def test_one(self):
logEntries = {}
def append(path, contents):
path = os.path.split(path)[1]
if path not in logEntries:
logEntries[path] = []
logEntries[path].append(contents)
def written(path, contents):
print path, contents
def flush(path):
pass
def read(path):
return True, []
pyOpenFiles = Storage.PythonOpenFiles(
append,
written,
flush,
read
)
fileStore = Storage.FileKeyspaceStorage(
'test-cache-dir',
self.keyspace,
self.keyrange,
pyOpenFiles.asInterface(),
.01)
entries = [Storage.createLogEntryEvent(self.getKey('key-%x' % ix), json('value-%s' % ix), ix)
for ix in range(100)]
for e in entries:
fileStore.writeLogEntry(e)
success, readEntries = Storage.deserializeAllLogEntries(logEntries.values()[0])
self.assertEqual(tuple(readEntries), tuple(entries))
def test_one(self):
logEntries = {}
def append(path, contents):
path = os.path.split(path)[1]
if path not in logEntries:
logEntries[path] = []
logEntries[path].append(contents)
def written(path, contents):
print path, contents
def flush(path):
pass
def read(path):
return True, []
pyOpenFiles = Storage.PythonOpenFiles(append, written, flush, read)
fileStore = Storage.FileKeyspaceStorage('test-cache-dir',
self.keyspace, self.keyrange,
pyOpenFiles.asInterface(), .01)
entries = [
Storage.createLogEntryEvent(self.getKey('key-%x' % ix),
json('value-%s' % ix), ix)
for ix in range(100)
]
for e in entries:
fileStore.writeLogEntry(e)
success, readEntries = Storage.deserializeAllLogEntries(
logEntries.values()[0])
self.assertEqual(tuple(readEntries), tuple(entries))
