class TransformTestSubclass(TransformTest):
allowed_types = _allowed_types
input = input_file_path(tr_input)
output = output_file_path(tr_output)
transform = _transform
normalize = lambda x, y: _normalize(y) # noqa
subobjects = _subobjects
def test_image_to_tiff(self):
self.pt.registerTransform(image_to_tiff())
imgFile = open(input_file_path('logo.jpg'), 'rb')
data = imgFile.read()
self.assertEqual(self.portal.mimetypes_registry.classify(data),'image/jpeg')
data = self.pt.convertTo(target_mimetype='image/tiff',orig=data)
self.assertEqual(data.getMetadata()['mimetype'], 'image/tiff')
def test_image_to_tiff(self):
self.pt.registerTransform(image_to_tiff())
imgFile = open(input_file_path('logo.jpg'), 'rb')
data = imgFile.read()
self.failUnlessEqual(self.portal.mimetypes_registry.classify(data),'image/jpeg')
data = self.pt.convertTo(target_mimetype='image/tiff',orig=data)
self.failUnlessEqual(data.getMetadata()['mimetype'], 'image/tiff')
def test_image_to_pcx(self):
self.pt.registerTransform(image_to_pcx())
imgFile = open(input_file_path('logo.gif'), 'rb')
data = imgFile.read()
self.assertEqual(self.portal.mimetypes_registry.classify(data),
'image/gif')
data = self.pt.convertTo(target_mimetype='image/pcx', orig=data)
self.assertEqual(data.getMetadata()['mimetype'], 'image/pcx')
def assert_image_transformed(self, factory, filename, input_mimetype,
target_mimetype):
self.transforms.registerTransform(factory)
data = read_file_data(input_file_path(filename))
self.assertEqual(self.guess_mimetype(data), input_mimetype)
data = self.transforms.convertTo(target_mimetype=target_mimetype,
orig=data)
self.assertEqual(data.getMetadata()['mimetype'], target_mimetype)
# -*- coding: utf-8 -*-
from Products.PortalTransforms.tests.base import TransformTestCase
from Products.PortalTransforms.tests.utils import input_file_path
FILE_PATH = input_file_path("demo1.pdf")
class TestGraph(TransformTestCase):
def testGraph(self):
with open(FILE_PATH, 'rb') as fd:
data = fd.read()
requirements = self.transforms._policies.get('text/plain', [])
if requirements:
out = self.transforms.convertTo('text/plain', data, filename=FILE_PATH)
self.assertTrue(out.getData())
def testFindPath(self):
originalMap = self.transforms._mtmap
"""
The dummy map used for this test corresponds to a graph
depicted in ASCII art below :
+---+
| |
| v
+-->1<-->2-->4-->6<--7
^ ^ |
| | |
v | |
3<---+ |
def test_invalid_tags(self):
data = read_file_data(input_file_path('test_invalid_tags.html'))
self.assertEqual(SafeHTML().scrub_html(data).strip(), '')
def test_javascript_uri(self):
data = read_file_data(input_file_path('test_js_uri.html'))
result = SafeHTML().scrub_html(data)
self.assertTrue('link' in result)
def test_ignore_javascript_attrs(self):
data = read_file_data(input_file_path('test_js.doc'))
# should not throw exception even though it holds javascript link
self.transforms.convertTo(target_mimetype='text/html', orig=data)
