def test_Pipeline(self):
from niprov.formatsimple import SimpleFormat
pipeline = Mock()
tree = {'raw.f':{'1a.f':{'2.f':{}},'1b.f':{}}}
exp = ''
exp += '+---raw.f\n'
exp += '| +---1a.f\n'
exp += '| | +---2.f\n'
exp += '| +---1b.f\n'
pipeline.asFilenameTree.return_value = tree
exporter = SimpleFormat()
out = exporter.serializePipeline(pipeline)
self.assertEqual(exp, out)
def test_Pipeline(self):
from niprov.formatsimple import SimpleFormat
pipeline = Mock()
tree = {'raw.f': {'1a.f': {'2.f': {}}, '1b.f': {}}}
exp = ''
exp += '+---raw.f\n'
exp += '| +---1a.f\n'
exp += '| | +---2.f\n'
exp += '| +---1b.f\n'
pipeline.asFilenameTree.return_value = tree
exporter = SimpleFormat()
out = exporter.serializePipeline(pipeline)
self.assertEqual(exp, out)
def create(self, formatName):
if formatName == 'json':
return JsonFormat(self.dependencies)
if formatName == 'xml':
return XmlFormat(self.dependencies)
if formatName == 'narrated':
return NarratedFormat()
if formatName == 'simple':
return SimpleFormat()
if formatName == 'dict':
return DictFormat()
if formatName == 'object':
return ObjectFormat()
if formatName == 'picture':
return PictureCache(self.dependencies)
raise ValueError('Unknown format: ' + str(formatName))
def test_Statistics(self):
from niprov.formatsimple import SimpleFormat
exporter = SimpleFormat()
out = exporter.serializeStatistics({'count':123,'totalsize':678})
self.assertIn(' Number of files: 123', out)
self.assertIn(' Total file size: 678', out)
def test_SerializeSingle(self):
from niprov.formatsimple import SimpleFormat
exporter = SimpleFormat()
out = exporter.serializeSingle(self.aFile())
self.assertIn('a: b\n', out)
def test_Statistics(self):
from niprov.formatsimple import SimpleFormat
exporter = SimpleFormat()
out = exporter.serializeStatistics({'count': 123, 'totalsize': 678})
self.assertIn(' Number of files: 123', out)
self.assertIn(' Total file size: 678', out)
def test_SerializeSingle(self):
from niprov.formatsimple import SimpleFormat
exporter = SimpleFormat()
out = exporter.serializeSingle(self.aFile())
self.assertIn('a: b\n', out)