def test_should_not_override_existing_values(self):
reader = TagReader()
title = reader.readfile(self.filename)['TITLE']
writer = TagWriter()
from time import time
now = str(time() * 1000)
tags = {
'ALBUM': now
}
writer.write(tags, self.filename)
self.assertEqual(title, reader.readfile(self.filename)['TITLE'])
def test_document_keys_should_be_uppercase(self):
reader = TagReader()
document = reader.readfile(self.filename)
{value: self.assertTrue(value.isupper(), 'Expecting key to be upper but was {0}'.format(value)) for value in
document}
def test_should_read_file_content(self):
reader = TagReader()
tags = flac.FLAC(self.filename).tags
document = reader.readfile(self.filename)
[(tagName, self._getTagName(tagName, tagValue)) for (tagName, tagValue) in tags]
self.assertEqual(self.expectedDocument['ALBUM'], document['ALBUM'])
self.assertEqual(self.expectedDocument['ARTIST'], document['ARTIST'])
def test_should_write_tags(self):
writer = TagWriter()
from time import time
now = str(time() * 1000)
tags = {
'ALBUM': now
}
writer.write(tags, self.filename)
reader = TagReader()
document = reader.readfile(self.filename)
self.assertEqual(document['ALBUM'], now)
def test_document_should_contain_file_name(self):
reader = TagReader()
document = reader.readfile(self.filename)
self.assertTrue(document['PATH'])
def test_document_should_not_be_empty(self):
reader = TagReader()
document = reader.readfile(self.filename)
self.assertTrue(document, 'Expecting not empty document')
def test_document_should_not_be_null(self):
reader = TagReader()
document = reader.readfile(self.filename)
self.assertIsNotNone(document, 'Expecting tag document not to be null')
