute.LABEL.value] ==
LCPServerConfiguration.encryption_algorithm.label)
assert (LCPAPI.SETTINGS[7][ConfigurationAttribute.DESCRIPTION.value] ==
LCPServerConfiguration.encryption_algorithm.description)
assert (LCPAPI.SETTINGS[7][ConfigurationAttribute.TYPE.value] ==
LCPServerConfiguration.encryption_algorithm.type.value)
assert (LCPAPI.SETTINGS[7][ConfigurationAttribute.REQUIRED.value] ==
LCPServerConfiguration.encryption_algorithm.required)
assert (LCPAPI.SETTINGS[7][ConfigurationAttribute.DEFAULT.value] ==
LCPServerConfiguration.encryption_algorithm.default)
assert (LCPAPI.SETTINGS[7][ConfigurationAttribute.CATEGORY.value] ==
LCPServerConfiguration.encryption_algorithm.category)
# max_printable_pages
assert (LCPAPI.SETTINGS[8][ConfigurationAttribute.KEY.value] ==
LCPServerConfiguration.max_printable_pages.key)
assert (LCPAPI.SETTINGS[8][ConfigurationAttribute.LABEL.value] ==
LCPServerConfiguration.max_printable_pages.label)
assert (LCPAPI.SETTINGS[8][ConfigurationAttribute.DESCRIPTION.value] ==
LCPServerConfiguration.max_printable_pages.description)
assert LCPAPI.SETTINGS[8][
ConfigurationAttribute.TYPE.value] == "number"
assert (LCPAPI.SETTINGS[8][ConfigurationAttribute.REQUIRED.value] ==
LCPServerConfiguration.max_printable_pages.required)
assert (LCPAPI.SETTINGS[8][ConfigurationAttribute.DEFAULT.value] ==
LCPServerConfiguration.max_printable_pages.default)
assert (LCPAPI.SETTINGS[8][ConfigurationAttribute.CATEGORY.value] ==
LCPServerConfiguration.max_printable_pages.category)
# max_copiable_pages
assert (LCPAPI.SETTINGS[9][ConfigurationAttribute.KEY.value] ==
LCPServerConfiguration.max_copiable_pages.key)
assert (LCPAPI.SETTINGS[9][ConfigurationAttribute.LABEL.value] ==
LCPServerConfiguration.max_copiable_pages.label)
assert (LCPAPI.SETTINGS[9][ConfigurationAttribute.DESCRIPTION.value] ==
LCPServerConfiguration.max_copiable_pages.description)
assert LCPAPI.SETTINGS[9][
ConfigurationAttribute.TYPE.value] == "number"
assert (LCPAPI.SETTINGS[9][ConfigurationAttribute.REQUIRED.value] ==
LCPServerConfiguration.max_copiable_pages.required)
assert (LCPAPI.SETTINGS[9][ConfigurationAttribute.DEFAULT.value] ==
LCPServerConfiguration.max_copiable_pages.default)
assert (LCPAPI.SETTINGS[9][ConfigurationAttribute.CATEGORY.value] ==
LCPServerConfiguration.max_copiable_pages.category)
# lcpencrypt_location
assert (LCPAPI.SETTINGS[10][ConfigurationAttribute.KEY.value] ==
LCPEncryptionConfiguration.lcpencrypt_location.key)
assert (LCPAPI.SETTINGS[10][ConfigurationAttribute.LABEL.value] ==
LCPEncryptionConfiguration.lcpencrypt_location.label)
assert (LCPAPI.SETTINGS[10][ConfigurationAttribute.DESCRIPTION.value]
== LCPEncryptionConfiguration.lcpencrypt_location.description)
assert LCPAPI.SETTINGS[10][ConfigurationAttribute.TYPE.value] == None
assert (LCPAPI.SETTINGS[10][ConfigurationAttribute.REQUIRED.value] ==
LCPEncryptionConfiguration.lcpencrypt_location.required)
assert (LCPAPI.SETTINGS[10][ConfigurationAttribute.DEFAULT.value] ==
LCPEncryptionConfiguration.lcpencrypt_location.default)
assert (LCPAPI.SETTINGS[10][ConfigurationAttribute.CATEGORY.value] ==
LCPEncryptionConfiguration.lcpencrypt_location.category)
# lcpencrypt_output_directory
assert (LCPAPI.SETTINGS[11][ConfigurationAttribute.KEY.value] ==
LCPEncryptionConfiguration.lcpencrypt_output_directory.key)
assert (LCPAPI.SETTINGS[11][ConfigurationAttribute.LABEL.value] ==
LCPEncryptionConfiguration.lcpencrypt_output_directory.label)
assert (
LCPAPI.SETTINGS[11][ConfigurationAttribute.DESCRIPTION.value] ==
LCPEncryptionConfiguration.lcpencrypt_output_directory.description)
assert LCPAPI.SETTINGS[11][ConfigurationAttribute.TYPE.value] == None
assert (
LCPAPI.SETTINGS[11][ConfigurationAttribute.REQUIRED.value] ==
LCPEncryptionConfiguration.lcpencrypt_output_directory.required)
assert (LCPAPI.SETTINGS[11][ConfigurationAttribute.DEFAULT.value] ==
LCPEncryptionConfiguration.lcpencrypt_output_directory.default)
assert (
LCPAPI.SETTINGS[11][ConfigurationAttribute.CATEGORY.value] ==
LCPEncryptionConfiguration.lcpencrypt_output_directory.category)
@freeze_time("2020-01-01 00:00:00")
def test_checkout_without_existing_loan(self):
# Arrange
lcp_api = LCPAPI(self._db, self._lcp_collection)
patron = self._patron()
days = self._lcp_collection.default_loan_period(patron.library)
start_date = utc_now()
end_date = start_date + datetime.timedelta(days=days)
data_source = DataSource.lookup(self._db,
DataSource.LCP,
autocreate=True)
data_source_name = data_source.name
edition = self._edition(data_source_name=data_source_name,
identifier_id=fixtures.CONTENT_ID)
license_pool = self._licensepool(
edition=edition,
data_source_name=data_source_name,
collection=self._lcp_collection,
)
lcp_license = json.loads(fixtures.LCPSERVER_LICENSE)
lcp_server_mock = create_autospec(spec=LCPServer)
lcp_server_mock.generate_license = MagicMock(return_value=lcp_license)
with self._configuration_factory.create(
self._configuration_storage, self._db,
LCPServerConfiguration) as configuration:
with patch(
"api.lcp.collection.LCPServer") as lcp_server_constructor:
lcp_server_constructor.return_value = lcp_server_mock
configuration.lcpserver_url = fixtures.LCPSERVER_URL
configuration.lcpserver_user = fixtures.LCPSERVER_USER
configuration.lcpserver_password = fixtures.LCPSERVER_PASSWORD
configuration.lcpserver_input_directory = (
fixtures.LCPSERVER_INPUT_DIRECTORY)
configuration.provider_name = fixtures.PROVIDER_NAME
configuration.passphrase_hint = fixtures.TEXT_HINT
configuration.encryption_algorithm = (
LCPServerConfiguration.DEFAULT_ENCRYPTION_ALGORITHM)
# Act
loan = lcp_api.checkout(patron, "pin", license_pool,
"internal format")
# Assert
assert loan.collection_id == self._lcp_collection.id
assert loan.collection(self._db) == self._lcp_collection
assert loan.license_pool(self._db) == license_pool
assert loan.data_source_name == data_source_name
assert loan.identifier_type == license_pool.identifier.type
assert loan.external_identifier == lcp_license["id"]
assert loan.start_date == start_date
assert loan.end_date == end_date
lcp_server_mock.generate_license.assert_called_once_with(
self._db, fixtures.CONTENT_ID, patron, start_date,
end_date)
@freeze_time("2020-01-01 00:00:00")
def test_checkout_with_existing_loan(self):
# Arrange
lcp_api = LCPAPI(self._db, self._lcp_collection)
patron = self._patron()
days = self._lcp_collection.default_loan_period(patron.library)
start_date = utc_now()
end_date = start_date + datetime.timedelta(days=days)
data_source = DataSource.lookup(self._db,
DataSource.LCP,
autocreate=True)
data_source_name = data_source.name
edition = self._edition(data_source_name=data_source_name,
identifier_id=fixtures.CONTENT_ID)
license_pool = self._licensepool(
edition=edition,
data_source_name=data_source_name,
collection=self._lcp_collection,
)
lcp_license = json.loads(fixtures.LCPSERVER_LICENSE)
lcp_server_mock = create_autospec(spec=LCPServer)
lcp_server_mock.get_license = MagicMock(return_value=lcp_license)
loan_identifier = "e99be177-4902-426a-9b96-0872ae877e2f"
license_pool.loan_to(patron, external_identifier=loan_identifier)
with self._configuration_factory.create(
self._configuration_storage, self._db,
LCPServerConfiguration) as configuration:
with patch(
"api.lcp.collection.LCPServer") as lcp_server_constructor:
lcp_server_constructor.return_value = lcp_server_mock
configuration.lcpserver_url = fixtures.LCPSERVER_URL
configuration.lcpserver_user = fixtures.LCPSERVER_USER
configuration.lcpserver_password = fixtures.LCPSERVER_PASSWORD
configuration.lcpserver_input_directory = (
fixtures.LCPSERVER_INPUT_DIRECTORY)
configuration.provider_name = fixtures.PROVIDER_NAME
configuration.passphrase_hint = fixtures.TEXT_HINT
configuration.encryption_algorithm = (
LCPServerConfiguration.DEFAULT_ENCRYPTION_ALGORITHM)
# Act
loan = lcp_api.checkout(patron, "pin", license_pool,
"internal format")
# Assert
assert loan.collection_id == self._lcp_collection.id
assert loan.collection(self._db) == self._lcp_collection
assert loan.license_pool(self._db) == license_pool
assert loan.data_source_name == data_source_name
assert loan.identifier_type == license_pool.identifier.type
assert loan.external_identifier == loan_identifier
assert loan.start_date == start_date
assert loan.end_date == end_date
lcp_server_mock.get_license.assert_called_once_with(
self._db, loan_identifier, patron)
@freeze_time("2020-01-01 00:00:00")
def test_fulfil(self):
# Arrange
lcp_api = LCPAPI(self._db, self._lcp_collection)
patron = self._patron()
days = self._lcp_collection.default_loan_period(patron.library)
today = utc_now()
expires = today + datetime.timedelta(days=days)
data_source = DataSource.lookup(self._db,
DataSource.LCP,
autocreate=True)
data_source_name = data_source.name
license_pool = self._licensepool(
edition=None,
data_source_name=data_source_name,
collection=self._lcp_collection,
)
lcp_license = json.loads(fixtures.LCPSERVER_LICENSE)
lcp_server_mock = create_autospec(spec=LCPServer)
lcp_server_mock.get_license = MagicMock(return_value=lcp_license)
with self._configuration_factory.create(
self._configuration_storage, self._db,
LCPServerConfiguration) as configuration:
with patch(
"api.lcp.collection.LCPServer") as lcp_server_constructor:
lcp_server_constructor.return_value = lcp_server_mock
configuration.lcpserver_url = fixtures.LCPSERVER_URL
configuration.lcpserver_user = fixtures.LCPSERVER_USER
configuration.lcpserver_password = fixtures.LCPSERVER_PASSWORD
configuration.lcpserver_input_directory = (
fixtures.LCPSERVER_INPUT_DIRECTORY)
configuration.provider_name = fixtures.PROVIDER_NAME
configuration.passphrase_hint = fixtures.TEXT_HINT
configuration.encryption_algorithm = (
LCPServerConfiguration.DEFAULT_ENCRYPTION_ALGORITHM)
# Act
license_pool.loan_to(
patron,
start=today,
end=expires,
external_identifier=lcp_license["id"],
)
fulfilment_info = lcp_api.fulfill(patron, "pin", license_pool,
"internal format")
# Assert
assert isinstance(fulfilment_info, LCPFulfilmentInfo) == True
assert fulfilment_info.collection_id == self._lcp_collection.id
assert fulfilment_info.collection(
self._db) == self._lcp_collection
assert fulfilment_info.license_pool(self._db) == license_pool
assert fulfilment_info.data_source_name == data_source_name
assert fulfilment_info.identifier_type == license_pool.identifier.type
lcp_server_mock.get_license.assert_called_once_with(
self._db, lcp_license["id"], patron)
def test_patron_activity_returns_correct_result(self):
# Arrange
lcp_api = LCPAPI(self._db, self._lcp_collection)
# 1. Correct loan
patron = self._patron()
days = self._lcp_collection.default_loan_period(patron.library)
today = utc_now()
expires = today + datetime.timedelta(days=days)
data_source = DataSource.lookup(self._db,
DataSource.LCP,
autocreate=True)
data_source_name = data_source.name
external_identifier = "1"
license_pool = self._licensepool(
edition=None,
data_source_name=data_source_name,
collection=self._lcp_collection,
)
license_pool.loan_to(patron,
start=today,
end=expires,
external_identifier=external_identifier)
# 2. Loan from a different collection
other_collection = self._collection(
protocol=ExternalIntegration.MANUAL)
other_external_identifier = "2"
other_license_pool = self._licensepool(
edition=None,
data_source_name=data_source_name,
collection=other_collection)
other_license_pool.loan_to(
patron,
start=today,
end=expires,
external_identifier=other_external_identifier,
)
# 3. Other patron's loan
other_patron = self._patron()
other_license_pool = self._licensepool(
edition=None,
data_source_name=data_source_name,
collection=other_collection)
other_license_pool.loan_to(other_patron, start=today, end=expires)
# 4. Expired loan
other_license_pool = self._licensepool(
edition=None,
data_source_name=data_source_name,
collection=self._lcp_collection,
)
other_license_pool.loan_to(patron,
start=today,
end=today - datetime.timedelta(days=1))
# 5. Not started loan
other_license_pool = self._licensepool(
edition=None,
data_source_name=data_source_name,
collection=self._lcp_collection,
)
other_license_pool.loan_to(
patron,
start=today + datetime.timedelta(days=1),
end=today + datetime.timedelta(days=2),
)
# Act
loans = lcp_api.patron_activity(patron, "pin")
# Assert
assert len(loans) == 1
loan = loans[0]
assert loan.collection_id == self._lcp_collection.id
assert loan.collection(self._db) == self._lcp_collection
assert loan.license_pool(self._db) == license_pool
assert loan.data_source_name == data_source_name
assert loan.identifier_type == license_pool.identifier.type
assert loan.external_identifier == external_identifier
assert loan.start_date == today
assert loan.end_date == expires
def __init__(
self,
db,
collection,
parser=None,
data_source_name=None,
identifier_mapping=None,
http_get=None,
metadata_client=None,
content_modifier=None,
map_from_collection=None,
mirrors=None,
):
"""Initialize a new instance of ProQuestOPDS2Importer class.
:param db: Database session
:type db: sqlalchemy.orm.session.Session
:param collection: Circulation Manager's collection.
LicensePools created by this OPDS2Import class will be associated with the given Collection.
If this is None, no LicensePools will be created -- only Editions.
:type collection: Collection
:param parser: Feed parser
:type parser: RWPMManifestParser
:param data_source_name: Name of the source of this OPDS feed.
All Editions created by this import will be associated with this DataSource.
If there is no DataSource with this name, one will be created.
NOTE: If `collection` is provided, its .data_source will take precedence over any value provided here.
This is only for use when you are importing OPDS metadata without any particular Collection in mind.
:type data_source_name: str
:param identifier_mapping: Dictionary used for mapping external identifiers into a set of internal ones
:type identifier_mapping: Dict
:param metadata_client: A SimplifiedOPDSLookup object that is used to fill in missing metadata
:type metadata_client: SimplifiedOPDSLookup
:param content_modifier: A function that may modify-in-place representations (such as images and EPUB documents)
as they come in from the network.
:type content_modifier: Callable
:param map_from_collection: Identifier mapping
:type map_from_collection: Dict
:param mirrors: A dictionary of different MirrorUploader objects for different purposes
:type mirrors: Dict[MirrorUploader]
"""
super(ProQuestOPDS2Importer, self).__init__(
db,
collection,
parser if parser else RWPMManifestParser(OPDS2FeedParserFactory()),
data_source_name,
identifier_mapping,
http_get,
metadata_client,
content_modifier,
map_from_collection,
mirrors,
)
self._logger = logging.getLogger(__name__)
self._configuration_storage = ConfigurationStorage(self)
self._configuration_factory = ConfigurationFactory()
factory = ProQuestAPIClientFactory()
self._api_client = factory.create(self)
self._credential_manager = ProQuestCredentialManager()
class ProQuestOPDS2Importer(OPDS2Importer, BaseCirculationAPI,
HasExternalIntegration):
"""Allows to import ProQuest OPDS 2.0 feeds into Circulation Manager."""
NAME = ExternalIntegration.PROQUEST
DESCRIPTION = _("Import books from a ProQuest OPDS 2.0 feed.")
SETTINGS = (ProQuestOPDS2ImporterConfiguration.to_settings() +
ProQuestAPIClientConfiguration.to_settings())
LIBRARY_SETTINGS = BaseCirculationAPI.LIBRARY_SETTINGS + [
BaseCirculationAPI.DEFAULT_LOAN_DURATION_SETTING
]
def __init__(
self,
db,
collection,
parser=None,
data_source_name=None,
identifier_mapping=None,
http_get=None,
metadata_client=None,
content_modifier=None,
map_from_collection=None,
mirrors=None,
):
"""Initialize a new instance of ProQuestOPDS2Importer class.
:param db: Database session
:type db: sqlalchemy.orm.session.Session
:param collection: Circulation Manager's collection.
LicensePools created by this OPDS2Import class will be associated with the given Collection.
If this is None, no LicensePools will be created -- only Editions.
:type collection: Collection
:param parser: Feed parser
:type parser: RWPMManifestParser
:param data_source_name: Name of the source of this OPDS feed.
All Editions created by this import will be associated with this DataSource.
If there is no DataSource with this name, one will be created.
NOTE: If `collection` is provided, its .data_source will take precedence over any value provided here.
This is only for use when you are importing OPDS metadata without any particular Collection in mind.
:type data_source_name: str
:param identifier_mapping: Dictionary used for mapping external identifiers into a set of internal ones
:type identifier_mapping: Dict
:param metadata_client: A SimplifiedOPDSLookup object that is used to fill in missing metadata
:type metadata_client: SimplifiedOPDSLookup
:param content_modifier: A function that may modify-in-place representations (such as images and EPUB documents)
as they come in from the network.
:type content_modifier: Callable
:param map_from_collection: Identifier mapping
:type map_from_collection: Dict
:param mirrors: A dictionary of different MirrorUploader objects for different purposes
:type mirrors: Dict[MirrorUploader]
"""
super(ProQuestOPDS2Importer, self).__init__(
db,
collection,
parser if parser else RWPMManifestParser(OPDS2FeedParserFactory()),
data_source_name,
identifier_mapping,
http_get,
metadata_client,
content_modifier,
map_from_collection,
mirrors,
)
self._logger = logging.getLogger(__name__)
self._configuration_storage = ConfigurationStorage(self)
self._configuration_factory = ConfigurationFactory()
factory = ProQuestAPIClientFactory()
self._api_client = factory.create(self)
self._credential_manager = ProQuestCredentialManager()
@contextmanager
def _get_configuration(self, db):
"""Return the configuration object.
:param db: Database session
:type db: sqlalchemy.orm.session.Session
:return: Configuration object
:rtype: ProQuestOPDS2ImporterConfiguration
"""
with self._configuration_factory.create(
self._configuration_storage, db,
ProQuestOPDS2ImporterConfiguration) as configuration:
yield configuration
def _get_patron_affiliation_id(self, patron, configuration):
"""Get a patron's affiliation ID.
:param patron: Patron object
:type patron: core.model.patron.Patron
:param configuration: Configuration object
:type configuration: ProQuestOPDS2ImporterConfiguration
:return: Patron's affiliation ID
:rtype: Optional[str]
"""
affiliation_id = self._credential_manager.lookup_patron_affiliation_id(
self._db, patron, configuration.affiliation_attributes)
self._logger.info(
"Patron {0} has the following SAML affiliation ID: {1}".format(
patron, affiliation_id))
if not affiliation_id:
affiliation_id = configuration.test_affiliation_id
if not affiliation_id:
self._logger.error(
"Patron {0} does not have neither real affiliation ID "
"nor test affiliation ID set up as a configuration setting"
.format(patron))
raise MISSING_AFFILIATION_ID
self._logger.info(
"Since patron doesn't have an affiliation ID we set it to the test one: {1}"
.format(patron, affiliation_id))
return affiliation_id
def _create_proquest_token(self, patron, configuration):
"""Create a new ProQuest JWT bearer token.
:param patron: Patron object
:type patron: core.model.patron.Patron
:param configuration: Configuration object
:type configuration: ProQuestOPDS2ImporterConfiguration
:return: ProQuest JWT bearer token
:rtype: core.model.credential.Credential
"""
affiliation_id = self._get_patron_affiliation_id(patron, configuration)
try:
token = self._api_client.create_token(self._db, affiliation_id)
token_expiration_timeout = (
int(configuration.token_expiration_timeout)
if configuration.token_expiration_timeout else
ProQuestOPDS2ImporterConfiguration.
DEFAULT_TOKEN_EXPIRATION_TIMEOUT_SECONDS)
token = self._credential_manager.save_proquest_token(
self._db,
patron,
datetime.timedelta(seconds=token_expiration_timeout),
token,
)
return token
except Exception as exception:
self._logger.exception("Cannot create a ProQuest JWT bearer token")
raise CannotCreateProQuestTokenError(str(exception))
def _get_or_create_proquest_token(self, patron, configuration):
"""Get an existing or create a new ProQuest JWT bearer token.
:param patron: Patron object
:type patron: core.model.patron.Patron
:param configuration: Configuration object
:type configuration: ProQuestOPDS2ImporterConfiguration
:return: ProQuest JWT bearer token
:rtype: core.model.credential.Credential
"""
token = self._credential_manager.lookup_proquest_token(
self._db, patron)
self._logger.info("Patron {0} has the following token: {1}".format(
patron, token))
if not token:
token = self._create_proquest_token(patron, configuration)
return token
def _get_book(self, patron, configuration, document_id):
"""Get a book's content (in the case of open-access books) or a book's link otherwise.
:param patron: Patron object
:type patron: core.model.patron.Patron
:param configuration: Configuration object
:type configuration: ProQuestOPDS2ImporterConfiguration
:param document_id: ProQuest Doc ID
:type document_id: str
:return: Either an ACS link to the book or the book content
:rtype: api.proquest.client.ProQuestBook
"""
token = self._get_or_create_proquest_token(patron, configuration)
iterations = 0
while True:
try:
book = self._api_client.get_book(self._db, token.credential,
document_id)
return book
except HTTPError as exception:
if exception.response.status_code != 401 or iterations >= 1:
raise
else:
token = self._create_proquest_token(patron, configuration)
iterations += 1
def _extract_image_links(self, publication, feed_self_url):
"""Extracts a list of LinkData objects containing information about artwork.
:param publication: Publication object
:type publication: ast_core.Publication
:param feed_self_url: Feed's self URL
:type feed_self_url: str
:return: List of links metadata
:rtype: List[LinkData]
"""
self._logger.debug("Started extracting image links from {0}".format(
encode(publication.images)))
image_links = []
for image_link in publication.images.links:
thumbnail_link = self._extract_link(
image_link,
feed_self_url,
default_link_rel=Hyperlink.THUMBNAIL_IMAGE,
)
thumbnail_link.rel = Hyperlink.THUMBNAIL_IMAGE
cover_link = self._extract_link(
image_link,
feed_self_url,
default_link_rel=Hyperlink.IMAGE,
)
cover_link.rel = Hyperlink.IMAGE
cover_link.thumbnail = thumbnail_link
image_links.append(cover_link)
self._logger.debug(
"Finished extracting image links from {0}: {1}".format(
encode(publication.images), encode(image_links)))
return image_links
def _extract_media_types_and_drm_scheme_from_link(self, link):
"""Extract information about content's media type and used DRM schema from the link.
We consider viable the following two options:
1. DRM-free books
{
"rel": "http://opds-spec.org/acquisition",
"href": "http://distributor.com/bookID",
"type": "application/epub+zip"
}
2. DRM-protected books
{
"rel": "http://opds-spec.org/acquisition",
"href": "http://distributor.com/bookID",
"type": "application/vnd.adobe.adept+xml",
"properties": {
"indirectAcquisition": [
{
"type": "application/epub+zip"
}
]
}
}
:param link: Link object
:type link: ast_core.Link
:return: 2-tuple containing information about the content's media type and its DRM schema
:rtype: List[Tuple[str, str]]
"""
self._logger.debug(
"Started extracting media types and a DRM scheme from {0}".format(
encode(link)))
media_types_and_drm_scheme = []
if link.properties:
if (not link.properties.availability
or link.properties.availability.state
== opds2_ast.OPDS2AvailabilityType.AVAILABLE.value):
drm_scheme = (link.type
if link.type in DeliveryMechanism.KNOWN_DRM_TYPES
else DeliveryMechanism.NO_DRM)
for acquisition_object in link.properties.indirect_acquisition:
media_types_and_drm_scheme.append(
(acquisition_object.type, drm_scheme))
else:
if (link.type in MediaTypes.BOOK_MEDIA_TYPES
or link.type in MediaTypes.AUDIOBOOK_MEDIA_TYPES):
# Despite the fact that the book is DRM-free, we set its DRM type as DeliveryMechanism.BEARER_TOKEN.
# We need it to allow the book to be downloaded by a client app.
media_types_and_drm_scheme.append(
(link.type, DeliveryMechanism.BEARER_TOKEN))
self._logger.debug(
"Finished extracting media types and a DRM scheme from {0}: {1}".
format(encode(link), encode(media_types_and_drm_scheme)))
return media_types_and_drm_scheme
def _is_identifier_allowed(self, identifier: Identifier) -> bool:
"""Check the identifier and return a boolean value indicating whether CM can import it.
NOTE: Currently, this method hard codes allowed identifier types.
The next PR will add an additional configuration setting allowing to override this behaviour
and configure allowed identifier types in the CM Admin UI.
:param identifier: Identifier object
:type identifier: Identifier
:return: Boolean value indicating whether CM can import the identifier
:rtype: bool
"""
return identifier.type == Identifier.PROQUEST_ID
def _parse_identifier(self, identifier):
"""Parse the identifier and return an Identifier object representing it.
:param identifier: String containing the identifier
:type identifier: str
:return: Identifier object
:rtype: Identifier
"""
return parse_identifier(self._db, identifier)
def extract_next_links(self, feed):
"""Extract "next" links from the feed.
:param feed: OPDS 2.0 feed
:type feed: Union[str, opds2_ast.OPDS2Feed]
:return: List of "next" links
:rtype: List[str]
"""
return []
def patron_activity(self, patron, pin):
"""Return patron's loans.
TODO This and code from ODLAPI should be refactored into a generic set of rules
for any situation where the CM, not the remote API, is responsible for managing loans and holds.
:param patron: A Patron object for the patron who wants to check out the book
:type patron: Patron
:param pin: The patron's alleged password
:type pin: string
:return: List of patron's loans
:rtype: List[LoanInfo]
"""
now = utc_now()
loans = (
self._db.query(Loan).join(LicensePool).join(Collection).filter(
Collection.id == self._collection_id,
Loan.patron == patron,
or_(Loan.start == None, Loan.start <= now),
or_(Loan.end == None, Loan.end > now),
)).all()
loan_info_objects = []
for loan in loans:
licensepool = get_one(self._db,
LicensePool,
id=loan.license_pool_id)
loan_info_objects.append(
LoanInfo(
collection=self.collection,
data_source_name=licensepool.data_source.name,
identifier_type=licensepool.identifier.type,
identifier=licensepool.identifier.identifier,
start_date=loan.start,
end_date=loan.end,
fulfillment_info=None,
external_identifier=None,
))
return loan_info_objects
def place_hold(self, patron, pin, licensepool, notification_email_address):
pass
def release_hold(self, patron, pin, licensepool):
pass
def internal_format(self, delivery_mechanism):
"""Look up the internal format for this delivery mechanism or raise an exception.
:param delivery_mechanism: A LicensePoolDeliveryMechanism
:type delivery_mechanism: LicensePoolDeliveryMechanism
"""
return delivery_mechanism
def checkout(self, patron, pin, licensepool, internal_format):
"""Checkout the book.
NOTE: This method requires the patron to have either:
- an active ProQuest JWT bearer token
- or a SAML affiliation ID which will be used to create a new ProQuest JWT bearer token.
"""
self._logger.info("Started checking out '{0}' for patron {1}".format(
internal_format, patron))
try:
with self._get_configuration(self._db) as configuration:
self._get_or_create_proquest_token(patron, configuration)
loan_period = self.collection.default_loan_period(
patron.library)
start_time = utc_now()
end_time = start_time + datetime.timedelta(days=loan_period)
loan = LoanInfo(
licensepool.collection,
licensepool.data_source.name,
identifier_type=licensepool.identifier.type,
identifier=licensepool.identifier.identifier,
start_date=start_time,
end_date=end_time,
fulfillment_info=None,
external_identifier=None,
)
self._logger.info(
"Finished checking out {0} for patron {1}: {2}".format(
internal_format, patron, loan))
return loan
except BaseError as exception:
self._logger.exception("Failed to check out {0} for patron {1}")
raise CannotLoan(str(exception))
def fulfill(
self,
patron,
pin,
licensepool,
internal_format=None,
part=None,
fulfill_part_url=None,
):
"""Fulfill the loan.
NOTE: This method requires the patron to have either:
- an active ProQuest JWT bearer token
- or a SAML affiliation ID which will be used to create a new ProQuest JWT bearer token.
"""
self._logger.info("Started fulfilling '{0}' for patron {1}".format(
internal_format, patron))
try:
with self._get_configuration(self._db) as configuration:
token = self._get_or_create_proquest_token(
patron, configuration)
book = self._get_book(patron, configuration,
licensepool.identifier.identifier)
if book.content is not None:
fulfillment_info = FulfillmentInfo(
licensepool.collection,
licensepool.data_source.name,
licensepool.identifier.type,
licensepool.identifier.identifier,
content_link=None,
content_type=book.content_type if book.content_type
else internal_format.delivery_mechanism.content_type,
content=book.content,
content_expires=None,
)
else:
now = utc_now()
expires_in = (token.expires - now).total_seconds()
token_document = dict(
token_type="Bearer",
access_token=token.credential,
expires_in=expires_in,
location=book.link,
)
return FulfillmentInfo(
licensepool.collection,
licensepool.data_source.name,
licensepool.identifier.type,
licensepool.identifier.identifier,
content_link=None,
content_type=DeliveryMechanism.BEARER_TOKEN,
content=json.dumps(token_document),
content_expires=token.expires,
)
self._logger.info(
"Finished fulfilling {0} for patron {1}: {2}".format(
internal_format, patron, fulfillment_info))
return fulfillment_info
except BaseError as exception:
self._logger.exception("Failed to fulfill out {0} for patron {1}")
raise CannotFulfill(str(exception))
def external_integration(self, db):
"""Return an external integration associated with this object.
:param db: Database session
:type db: sqlalchemy.orm.session.Session
:return: External integration associated with this object
:rtype: core.model.configuration.ExternalIntegration
"""
return self.collection.external_integration
class ODL2Importer(OPDS2Importer, HasExternalIntegration):
"""Import information and formats from an ODL feed.
The only change from OPDS2Importer is that this importer extracts
FormatData and LicenseData from ODL 2.x's "licenses" arrays.
"""
NAME = ODL2API.NAME
def __init__(
self,
db,
collection,
parser=None,
data_source_name=None,
identifier_mapping=None,
http_get=None,
metadata_client=None,
content_modifier=None,
map_from_collection=None,
mirrors=None,
):
"""Initialize a new instance of ODL2Importer class.
:param db: Database session
:type db: sqlalchemy.orm.session.Session
:param collection: Circulation Manager's collection.
LicensePools created by this OPDS2Import class will be associated with the given Collection.
If this is None, no LicensePools will be created -- only Editions.
:type collection: Collection
:param parser: Feed parser
:type parser: RWPMManifestParser
:param data_source_name: Name of the source of this OPDS feed.
All Editions created by this import will be associated with this DataSource.
If there is no DataSource with this name, one will be created.
NOTE: If `collection` is provided, its .data_source will take precedence over any value provided here.
This is only for use when you are importing OPDS metadata without any particular Collection in mind.
:type data_source_name: str
:param identifier_mapping: Dictionary used for mapping external identifiers into a set of internal ones
:type identifier_mapping: Dict
:param metadata_client: A SimplifiedOPDSLookup object that is used to fill in missing metadata
:type metadata_client: SimplifiedOPDSLookup
:param content_modifier: A function that may modify-in-place representations (such as images and EPUB documents)
as they come in from the network.
:type content_modifier: Callable
:param map_from_collection: Identifier mapping
:type map_from_collection: Dict
:param mirrors: A dictionary of different MirrorUploader objects for different purposes
:type mirrors: Dict[MirrorUploader]
"""
super(ODL2Importer, self).__init__(
db,
collection,
parser if parser else RWPMManifestParser(ODLFeedParserFactory()),
data_source_name,
identifier_mapping,
http_get,
metadata_client,
content_modifier,
map_from_collection,
mirrors,
)
self._logger = logging.getLogger(__name__)
self._configuration_storage = ConfigurationStorage(self)
self._configuration_factory = ConfigurationFactory()
@contextmanager
def _get_configuration(self, db):
"""Return the configuration object.
:param db: Database session
:type db: sqlalchemy.orm.session.Session
:return: Configuration object
:rtype: ODL2APIConfiguration
"""
with self._configuration_factory.create(
self._configuration_storage, db, ODL2APIConfiguration
) as configuration:
yield configuration
def _extract_publication_metadata(self, feed, publication, data_source_name):
"""Extract a Metadata object from webpub-manifest-parser's publication.
:param publication: Feed object
:type publication: opds2_ast.OPDS2Feed
:param publication: Publication object
:type publication: opds2_ast.OPDS2Publication
:param data_source_name: Data source's name
:type data_source_name: str
:return: Publication's metadata
:rtype: Metadata
"""
metadata = super(ODL2Importer, self)._extract_publication_metadata(
feed, publication, data_source_name
)
formats = []
licenses = []
medium = None
with self._get_configuration(self._db) as configuration:
skipped_license_formats = configuration.skipped_license_formats
if skipped_license_formats:
skipped_license_formats = set(skipped_license_formats)
if publication.licenses:
for odl_license in publication.licenses:
identifier = odl_license.metadata.identifier
checkout_link = first_or_default(
odl_license.links.get_by_rel(OPDS2LinkRelationsRegistry.BORROW.key)
)
if checkout_link:
checkout_link = checkout_link.href
license_info_document_link = first_or_default(
odl_license.links.get_by_rel(OPDS2LinkRelationsRegistry.SELF.key)
)
if license_info_document_link:
license_info_document_link = license_info_document_link.href
expires = (
to_utc(odl_license.metadata.terms.expires)
if odl_license.metadata.terms
else None
)
concurrency = (
int(odl_license.metadata.terms.concurrency)
if odl_license.metadata.terms
else None
)
if not license_info_document_link:
parsed_license = None
else:
parsed_license = ODLImporter.get_license_data(
license_info_document_link,
checkout_link,
identifier,
expires,
concurrency,
self.http_get,
)
if parsed_license is not None:
licenses.append(parsed_license)
# DPLA feed doesn't have information about a DRM protection used for audiobooks.
# We want to try to extract that information from the License Info Document it's present there.
license_formats = set(odl_license.metadata.formats)
if parsed_license and parsed_license.content_types:
license_formats |= set(parsed_license.content_types)
for license_format in license_formats:
if (
skipped_license_formats
and license_format in skipped_license_formats
):
continue
if not medium:
medium = Edition.medium_from_media_type(license_format)
if license_format in ODLImporter.LICENSE_FORMATS:
# Special case to handle DeMarque audiobooks which
# include the protection in the content type
drm_schemes = [
ODLImporter.LICENSE_FORMATS[license_format][
ODLImporter.DRM_SCHEME
]
]
license_format = ODLImporter.LICENSE_FORMATS[license_format][
ODLImporter.CONTENT_TYPE
]
else:
drm_schemes = (
odl_license.metadata.protection.formats
if odl_license.metadata.protection
else []
)
for drm_scheme in drm_schemes or [None]:
formats.append(
FormatData(
content_type=license_format,
drm_scheme=drm_scheme,
rights_uri=RightsStatus.IN_COPYRIGHT,
)
)
metadata.circulation.licenses = licenses
metadata.circulation.licenses_owned = None
metadata.circulation.licenses_available = None
metadata.circulation.licenses_reserved = None
metadata.circulation.patrons_in_hold_queue = None
metadata.circulation.formats.extend(formats)
metadata.medium = medium
return metadata
def external_integration(self, db):
return self.collection.external_integration
def test_import(self, importer, mock_get, datasource, db):
"""Ensure that ODL2Importer2 correctly processes and imports the ODL feed encoded using OPDS 2.x.
NOTE: `freeze_time` decorator is required to treat the licenses in the ODL feed as non-expired.
"""
# Arrange
moby_dick_license = LicenseInfoHelper(
license=LicenseHelper(
identifier="urn:uuid:f7847120-fc6f-11e3-8158-56847afe9799",
concurrency=10,
checkouts=30,
expires="2016-04-25T12:25:21+02:00",
),
left=30,
available=10,
)
mock_get.add(moby_dick_license)
feed = self.get_data("feed.json")
configuration_storage = ConfigurationStorage(importer)
configuration_factory = ConfigurationFactory()
with configuration_factory.create(
configuration_storage, db, ODL2APIConfiguration
) as configuration:
configuration.skipped_license_formats = json.dumps(["text/html"])
# Act
imported_editions, pools, works, failures = importer.import_from_feed(feed)
# Assert
# 1. Make sure that there is a single edition only
assert isinstance(imported_editions, list)
assert 1 == len(imported_editions)
[moby_dick_edition] = imported_editions
assert isinstance(moby_dick_edition, Edition)
assert moby_dick_edition.primary_identifier.identifier == "978-3-16-148410-0"
assert moby_dick_edition.primary_identifier.type == "ISBN"
assert u"Moby-Dick" == moby_dick_edition.title
assert u"eng" == moby_dick_edition.language
assert u"eng" == moby_dick_edition.language
assert EditionConstants.BOOK_MEDIUM == moby_dick_edition.medium
assert u"Herman Melville" == moby_dick_edition.author
assert 1 == len(moby_dick_edition.author_contributors)
[moby_dick_author] = moby_dick_edition.author_contributors
assert isinstance(moby_dick_author, Contributor)
assert u"Herman Melville" == moby_dick_author.display_name
assert u"Melville, Herman" == moby_dick_author.sort_name
assert 1 == len(moby_dick_author.contributions)
[moby_dick_author_author_contribution] = moby_dick_author.contributions
assert isinstance(moby_dick_author_author_contribution, Contribution)
assert moby_dick_author == moby_dick_author_author_contribution.contributor
assert moby_dick_edition == moby_dick_author_author_contribution.edition
assert Contributor.AUTHOR_ROLE == moby_dick_author_author_contribution.role
assert datasource == moby_dick_edition.data_source
assert u"Test Publisher" == moby_dick_edition.publisher
assert datetime.date(2015, 9, 29) == moby_dick_edition.published
assert u"http://example.org/cover.jpg" == moby_dick_edition.cover_full_url
assert (
u"http://example.org/cover-small.jpg"
== moby_dick_edition.cover_thumbnail_url
)
# 2. Make sure that license pools have correct configuration
assert isinstance(pools, list)
assert 1 == len(pools)
[moby_dick_license_pool] = pools
assert isinstance(moby_dick_license_pool, LicensePool)
assert moby_dick_license_pool.identifier.identifier == "978-3-16-148410-0"
assert moby_dick_license_pool.identifier.type == "ISBN"
assert not moby_dick_license_pool.open_access
assert 30 == moby_dick_license_pool.licenses_owned
assert 10 == moby_dick_license_pool.licenses_available
assert 2 == len(moby_dick_license_pool.delivery_mechanisms)
moby_dick_epub_adobe_drm_delivery_mechanism = (
self._get_delivery_mechanism_by_drm_scheme_and_content_type(
moby_dick_license_pool.delivery_mechanisms,
MediaTypes.EPUB_MEDIA_TYPE,
DeliveryMechanism.ADOBE_DRM,
)
)
assert moby_dick_epub_adobe_drm_delivery_mechanism is not None
moby_dick_epub_lcp_drm_delivery_mechanism = (
self._get_delivery_mechanism_by_drm_scheme_and_content_type(
moby_dick_license_pool.delivery_mechanisms,
MediaTypes.EPUB_MEDIA_TYPE,
DeliveryMechanism.LCP_DRM,
)
)
assert moby_dick_epub_lcp_drm_delivery_mechanism is not None
assert 1 == len(moby_dick_license_pool.licenses)
[moby_dick_license] = moby_dick_license_pool.licenses
assert (
"urn:uuid:f7847120-fc6f-11e3-8158-56847afe9799"
== moby_dick_license.identifier
)
assert (
"http://www.example.com/get{?id,checkout_id,expires,patron_id,passphrase,hint,hint_url,notification_url}"
== moby_dick_license.checkout_url
)
assert "http://www.example.com/status/294024" == moby_dick_license.status_url
assert (
datetime.datetime(2016, 4, 25, 10, 25, 21, tzinfo=datetime.timezone.utc)
== moby_dick_license.expires
)
assert 30 == moby_dick_license.checkouts_left
assert 10 == moby_dick_license.checkouts_available
# 3. Make sure that work objects contain all the required metadata
assert isinstance(works, list)
assert 1 == len(works)
[moby_dick_work] = works
assert isinstance(moby_dick_work, Work)
assert moby_dick_edition == moby_dick_work.presentation_edition
assert 1 == len(moby_dick_work.license_pools)
assert moby_dick_license_pool == moby_dick_work.license_pools[0]
# 4. Make sure that the failure is covered
assert 1 == len(failures)
huck_finn_failures = failures["9781234567897"]
assert 1 == len(huck_finn_failures)
[huck_finn_failure] = huck_finn_failures
assert isinstance(huck_finn_failure, CoverageFailure)
assert "9781234567897" == huck_finn_failure.obj.identifier
huck_finn_semantic_error = (
ODL_PUBLICATION_MUST_CONTAIN_EITHER_LICENSES_OR_OA_ACQUISITION_LINK_ERROR(
node=ODLPublication(
metadata=PresentationMetadata(identifier="urn:isbn:9781234567897")
),
node_property=None,
)
)
assert str(huck_finn_semantic_error) == huck_finn_failure.exception
class TestLCPServer(DatabaseTest):
def setup_method(self):
super(TestLCPServer, self).setup_method()
self._lcp_collection = self._collection(
protocol=ExternalIntegration.LCP)
self._integration = self._lcp_collection.external_integration
integration_owner = create_autospec(spec=HasExternalIntegration)
integration_owner.external_integration = MagicMock(
return_value=self._integration)
self._configuration_storage = ConfigurationStorage(integration_owner)
self._configuration_factory = ConfigurationFactory()
self._hasher_factory = HasherFactory()
self._credential_factory = LCPCredentialFactory()
self._lcp_server = LCPServer(
self._configuration_storage,
self._configuration_factory,
self._hasher_factory,
self._credential_factory,
)
@parameterized.expand([
("empty_input_directory", ""),
("non_empty_input_directory", "/tmp/encrypted_books"),
])
def test_add_content(self, _, input_directory):
# Arrange
lcp_server = LCPServer(
self._configuration_storage,
self._configuration_factory,
self._hasher_factory,
self._credential_factory,
)
encrypted_content = LCPEncryptionResult(
content_id=fixtures.CONTENT_ID,
content_encryption_key="12345",
protected_content_location="/opt/readium/files/encrypted",
protected_content_disposition="encrypted_book",
protected_content_type="application/epub+zip",
protected_content_length=12345,
protected_content_sha256="12345",
)
expected_protected_content_disposition = os.path.join(
input_directory, encrypted_content.protected_content_disposition)
with self._configuration_factory.create(
self._configuration_storage, self._db,
LCPServerConfiguration) as configuration:
configuration.lcpserver_url = fixtures.LCPSERVER_URL
configuration.lcpserver_user = fixtures.LCPSERVER_USER
configuration.lcpserver_password = fixtures.LCPSERVER_PASSWORD
configuration.lcpserver_input_directory = input_directory
configuration.provider_name = fixtures.PROVIDER_NAME
configuration.passphrase_hint = fixtures.TEXT_HINT
configuration.encryption_algorithm = (
LCPServerConfiguration.DEFAULT_ENCRYPTION_ALGORITHM)
with requests_mock.Mocker() as request_mock:
url = urllib.parse.urljoin(
fixtures.LCPSERVER_URL,
"/contents/{0}".format(fixtures.CONTENT_ID))
request_mock.put(url)
# Act
lcp_server.add_content(self._db, encrypted_content)
# Assert
assert request_mock.called == True
json_request = json.loads(request_mock.last_request.text)
assert json_request[
"content-id"] == encrypted_content.content_id
assert (json_request["content-encryption-key"] ==
encrypted_content.content_encryption_key)
assert (json_request["protected-content-location"] ==
expected_protected_content_disposition)
assert (json_request["protected-content-disposition"] ==
encrypted_content.protected_content_disposition)
assert (json_request["protected-content-type"] ==
encrypted_content.protected_content_type)
assert (json_request["protected-content-length"] ==
encrypted_content.protected_content_length)
assert (json_request["protected-content-sha256"] ==
encrypted_content.protected_content_sha256)
@parameterized.expand([
("none_rights", None, None, None, None),
(
"license_start",
datetime.datetime(2020, 1, 1, 00, 00, 00),
None,
None,
None,
),
(
"license_end",
None,
datetime.datetime(2020, 12, 31, 23, 59, 59),
None,
None,
),
("max_printable_pages", None, None, 10, None),
("max_printable_pages_empty_max_copiable_pages", None, None, 10, ""),
("empty_max_printable_pages", None, None, "", None),
("max_copiable_pages", None, None, None, 1024),
("empty_max_printable_pages_max_copiable_pages", None, None, "", 1024),
("empty_max_copiable_pages", None, None, None, ""),
(
"dates",
datetime.datetime(2020, 1, 1, 00, 00, 00),
datetime.datetime(2020, 12, 31, 23, 59, 59),
None,
None,
),
(
"full_rights",
datetime.datetime(2020, 1, 1, 00, 00, 00),
datetime.datetime(2020, 12, 31, 23, 59, 59),
10,
1024,
),
])
def test_generate_license(self, _, license_start, license_end,
max_printable_pages, max_copiable_pages):
# Arrange
patron = self._patron()
expected_patron_id = "52a190d1-cd69-4794-9d7a-1ec50392697f"
expected_patron_passphrase = "52a190d1-cd69-4794-9d7a-1ec50392697a"
expected_patron_key = self._hasher_factory.create(
LCPServerConfiguration.DEFAULT_ENCRYPTION_ALGORITHM).hash(
expected_patron_passphrase)
with self._configuration_factory.create(
self._configuration_storage, self._db,
LCPServerConfiguration) as configuration:
configuration.lcpserver_url = fixtures.LCPSERVER_URL
configuration.lcpserver_user = fixtures.LCPSERVER_USER
configuration.lcpserver_password = fixtures.LCPSERVER_PASSWORD
configuration.provider_name = fixtures.PROVIDER_NAME
configuration.passphrase_hint = fixtures.TEXT_HINT
configuration.encryption_algorithm = (
LCPServerConfiguration.DEFAULT_ENCRYPTION_ALGORITHM)
configuration.max_printable_pages = max_printable_pages
configuration.max_copiable_pages = max_copiable_pages
self._credential_factory.get_patron_id = MagicMock(
return_value=expected_patron_id)
self._credential_factory.get_patron_passphrase = MagicMock(
return_value=expected_patron_passphrase)
with requests_mock.Mocker() as request_mock:
url = urllib.parse.urljoin(
fixtures.LCPSERVER_URL,
"/contents/{0}/license".format(fixtures.CONTENT_ID),
)
request_mock.post(url, json=fixtures.LCPSERVER_LICENSE)
# Act
license = self._lcp_server.generate_license(
self._db, fixtures.CONTENT_ID, patron, license_start,
license_end)
# Assert
assert request_mock.called == True
assert license == fixtures.LCPSERVER_LICENSE
json_request = json.loads(request_mock.last_request.text)
assert json_request["provider"] == fixtures.PROVIDER_NAME
assert json_request["user"]["id"] == expected_patron_id
assert (json_request["encryption"]["user_key"]["text_hint"] ==
fixtures.TEXT_HINT)
assert (json_request["encryption"]["user_key"]["hex_value"] ==
expected_patron_key)
if license_start is not None:
assert json_request["rights"][
"start"] == utils.format_datetime(license_start)
if license_end is not None:
assert json_request["rights"][
"end"] == utils.format_datetime(license_end)
if max_printable_pages is not None and max_printable_pages != "":
assert json_request["rights"][
"print"] == max_printable_pages
if max_copiable_pages is not None and max_copiable_pages != "":
assert json_request["rights"]["copy"] == max_copiable_pages
all_rights_fields_are_empty = all([
rights_field is None or rights_field == ""
for rights_field in [
license_start,
license_end,
max_printable_pages,
max_copiable_pages,
]
])
if all_rights_fields_are_empty:
assert ("rights" in json_request) == False
self._credential_factory.get_patron_id.assert_called_once_with(
self._db, patron)
self._credential_factory.get_patron_passphrase.assert_called_once_with(
self._db, patron)
class TestLCPServer(DatabaseTest):
def setup(self, mock_search=True):
super(TestLCPServer, self).setup()
self._lcp_collection = self._collection(
protocol=ExternalIntegration.LCP)
self._integration = self._lcp_collection.external_integration
integration_owner = create_autospec(spec=HasExternalIntegration)
integration_owner.external_integration = MagicMock(
return_value=self._integration)
self._configuration_storage = ConfigurationStorage(integration_owner)
self._configuration_factory = ConfigurationFactory()
self._hasher_factory = HasherFactory()
self._credential_factory = LCPCredentialFactory()
self._lcp_server = LCPServer(self._configuration_storage,
self._configuration_factory,
self._hasher_factory,
self._credential_factory)
@parameterized.expand([('empty_input_directory', ''),
('non_empty_input_directory',
'/tmp/encrypted_books')])
def test_add_content(self, _, input_directory):
# Arrange
lcp_server = LCPServer(self._configuration_storage,
self._configuration_factory,
self._hasher_factory, self._credential_factory)
encrypted_content = LCPEncryptionResult(
content_id=fixtures.CONTENT_ID,
content_encryption_key='12345',
protected_content_location='/opt/readium/files/encrypted',
protected_content_disposition='encrypted_book',
protected_content_type='application/epub+zip',
protected_content_length=12345,
protected_content_sha256='12345')
expected_protected_content_disposition = os.path.join(
input_directory, encrypted_content.protected_content_disposition)
with self._configuration_factory.create(
self._configuration_storage, self._db,
LCPServerConfiguration) as configuration:
configuration.lcpserver_url = fixtures.LCPSERVER_URL
configuration.lcpserver_user = fixtures.LCPSERVER_USER
configuration.lcpserver_password = fixtures.LCPSERVER_PASSWORD
configuration.lcpserver_input_directory = input_directory
configuration.provider_name = fixtures.PROVIDER_NAME
configuration.passphrase_hint = fixtures.TEXT_HINT
configuration.encryption_algorithm = LCPServerConfiguration.DEFAULT_ENCRYPTION_ALGORITHM
with requests_mock.Mocker() as request_mock:
url = urlparse.urljoin(
fixtures.LCPSERVER_URL,
'/contents/{0}'.format(fixtures.CONTENT_ID))
request_mock.put(url)
# Act
lcp_server.add_content(self._db, encrypted_content)
# Assert
eq_(request_mock.called, True)
json_request = json.loads(request_mock.last_request.text)
eq_(json_request['content-id'], encrypted_content.content_id)
eq_(json_request['content-encryption-key'],
encrypted_content.content_encryption_key)
eq_(json_request['protected-content-location'],
expected_protected_content_disposition)
eq_(json_request['protected-content-disposition'],
encrypted_content.protected_content_disposition)
eq_(json_request['protected-content-type'],
encrypted_content.protected_content_type)
eq_(json_request['protected-content-length'],
encrypted_content.protected_content_length)
eq_(json_request['protected-content-sha256'],
encrypted_content.protected_content_sha256)
@parameterized.expand([
('none_rights', None, None, None, None),
('license_start', datetime.datetime(2020, 01, 01, 00, 00,
00), None, None, None),
('license_end', None, datetime.datetime(2020, 12, 31, 23, 59,
59), None, None),
('max_printable_pages', None, None, 10, None),
('max_printable_pages_empty_max_copiable_pages', None, None, 10, ''),
('empty_max_printable_pages', None, None, '', None),
('max_copiable_pages', None, None, None, 1024),
('empty_max_printable_pages_max_copiable_pages', None, None, '', 1024),
('empty_max_copiable_pages', None, None, None, ''),
('dates', datetime.datetime(2020, 01, 01, 00, 00, 00),
datetime.datetime(2020, 12, 31, 23, 59, 59), None, None),
('full_rights', datetime.datetime(2020, 01, 01, 00, 00, 00),
datetime.datetime(2020, 12, 31, 23, 59, 59), 10, 1024),
])
def test_generate_license(self, _, license_start, license_end,
max_printable_pages, max_copiable_pages):
# Arrange
patron = self._patron()
expected_patron_id = '52a190d1-cd69-4794-9d7a-1ec50392697f'
expected_patron_passphrase = '52a190d1-cd69-4794-9d7a-1ec50392697a'
expected_patron_key = self._hasher_factory \
.create(LCPServerConfiguration.DEFAULT_ENCRYPTION_ALGORITHM) \
.hash(expected_patron_passphrase)
with self._configuration_factory.create(
self._configuration_storage, self._db,
LCPServerConfiguration) as configuration:
configuration.lcpserver_url = fixtures.LCPSERVER_URL
configuration.lcpserver_user = fixtures.LCPSERVER_USER
configuration.lcpserver_password = fixtures.LCPSERVER_PASSWORD
configuration.provider_name = fixtures.PROVIDER_NAME
configuration.passphrase_hint = fixtures.TEXT_HINT
configuration.encryption_algorithm = LCPServerConfiguration.DEFAULT_ENCRYPTION_ALGORITHM
configuration.max_printable_pages = max_printable_pages
configuration.max_copiable_pages = max_copiable_pages
self._credential_factory.get_patron_id = MagicMock(
return_value=expected_patron_id)
self._credential_factory.get_patron_passphrase = MagicMock(
return_value=expected_patron_passphrase)
with requests_mock.Mocker() as request_mock:
url = urlparse.urljoin(
fixtures.LCPSERVER_URL,
'/contents/{0}/license'.format(fixtures.CONTENT_ID))
request_mock.post(url, json=fixtures.LCPSERVER_LICENSE)
# Act
license = self._lcp_server.generate_license(
self._db, fixtures.CONTENT_ID, patron, license_start,
license_end)
# Assert
eq_(request_mock.called, True)
eq_(license, fixtures.LCPSERVER_LICENSE)
json_request = json.loads(request_mock.last_request.text)
eq_(json_request['provider'], fixtures.PROVIDER_NAME)
eq_(json_request['user']['id'], expected_patron_id)
eq_(json_request['encryption']['user_key']['text_hint'],
fixtures.TEXT_HINT)
eq_(json_request['encryption']['user_key']['hex_value'],
expected_patron_key)
if license_start is not None:
eq_(json_request['rights']['start'],
utils.format_datetime(license_start))
if license_end is not None:
eq_(json_request['rights']['end'],
utils.format_datetime(license_end))
if max_printable_pages is not None and max_printable_pages != '':
eq_(json_request['rights']['print'], max_printable_pages)
if max_copiable_pages is not None and max_copiable_pages != '':
eq_(json_request['rights']['copy'], max_copiable_pages)
all_rights_fields_are_empty = all(
map(
lambda rights_field: rights_field is None or
rights_field == '', [
license_start, license_end, max_printable_pages,
max_copiable_pages
]))
if all_rights_fields_are_empty:
eq_('rights' in json_request, False)
self._credential_factory.get_patron_id.assert_called_once_with(
self._db, patron)
self._credential_factory.get_patron_passphrase.assert_called_once_with(
self._db, patron)