def test_iter(self):
meta = OfficeDocumentMeta()
TAGS = [('TAG1', 'VALUE1'), ('TAG2', 'KEYWORD2')]
for name, value in TAGS:
meta.usertags[name] = value
result = list(meta.usertags)
self.assertSequenceEqual(TAGS, result)
def test_remove_and_in_operator(self):
meta = OfficeDocumentMeta()
NAME = 'TAG1'
meta.usertags[NAME] = 'VALUE1'
self.assertTrue(NAME in meta.usertags)
del meta.usertags[NAME]
self.assertFalse(NAME in meta.usertags)
def test_usertags_to_dict(self):
meta = OfficeDocumentMeta()
TAGS = dict([('TAG1', 'VALUE1'), ('TAG2', 'KEYWORD2')])
for name, value in TAGS.items():
meta.usertags[name] = value
result = dict(meta.usertags)
self.assertDictEqual(TAGS, result)
def test_clear(self):
meta = OfficeDocumentMeta(etree.XML(testdata))
meta.clear()
with self.assertRaises(KeyError):
meta['generator']
self.assertEqual(len(list(meta.keywords)), 0)
self.assertEqual(len(dict(meta.usertags)), 0)
self.assertEqual(len(dict(meta.count)), 0)
def test_clear(self):
meta = OfficeDocumentMeta()
meta.keywords.add('KEYWORD1')
meta.keywords.add('KEYWORD2')
meta.keywords.clear()
self.assertFalse('KEYWORD1' in meta.keywords)
self.assertFalse('KEYWORD2' in meta.keywords)
def test_iter(self):
meta = OfficeDocumentMeta()
KW = ['KEYWORD1', 'KEYWORD2']
for keyword in KW:
meta.keywords.add(keyword)
result = list(meta.keywords)
self.assertSequenceEqual(KW, result)
def test_remove_and_in_operator(self):
meta = OfficeDocumentMeta()
KW = 'KEYWORD1'
meta.keywords.add(KW)
self.assertTrue(KW in meta.keywords)
meta.keywords.remove(KW)
self.assertFalse(KW in meta.keywords)
def test_get(self):
meta = OfficeDocumentMeta(etree.XML(testdata))
self.assertEqual(meta.count['word'], 99)
self.assertEqual(meta.count['character'], 999)
self.assertEqual(meta.count['paragraph'], 10)
self.assertEqual(meta.count['page'], 3)
self.assertEqual(meta.count['table'], 0)
self.assertEqual(meta.count['sentence'], 0)
def test_update(self):
d = {
'TEST1': 'VALUE1',
'TEST2': 'VALUE2',
}
meta = OfficeDocumentMeta()
meta.usertags.update(d)
self.assertEqual(meta.usertags['TEST1'], 'VALUE1')
self.assertEqual(meta.usertags['TEST2'], 'VALUE2')
def test_clear(self):
meta = OfficeDocumentMeta()
meta.usertags.update({
'TEST1': 'VALUE1',
'TEST2': 'VALUE2',
})
meta.usertags.clear()
self.assertFalse('TEST1' in meta.usertags)
self.assertFalse('TEST2' in meta.usertags)
def test_editing_cycles(self):
meta = OfficeDocumentMeta()
self.assertRaises(KeyError, meta.__getitem__, 'editing-cycles')
meta.inc_editing_cycles()
self.assertEqual(meta['editing-cycles'], '1')
meta.inc_editing_cycles()
self.assertEqual(meta['editing-cycles'], '2')
def test_update(self):
d = {
'character': 1,
'paragraph': 2,
'image': 3,
'word': 4,
'table': 5,
'page':6,
'object': 7,
}
meta = OfficeDocumentMeta(etree.XML(testdata))
meta.count.update(d)
for key, value in d.items():
self.assertEqual(meta.count[key], value, 'count fails on %s' % key)
def test_new_Meta(self):
meta = OfficeDocumentMeta()
self.assertEqual(meta['generator'], GENERATOR)
def test_open(self):
meta = OfficeDocumentMeta(etree.XML(testdata))
self.assertEqual(meta['initial-creator'], "Manfred Moitzi")
def test_clear(self):
meta = OfficeDocumentMeta(etree.XML(testdata))
meta.count.clear()
d = dict(meta.count)
self.assertEqual(len(d), 0)
def test_get_error(self):
meta = OfficeDocumentMeta()
with self.assertRaises(KeyError):
meta['XXX']
def test_get_metadata_error(self):
meta = OfficeDocumentMeta(etree.XML(testdata))
with self.assertRaises(KeyError):
meta['Terminator']
def test_all_tags(self):
meta = OfficeDocumentMeta()
data = "djkwzr648tjdgdhjfzezglhfih"
for tag in TAGS:
meta[tag] = data
self.assertEqual(meta[tag], data)
def test_typeof_error(self):
meta = OfficeDocumentMeta()
with self.assertRaises(KeyError):
meta.usertags.typeof('Nelson')
def test_usertag_in_xml_serialisation(self):
meta = OfficeDocumentMeta()
meta.usertags['TAG1'] = 'VALUE1'
self.assertTrue(b'<meta:user-defined meta:name="TAG1">VALUE1</meta:user-defined>' in meta.tobytes())
def test_keyword_in_xml_serialisation(self):
meta = OfficeDocumentMeta()
meta.keywords.add('KEYWORD1')
self.assertTrue(b'<meta:keyword>KEYWORD1</meta:keyword>' in meta.tobytes())
def test_typeof_float(self):
meta = OfficeDocumentMeta()
meta.usertags.set('TAG1', '100.0', 'float')
self.assertEqual(meta.usertags.typeof('TAG1'), 'float')
def test_usertag_with_type_in_xml_serialisation(self):
meta = OfficeDocumentMeta()
meta.usertags.set('TAG1', '100.0', 'float')
self.assertTrue(b'<meta:user-defined meta:name="TAG1" meta:value-type="float">100.0</meta:user-defined>' in meta.tobytes())
def test_add_and_in_operator(self):
meta = OfficeDocumentMeta()
meta.usertags['TAG1'] = 'VALUE1'
self.assertTrue('TAG1' in meta.usertags)
def test_add_and_modify(self):
meta = OfficeDocumentMeta()
meta.usertags['TAG1'] = 'VALUE1'
self.assertEqual(meta.usertags['TAG1'], 'VALUE1')
meta.usertags['TAG1'] = 'VALUE2'
self.assertEqual(meta.usertags['TAG1'], 'VALUE2')
def test_tobytes_without_manipulation(self):
meta = OfficeDocumentMeta(etree.XML(testdata))
result = meta.tobytes()
self.assertTrue(in_XML(result, testdata))
def test_set(self):
meta = OfficeDocumentMeta(etree.XML(testdata))
self.assertEqual(meta.count['word'], 99)
meta.count['word'] = 17
self.assertEqual(meta.count['word'], 17)
def test_set_metadata(self):
meta = OfficeDocumentMeta(etree.XML(testdata))
meta['creator'] = 'Bob the Builder'
self.assertEqual(meta['creator'], 'Bob the Builder')
def test_set_keyerror(self):
meta = OfficeDocumentMeta(etree.XML(testdata))
with self.assertRaises(KeyError):
meta.count['xxx'] = 777
def test_set_metadata_error(self):
meta = OfficeDocumentMeta(etree.XML(testdata))
with self.assertRaises(KeyError):
meta['Terminator'] = 'Arnold Schwarzenegger'
def test__iter__(self):
meta = OfficeDocumentMeta(etree.XML(testdata))
d = dict(meta.count)
self.assertSequenceEqual(sorted(d.keys()),
sorted(['character','paragraph', 'image', 'word',
'table', 'page', 'object',]))
def test_typeof_string(self):
meta = OfficeDocumentMeta()
meta.usertags['TAG1'] = 'VALUE1'
self.assertEqual(meta.usertags.typeof('TAG1'), 'string')
def test_remove_error(self):
meta = OfficeDocumentMeta()
with self.assertRaises(KeyError):
del meta.usertags['XXX']
