def testRefreshOdt(self):
"""Test refresh argument"""
# Check when refreshing is disabled
data = encodestring(open("data/test_fields.odt").read())
handler = Handler(self.tmp_url,
decodestring(data),
'odt',
refresh=False)
doc_exported = handler.convert("odt")
document_output_url = path.join(self.tmp_url, "testExport.odt")
self._save_document(document_output_url, doc_exported)
zip_handler = ZipFile(document_output_url)
content_tree = etree.fromstring(zip_handler.read('content.xml'))
self.assertFalse(
content_tree.xpath('//text:variable-get[text() = "DISPLAY ME"]',
namespaces=content_tree.nsmap))
# Check when refreshing is enabled
data = encodestring(open("data/test_fields.odt").read())
handler = Handler(self.tmp_url,
decodestring(data),
'odt',
refresh=True)
doc_exported = handler.convert("odt")
document_output_url = path.join(self.tmp_url, "testExport.odt")
self._save_document(document_output_url, doc_exported)
zip_handler = ZipFile(document_output_url)
content_tree = etree.fromstring(zip_handler.read('content.xml'))
self.assertTrue(
content_tree.xpath('//text:variable-get[text() = "DISPLAY ME"]',
namespaces=content_tree.nsmap))
def testRefreshOdt(self):
"""Test refresh argument"""
# Check when refreshing is disabled
data = encodestring(open("data/test_fields.odt").read())
handler = Handler(self.tmp_url,
decodestring(data),
'odt',
refresh=False)
doc_exported = handler.convert("odt")
document_output_url = path.join(self.tmp_url, "testExport.odt")
self._save_document(document_output_url, doc_exported)
zip_handler = ZipFile(document_output_url)
content_tree = etree.fromstring(zip_handler.read('content.xml'))
self.assertFalse(content_tree.xpath('//text:variable-get[text() = "DISPLAY ME"]',
namespaces=content_tree.nsmap))
# Check when refreshing is enabled
data = encodestring(open("data/test_fields.odt").read())
handler = Handler(self.tmp_url,
decodestring(data),
'odt',
refresh=True)
doc_exported = handler.convert("odt")
document_output_url = path.join(self.tmp_url, "testExport.odt")
self._save_document(document_output_url, doc_exported)
zip_handler = ZipFile(document_output_url)
content_tree = etree.fromstring(zip_handler.read('content.xml'))
self.assertTrue(content_tree.xpath('//text:variable-get[text() = "DISPLAY ME"]',
namespaces=content_tree.nsmap))
def testConvertDocToOdt(self):
"""Test convert DOC to ODT"""
data = encodestring(open("data/test.doc").read())
handler = Handler(self.tmp_url, decodestring(data), 'doc')
doc_exported = handler.convert("odt")
self._assert_document_output(
doc_exported, "application/vnd.oasis.opendocument.text")
def testConvertWithOpenOfficeStopped(self):
"""Test convert with openoffice stopped"""
openoffice.stop()
data = encodestring(open("data/test.doc").read())
handler = Handler(self.tmp_url, decodestring(data), "doc")
doc_exported = handler.convert("odt")
self._assert_document_output(doc_exported, "application/vnd.oasis.opendocument.text")
def testConvertWithOpenOfficeStopped(self):
"""Test convert with openoffice stopped"""
openoffice.stop()
data = encodestring(open("data/test.doc").read())
handler = Handler(self.tmp_url, decodestring(data), 'doc')
doc_exported = handler.convert("odt")
self._assert_document_output(
doc_exported, "application/vnd.oasis.opendocument.text")
def testConvertOdtToDoc(self):
"""Test convert ODT to DOC"""
data = encodestring(open("data/test.odt").read())
handler = Handler(self.tmp_url,
decodestring(data),
'odt')
doc_exported = handler.convert("doc")
self._assert_document_output(doc_exported, "application/msword")
def testConvertDocToOdt(self):
"""Test convert DOC to ODT"""
data = encodestring(open("data/test.doc").read())
handler = Handler(self.tmp_url,
decodestring(data),
'doc')
doc_exported = handler.convert("odt")
self._assert_document_output(doc_exported,
"application/vnd.oasis.opendocument.text")
def testConvertOdtToDoc(self):
"""Test convert ODT to DOC"""
data = encodestring(open("data/test.odt").read())
handler = Handler(self.tmp_url, decodestring(data), 'odt')
doc_exported = handler.convert("doc")
self._assert_document_output(doc_exported, "application/msword")
