def getLicensePortletText(context, uri):
"""\
Generates a brief terms of use/license description that is based on
the input uri for use by the portlet.
"""
if not uri:
return u'The terms of use/license for this work is unspecified.'
# get the URI from the object
results = getLicenses(context, pmr2_license_uri=uri)
license = None
if results:
# Assume the first one.
license = results[0].getObject()
if license.portlet_text:
pt = getToolByName(input, 'portal_transforms')
stream = datastream('license_description')
pt.convert('safe_html', license.portlet_text, stream)
return stream.getData()
# template undefined, we generate one.
# XXX ideally this should be a proper template/view.
license_template = \
u'The terms of use for this work and/or license this work is under ' \
'is: <a href=%s>%s</a>.'
title = license and license.title or escape(uri)
return license_template % (quoteattr(uri), title)
def convert(self, data, cache, **kwargs):
kwargs['filename'] = 'input.tiff'
tmp_dir, input_file = self.initialize_tmpdir(data,
filename='input.tiff')
text = None
try:
output_file_path = os.path.join(tmp_dir, 'output')
cmd = self.binary, input_file, output_file_path
process = subprocess.Popen(cmd,
stdout=subprocess.PIPE,
stderr=subprocess.STDOUT,)
stdout = process.communicate()[0]
err = process.returncode
if err:
if err < 0:
exit_msg = 'killed with signal %s' % -err
else:
exit_msg = 'exited with status %s' % err
raise EnvironmentError('Command %r %s. Command output:\n%s'
% (cmd, exit_msg, stdout))
output_file = open(output_file_path + '.txt', 'r')
out = output_file.read()
output_file.close()
finally:
self.cleanDir(tmp_dir)
data = datastream('output.txt')
data.setData(out)
return data
def test_nasty_tags(self):
self.browser.open(
"%s/@@filter-controlpanel" % self.portal_url)
self.assertEqual(
self.browser.getControl(name='form.widgets.nasty_tags').value,
'style\nobject\nembed\napplet\nscript\nmeta')
self.browser.getControl(
name='form.widgets.nasty_tags').value = 'div\na'
valid_tags = self.browser.getControl(
name='form.widgets.valid_tags').value
self.assertTrue(valid_tags.startswith('a\nabbr\nacronym\naddress'))
valid_tags = valid_tags.replace('a\n', '')
valid_tags = self.browser.getControl(
name='form.widgets.valid_tags').value = valid_tags
self.browser.getControl('Save').click()
self.assertEqual(self.settings.nasty_tags, [u'div', u'a'])
self.assertNotIn(u'a', self.settings.valid_tags)
# test that <a> is filtered
self.assertFalse(self.settings.disable_filtering)
good_html = '<p><a href="http://example.com">harmless link</a></p>'
ds = datastream('dummy_name')
self.assertEqual(
self.safe_html.convert(good_html, ds).getData(),
'<p/>'
)
def do_convert(self, filename=None):
if filename is None and exists(self.output + '.nofilename'):
output = self.output + '.nofilename'
else:
output = self.output
input = open(self.input)
orig = input.read()
input.close()
data = datastream(self.transform.name())
res_data = self.transform.convert(orig, data, filename=filename)
self.assert_(idatastream.isImplementedBy(res_data))
got = res_data.getData()
try:
output = open(output)
except IOError:
import sys
print >>sys.stderr, 'No output file found.'
print >>sys.stderr, 'File %s created, check it !' % self.output
output = open(output, 'w')
output.write(got)
output.close()
self.assert_(0)
expected = output.read()
print self.normalize
if self.normalize is not None:
expected = self.normalize(expected)
got = self.normalize(got)
output.close()
self.assertEquals(got, expected,
'[%s]\n\n!=\n\n[%s]\n\nIN %s(%s)' % (
got, expected, self.transform.name(), self.input))
self.assertEquals(self.subobjects, len(res_data.getSubObjects()),
'%s\n\n!=\n\n%s\n\nIN %s(%s)' % (
self.subobjects, len(res_data.getSubObjects()), self.transform.name(), self.input))
def test_stripped_combinations(self):
# test a combination that isn't normally filtered
self.assertFalse(self.safe_html._config['disable_transform'])
html = '<p class="wow">lala</p>'
ds = datastream('dummy_name')
self.assertEqual(
str(self.safe_html.convert(html, ds)),
html)
# we can set stripped combinations
self.browser.open(
"%s/@@filter-controlpanel" % self.portal_url)
self.browser.getControl(
name='form.widgets.stripped_combinations.buttons.add').click()
self.browser.getControl(
name='form.widgets.stripped_combinations.key.0'
).value = 'mytag1 p'
self.browser.getControl(
name='form.widgets.stripped_combinations.0'
).value = 'myattr1 class'
self.browser.getControl('Save').click()
# stripped combinations are stored on the transform
self.assertIn(
'mytag1 p',
self.safe_html._config['stripped_combinations'])
self.assertEqual(
'myattr1 class',
self.safe_html._config['stripped_combinations']['mytag1 p'])
# test that combination is now filtered
self.assertEqual(
str(self.safe_html.convert(html, ds)),
'<p>lala</p>')
def test_stripped_combinations(self):
# test a combination that isn't normally filtered
self.assertFalse(self.safe_html._config['disable_transform'])
html = '<p class="wow">lala</p>'
ds = datastream('dummy_name')
self.assertEqual(str(self.safe_html.convert(html, ds)), html)
# we can set stripped combinations
self.browser.open("%s/@@filter-controlpanel" % self.portal_url)
self.browser.getControl(
name='form.widgets.stripped_combinations.buttons.add').click()
self.browser.getControl(
name='form.widgets.stripped_combinations.key.0').value = 'mytag1 p'
self.browser.getControl(name='form.widgets.stripped_combinations.0'
).value = 'myattr1 class'
self.browser.getControl('Save').click()
# stripped combinations are stored on the transform
self.assertIn('mytag1 p',
self.safe_html._config['stripped_combinations'])
self.assertEqual(
'myattr1 class',
self.safe_html._config['stripped_combinations']['mytag1 p'])
# test that combination is now filtered
self.assertEqual(str(self.safe_html.convert(html, ds)), '<p>lala</p>')
def convert(self, data, cache, **kwargs):
kwargs['filename'] = 'input.tiff'
tmp_dir, input_file = self.initialize_tmpdir(data,
filename='input.tiff')
text = None
try:
output_file_path = os.path.join(tmp_dir, 'output')
cmd = self.binary, input_file, output_file_path
process = subprocess.Popen(
cmd,
stdout=subprocess.PIPE,
stderr=subprocess.STDOUT,
)
stdout = process.communicate()[0]
err = process.returncode
if err:
if err < 0:
exit_msg = 'killed with signal %s' % -err
else:
exit_msg = 'exited with status %s' % err
raise EnvironmentError('Command %r %s. Command output:\n%s' %
(cmd, exit_msg, stdout))
output_file = open(output_file_path + '.txt', 'r')
out = output_file.read()
output_file.close()
finally:
self.cleanDir(tmp_dir)
data = datastream('output.txt')
data.setData(out.rstrip()) # .rstrip() also removes page breaks
return data
def setUp(self):
self.workdir = tempfile.mkdtemp()
input_dir = os.path.join(os.path.dirname(__file__), 'input')
self.doc_simple1_path = os.path.join(input_dir, 'simpledoc1.doc')
self.doc_simple1 = open(self.doc_simple1_path, 'rb').read()
self.idata = datastream('mytestdoc.doc')
self.idata.setData(self.doc_simple1)
self.doc = None # to be set by tests
def test_cnxmlplus2cnxml(self):
cnxmlplus = open(os.path.join(dirname, 'test.cnxmlplus')).read()
transform = cnxmlplus_to_shortcodecnxml()
data = datastream('cnxml')
data = transform.convert(cnxmlplus, data)
data = data.getData()
self.assertTrue(len(data) > 0)
self.assertNotEquals(cnxmlplus, data)
def test_get_cache_key_no_key(self):
# contexts w/o given key result in ``None``
base = OOOTransformBase()
context = FakeContext()
stream = datastream('mystream')
stream.context = context
result = base.get_cache_key('invalid-key', stream)
assert result is None
def test_get_cache_key(self):
# OOOTransformBase instances can get cache keys
base = OOOTransformBase()
context = FakeContext()
stream = datastream('mystream')
stream.context = context
result = base.get_cache_key('some_key', stream)
assert result == 'foo'
def contents(self):
data = self.request['_data']
rev = self.request['rev']
contents = fix_workspace_html_anchors(data['contents'](),
self.context.absolute_url(), rev)
pt = getToolByName(self.context, 'portal_transforms')
stream = datastream('input')
pt.convert('safe_html', contents, stream)
return stream.getData()
def test_convert(self):
# we can convert odt docs to PDF.
transform = Odt2Pdf()
idatastream = datastream('mystream')
transform.convert(
open(self.src_path2, 'r').read(),
idatastream)
self.assertEqual(idatastream.getData()[:7], '%PDF-1.')
self.assertEqual(idatastream.getMetadata(), {'cache_key_pdf': None})
def _test_cnxmlplus2html_chain(self):
""" This looks more like a functional than unittest since it exercises
all the others too. Maybe we should move it.
"""
cnxmlplus = open(os.path.join(dirname, 'test.cnxmlplus')).read()
pt = getToolByName(self.portal, 'portal_transforms')
transform = pt['cnxmlplus_to_html_chain']
data = datastream(cnxmlplus)
data = transform.convert(cnxmlplus, data)
def test_convert(self):
# we can convert odt docs to HTML.
transform = Odt2Html()
idatastream = datastream('mystream')
transform.convert(
open(self.src_path2, 'r').read(),
idatastream)
assert '</span>' in idatastream.getData()
self.assertEqual(idatastream.getMetadata(), {'cache_key_html': None})
def test_nasty_tags(self):
self.browser.open("%s/@@filter-controlpanel" % self.portal_url)
self.browser.getControl(name="form.widgets.nasty_tags").value = "div\r\na"
self.browser.getControl("Save").click()
# test that <a> is filtered
self.assertFalse(self.safe_html._config["disable_transform"])
good_html = '<a href="http://example.com">harmless link</a>'
ds = datastream("dummy_name")
self.assertEqual(str(self.safe_html.convert(good_html, ds)), "")
def test_nasty_tags(self):
self.browser.open("%s/@@filter-controlpanel" % self.portal_url)
self.browser.getControl(
name='form.widgets.nasty_tags').value = 'div\r\na'
self.browser.getControl('Save').click()
# test that <a> is filtered
self.assertFalse(self.safe_html._config['disable_transform'])
good_html = '<p><a href="http://example.com">harmless link</a></p>'
ds = datastream('dummy_name')
self.assertEqual(str(self.safe_html.convert(good_html, ds)), '')
def test_transform_doesnt_swallow_conflict_errors(self):
stream = datastream('dummy')
# Patch TikaConverter class to just raise a ConflictError
MockConverter = self.mocker.replace('ftw.tika.converter.TikaConverter')
self.expect(MockConverter()).result(RaisingConverter(ConflictError))
self.replay()
transform = Tika2TextTransform()
with self.assertRaises(ConflictError):
transform.convert('', stream)
def convertTo(self,
target_mimetype,
orig,
data=None,
object=None,
**kwargs):
assert orig == self.expected, '????'
if data is None:
data = datastream('test')
data.setData(orig)
return data
def test_disable_filtering(self):
self.browser.open("%s/@@filter-controlpanel" % self.portal_url)
self.browser.getControl(name="form.widgets.disable_filtering:list").value = "selected"
self.browser.getControl("Save").click()
# test that the transform is disabled
self.assertEqual(self.safe_html._config["disable_transform"], 1)
# anything passes
nasty_html = "<script></script>"
ds = datastream("dummy_name")
self.assertEqual(nasty_html, str(self.safe_html.convert(nasty_html, ds)))
def do_convert(self, filename=None):
if filename is None and exists(self.output + '.nofilename'):
output = self.output + '.nofilename'
else:
output = self.output
orig = read_file_data(self.input)
data = datastream(self.transform.name())
res_data = self.transform.convert(orig, data, filename=filename)
self.assertTrue(IDataStream.providedBy(res_data))
got = res_data.getData()
self.assertIsInstance(got, self.allowed_types)
try:
expected = read_file_data(self.output)
except IOError:
expected = ''
import sys
print('No output file found.', file=sys.stderr)
print('File {0} created, check it !'.format(self.output),
file=sys.stderr)
with open(output, 'w') as fd:
fd.write(got)
self.assertTrue(0)
if self.normalize is not None:
got = self.normalize(got)
expected = self.normalize(expected)
# show the first character ord table for debugging
got_start = got.strip()[:20]
expected_start = expected.strip()[:20]
msg = 'IN {0}({1}) expected:\n{2}\nbut got:\n{3}'.format(
self.transform.name(),
self.input,
"%s %s" % (expected_start, str([ord(x) for x in expected_start])),
"%s %s" % (got_start, str([ord(x) for x in got_start])),
)
# compare md5 sum of the whole file content
self.assertEqual(
got_start,
expected_start,
msg,
)
self.assertEqual(
self.subobjects, len(res_data.getSubObjects()),
'%s\n\n!=\n\n%s\n\nIN %s(%s)' % (
self.subobjects,
len(res_data.getSubObjects()),
self.transform.name(),
self.input,
))
def test_disable_filtering(self):
self.browser.open("%s/@@filter-controlpanel" % self.portal_url)
self.browser.getControl(
name='form.widgets.disable_filtering:list').value = "selected"
self.browser.getControl('Save').click()
# test that the transform is disabled
self.assertEqual(self.safe_html._config['disable_transform'], 1)
# anything passes
nasty_html = '<script></script>'
ds = datastream('dummy_name')
self.assertEqual(nasty_html,
str(self.safe_html.convert(nasty_html, ds)))
def do_convert(self, filename=None):
if filename is None and exists(self.output + '.nofilename'):
output = self.output + '.nofilename'
else:
output = self.output
with open(self.input) as fp:
orig = fp.read()
data = datastream(self.transform.name())
res_data = self.transform.convert(orig, data, filename=filename)
self.assert_(IDataStream.providedBy(res_data))
got = res_data.getData()
try:
output = open(output)
except IOError:
import sys
print >> sys.stderr, 'No output file found.'
print >> sys.stderr, 'File %s created, check it !' % self.output
output = open(output, 'w')
output.write(got)
output.close()
self.assert_(0)
expected = output.read()
if self.normalize is not None:
expected = self.normalize(expected)
got = self.normalize(got)
output.close()
got_start = got.strip()[:20]
expected_start = expected.strip()[:20]
msg = 'IN {0}({1}) expected:\n{2}\nbut got:\n{3}'.format(
self.transform.name(),
self.input,
str([ord(x) for x in expected_start]),
str([ord(x) for x in got_start]),
)
self.assertEqual(
got_start,
expected_start,
msg
)
self.assertEqual(
self.subobjects,
len(res_data.getSubObjects()),
'%s\n\n!=\n\n%s\n\nIN %s(%s)' % (
self.subobjects,
len(res_data.getSubObjects()),
self.transform.name(),
self.input
)
)
def test_convert_with_cachekey(self):
# we retrieve cached files if cache_key is set and valid
cache_key = self.register_fakedoc_in_cache(
src=self.src_path1, options=OPTIONS_HTML)
transform = Odt2Html(cache_dir=self.cachedir)
idatastream = datastream('mystream')
# set cache key for HTML
idatastream.context = FakeContext(html_key=cache_key)
transform.convert(
# We give a different source than what was cached as source.
# This way we can be sure that if we get the fake result, it was
# really retrieved via cache key lookup and not via source
# lookup.
open(self.src_path2, 'r').read(),
idatastream)
assert idatastream.getData() == 'A fake result.'
def convert(markup):
"""Use this function to transform markup from trix to markup that can
be processed by sablon.
This converter is expected to do nothing since trix markup is already valid
for sablon. It is just a safeguard against malicious markup injection or
against changes in trix.
Thus we also log to sentry whenever we actually have to convert markup.
"""
data = _transform.convert(markup, data=datastream('trix_to_sablon'))
converted = data.getData()
if converted != markup:
_log_unexpected_conversion_to_sentry(converted, markup)
return converted
def convert(markup):
"""Use this function to transform markup from trix to markup that can
be processed by sablon.
This converter is expected to do nothing since trix markup is already valid
for sablon. It is just a safeguard against malicious markup injection or
against changes in trix.
Thus we also log to sentry whenever we actually have to convert markup.
"""
data = _transform.convert(markup, data=datastream('trix_to_sablon'))
converted = data.getData()
if converted != markup:
_log_unexpected_conversion_to_sentry(converted, markup)
return converted
def test_nasty_tags(self):
self.browser.open("%s/@@filter-controlpanel" % self.portal_url)
self.browser.getControl(
name='form.widgets.nasty_tags').value = 'div\r\na'
valid_tags = self.browser.getControl(
name='form.widgets.valid_tags').value
valid_tags = valid_tags.replace('a\r\n', '')
valid_tags = self.browser.getControl(
name='form.widgets.valid_tags').value = valid_tags
self.browser.getControl('Save').click()
# test that <a> is filtered
self.assertFalse(self.settings.disable_filtering)
good_html = '<p><a href="http://example.com">harmless link</a></p>'
ds = datastream('dummy_name')
self.assertEqual(str(self.safe_html.convert(good_html, ds)), '<p/>')
def generate(self):
reader = libsbml.SBMLReader()
doc = reader.readSBMLFromString(self.input)
model = doc.getModel()
pt = getToolByName(self.context, 'portal_transforms', None)
if pt:
stream = datastream('license_description')
pt.convert('safe_html', model.getNotesString(), stream)
text = stream.getData().decode('utf8', 'ignore')
else:
# XXX should warn unsafe
text = model.getNotesString()
return (
('text', text,),
)
def test_disable_filtering(self):
self.browser.open(
"%s/@@filter-controlpanel" % self.portal_url)
self.browser.getControl(
name='form.widgets.disable_filtering:list').value = "selected"
self.browser.getControl('Save').click()
# test that the transform is disabled
self.assertEqual(
self.settings.disable_filtering,
1)
# anything passes
nasty_html = '<script></script>'
ds = datastream('dummy_name')
self.assertEqual(
nasty_html,
str(self.safe_html.convert(nasty_html, ds))
)
def do_convert(self, filename=None):
if filename is None and exists(self.output + ".nofilename"):
output = self.output + ".nofilename"
else:
output = self.output
input = open(self.input)
orig = input.read()
input.close()
data = datastream(self.transform.name())
res_data = self.transform.convert(orig, data, filename=filename)
self.assert_(IDataStream.providedBy(res_data))
got = res_data.getData()
try:
output = open(output)
except IOError:
import sys
print >> sys.stderr, "No output file found."
print >> sys.stderr, "File %s created, check it !" % self.output
output = open(output, "w")
output.write(got)
output.close()
self.assert_(0)
expected = output.read()
if self.normalize is not None:
expected = self.normalize(expected)
got = self.normalize(got)
output.close()
got_start = got.strip()[:20]
expected_start = expected.strip()[:20]
self.assertEquals(
got_start,
expected_start,
"[%s]\n\n!=\n\n[%s]\n\nIN %s(%s)" % (got_start, expected_start, self.transform.name(), self.input),
)
self.assertEquals(
self.subobjects,
len(res_data.getSubObjects()),
"%s\n\n!=\n\n%s\n\nIN %s(%s)"
% (self.subobjects, len(res_data.getSubObjects()), self.transform.name(), self.input),
)
def test_stripped_combinations(self):
# test a combination that isn't normally filtered
self.assertFalse(self.safe_html._config["disable_transform"])
html = '<p class="wow">lala</p>'
ds = datastream("dummy_name")
self.assertEqual(str(self.safe_html.convert(html, ds)), html)
# we can set stripped combinations
self.browser.open("%s/@@filter-controlpanel" % self.portal_url)
self.browser.getControl(name="form.widgets.stripped_combinations.buttons.add").click()
self.browser.getControl(name="form.widgets.stripped_combinations.key.0").value = "mytag1 p"
self.browser.getControl(name="form.widgets.stripped_combinations.0").value = "myattr1 class"
self.browser.getControl("Save").click()
# stripped combinations are stored on the transform
self.assertIn("mytag1 p", self.safe_html._config["stripped_combinations"])
self.assertEqual("myattr1 class", self.safe_html._config["stripped_combinations"]["mytag1 p"])
# test that combination is now filtered
self.assertEqual(str(self.safe_html.convert(html, ds)), "<p>lala</p>")
def convert(self, data, cache, **kwargs):
kwargs['filename'] = 'input.tiff'
tmp_dir, input_file = self.initialize_tmpdir(data,
filename='input.tiff')
text = None
try:
command = self.binary
output_file_path = os.path.join(tmp_dir, 'output')
cmd = '%s %s %s' % (
self.binary, input_file, output_file_path)
os.system(cmd)
output_file = open(output_file_path + '.txt', 'r')
out = output_file.read()
output_file.close()
finally:
self.cleanDir(tmp_dir)
data = datastream('output.txt')
data.setData(out)
return data
def do_convert(self, filename=None):
if filename is None and exists(self.output + '.nofilename'):
output = self.output + '.nofilename'
else:
output = self.output
input = open(self.input)
orig = input.read()
input.close()
data = datastream(self.transform.name())
res_data = self.transform.convert(orig, data, filename=filename)
self.assert_(IDataStream.providedBy(res_data))
got = res_data.getData()
try:
output = open(output)
except IOError:
import sys
print >> sys.stderr, 'No output file found.'
print >> sys.stderr, 'File %s created, check it !' % self.output
output = open(output, 'w')
output.write(got)
output.close()
self.assert_(0)
expected = output.read()
if self.normalize is not None:
expected = self.normalize(expected)
got = self.normalize(got)
output.close()
got_start = got.strip()[:30]
expected_start = expected.strip()[:30]
self.assertEquals(
got_start, expected_start, '[%s]\n\n!=\n\n[%s]\n\nIN %s(%s)' %
(got_start, expected_start, self.transform.name(), self.input))
self.assertEquals(
self.subobjects, len(res_data.getSubObjects()),
'%s\n\n!=\n\n%s\n\nIN %s(%s)' %
(self.subobjects, len(
res_data.getSubObjects()), self.transform.name(), self.input))
def test_shortcodecnxml2shortcodehtml(self):
cnxml = open(os.path.join(dirname, 'test.cnxml')).read()
transform = shortcodecnxml_to_shortcodehtml()
data = datastream('cnxml')
data = transform.convert(cnxml, data)
def convert(self, input):
pt = getToolByName(self.context, 'portal_transforms')
stream = datastream('pt_annotation')
pt.convert(self.transform, input, stream)
return stream.getData()
def texSlideSection(self, section):
type = self.slideSectionType(section)
# Neither image or text, ignore section
if not section.image_code and not section.text:
return
if type == 'explanation':
# Explanations are only useful as footnotes to slides
return
if type == 'main':
# Write out approximation to slide
self.writeTeX(['\\fbox{']);
# Main section text goes into a slide minipage
if section.text and section.text.raw:
self.writeTeX([
'\\begin{minipage}{' + ('0.58' if section.image_code else '0.97') + '\\textwidth}',
section.text,
'\\end{minipage}',
])
# If there is an image, write it into a minipage
if section.image_code and section.image_code.raw:
tf = ScriptToTeX()
data = tf.convert(
section.image_code.raw,
datastream("scriptToImage"),
mimetype='text/x-uri' if section.image_code.mimeType == 'text/x-url' else section.image_code.mimeType)
self.writeTeX([
'\\hspace{0.5mm}',
'\\begin{minipage}{' + ('0.38' if type != 'main' or section.text else '0.97') + '\\textwidth}',
data.getData(),
'\scriptsize ' + section.image_caption if section.image_caption else '',
'\\end{minipage}',
])
self.writeTeX(['}']);
else:
self.writeTeX(['\\subsubsection{' + section.title + '}'])
# Write out floating image
if section.image_code and section.image_code.raw:
tf = ScriptToTeX()
data = tf.convert(
section.image_code.raw,
datastream("scriptToImage"),
mimetype='text/x-uri' if section.image_code.mimeType == 'text/x-url' else section.image_code.mimeType)
self.writeTeX([
'\\begin{figure}[h]',
'\\hspace{0.5mm}',
'\\begin{minipage}{0.48\\textwidth}',
data.getData(),
'\\caption{%s}' % section.image_caption if section.image_caption else '',
'\\end{minipage}',
'\\end{figure}',
])
# Rest of text goes in verbatim
self.writeTeX([section.text])
def texSlideSection(self, obj):
type = self.slideSectionType(obj)
if type == 'main':
isExpl = False
elif type == 'explanation':
isExpl = True
else:
# Ignore other sections
return
haveText = (obj.text and obj.text.raw)
haveImage = (obj.image_code and obj.image_code.raw)
if self.slideInfo['mainText'] and self.slideInfo['explText']:
imageSize = 5
elif self.slideInfo['mainText'] and not self.slideInfo['explText']:
imageSize = 6
elif not self.slideInfo['mainText'] and self.slideInfo['explText']:
imageSize = 7
else:
imageSize = 9
if self.slideInfo['explImage'] or isExpl:
imageSize -= 1
imageSize -= 1
imageSize = str(imageSize)
self.writeTeX([
'%% Section ' + (obj.title or "main"),
'\\begin{tabular}{ll}',
])
# Slide text
if haveText:
self.writeTeX([
'\\begin{minipage}{' + ('0.58' if haveImage else '0.97') + '\\textwidth}',
'{\\scriptsize' if isExpl else '',
'\\vfill' if isExpl else '',
obj.text,
'}' if isExpl else '',
'\\end{minipage}',
])
# Slide image
if haveImage:
tf = ScriptToTeX()
data = tf.convert(
obj.image_code.raw,
datastream("scriptToImage"),
mimetype='text/x-uri' if obj.image_code.mimeType == 'text/x-url' else obj.image_code.mimeType)
self.writeTeX([
'\\hspace{0.5mm}',
'\\begin{minipage}{' + ('0.38' if haveText else '0.97') + '\\textwidth}',
'\\begin{figure}',
data.getData(),
'\\caption{\scriptsize ' + obj.image_caption + '}' if obj.image_caption else '',
'\\end{figure}',
'\\end{minipage}',
])
self.writeTeX([
'\\end{tabular}',
])
def _wrap(self, name):
"""wrap a data object in an icache"""
return datastream(name)
def test_shortcodehtml2html(self):
html = open(os.path.join(dirname, 'test.html')).read()
transform = shortcodehtml_to_html()
data = datastream(html)
data = transform.convert(html, data)
def _wrap(self, name):
"""wrap a data object in an icache"""
return datastream(name)
def convertTo(self, target_mimetype, orig, data=None, object=None, **kwargs):
assert orig == self.expected, '????'
if data is None:
data = datastream('test')
data.setData(orig)
return data
