def testRead_NotConnected(self):
key = "_Read_NotConnected"
t = Transaction()
t.close_connection()
#self.assertRaises(scalaris.ConnectionError, t.read, str(self._testTime) + key)
self.assertRaises(scalaris.NotFoundError, t.read, str(self._testTime) + key)
t.close_connection()
def testReqTooLarge(self):
conn = Transaction()
data = '0' * _TOO_LARGE_REQUEST_SIZE
key = "_ReqTooLarge"
try:
conn.write(str(self._testTime) + key, data)
self.fail('The write should have failed unless yaws_max_post_data was set larger than ' + str(_TOO_LARGE_REQUEST_SIZE))
except scalaris.ConnectionError:
pass
conn.close_connection()
def testWriteString_NotConnected(self):
key = "_WriteString_NotConnected"
t = Transaction()
t.close_connection()
#self.assertRaises(scalaris.ConnectionError, t.write, str(self._testTime) + key, _TEST_DATA[0])
t.write(str(self._testTime) + key, _TEST_DATA[0])
t.close_connection()
def testWriteString_NotFound(self):
key = "_WriteString_notFound"
t = Transaction()
notFound = False
try:
t.read(str(self._testTime) + key)
except scalaris.NotFoundError:
notFound = True
self.assertTrue(notFound)
t.write(str(self._testTime) + key, _TEST_DATA[0])
self.assertEqual(t.read(str(self._testTime) + key), _TEST_DATA[0])
t.close_connection()
def testWriteString_NotConnected(self):
key = "_WriteString_NotConnected"
t = Transaction()
t.close_connection()
#self.assertRaises(scalaris.ConnectionError, t.write, str(self._testTime) + key, _TEST_DATA[0])
t.write(str(self._testTime) + key, _TEST_DATA[0])
t.close_connection()
def testWriteString_NotFound(self):
key = "_WriteString_notFound"
t = Transaction()
notFound = False
try:
t.read(str(self._testTime) + key)
except scalaris.NotFoundError:
notFound = True
self.assertTrue(notFound)
t.write(str(self._testTime) + key, _TEST_DATA[0])
self.assertEqual(t.read(str(self._testTime) + key), _TEST_DATA[0])
t.close_connection()
def testWriteList1(self):
key = "_testWriteList1_"
t = scalaris.Transaction()
for i in xrange(0, len(_TEST_DATA) - 1, 2):
t.write(str(self._testTime) + key + str(i), [_TEST_DATA[i], _TEST_DATA[i + 1]])
# now try to read the data:
for i in xrange(0, len(_TEST_DATA), 2):
actual = t.read(str(self._testTime) + key + str(i))
self.assertEqual(actual, [_TEST_DATA[i], _TEST_DATA[i + 1]])
# commit the transaction and try to read the data with a new one:
t.commit()
t.close_connection()
t = Transaction()
for i in xrange(0, len(_TEST_DATA), 2):
actual = t.read(str(self._testTime) + key + str(i))
self.assertEqual(actual, [_TEST_DATA[i], _TEST_DATA[i + 1]])
t.close_connection()
def testRead_NotConnected(self):
key = "_Read_NotConnected"
t = Transaction()
t.close_connection()
#self.assertRaises(scalaris.ConnectionError, t.read, str(self._testTime) + key)
self.assertRaises(scalaris.NotFoundError, t.read,
str(self._testTime) + key)
t.close_connection()
def testWriteList1(self):
key = "_testWriteList1_"
t = scalaris.Transaction()
for i in xrange(0, len(_TEST_DATA) - 1, 2):
t.write(
str(self._testTime) + key + str(i),
[_TEST_DATA[i], _TEST_DATA[i + 1]])
# now try to read the data:
for i in xrange(0, len(_TEST_DATA), 2):
actual = t.read(str(self._testTime) + key + str(i))
self.assertEqual(actual, [_TEST_DATA[i], _TEST_DATA[i + 1]])
# commit the transaction and try to read the data with a new one:
t.commit()
t.close_connection()
t = Transaction()
for i in xrange(0, len(_TEST_DATA), 2):
actual = t.read(str(self._testTime) + key + str(i))
self.assertEqual(actual, [_TEST_DATA[i], _TEST_DATA[i + 1]])
t.close_connection()
def testReqTooLarge(self):
conn = Transaction()
data = '0' * _TOO_LARGE_REQUEST_SIZE
key = "_ReqTooLarge"
try:
conn.write(str(self._testTime) + key, data)
self.fail(
'The write should have failed unless yaws_max_post_data was set larger than '
+ str(_TOO_LARGE_REQUEST_SIZE))
except scalaris.ConnectionError:
pass
conn.close_connection()
def _writeSingleTest(self, key, data):
t = Transaction()
t.write(str(self._testTime) + key, data)
# now try to read the data:
self.assertEqual(t.read(str(self._testTime) + key), data)
# commit the transaction and try to read the data with a new one:
t.commit()
t.close_connection()
t = Transaction()
self.assertEqual(t.read(str(self._testTime) + key), data)
t.close_connection()
def testDoubleClose(self):
t = Transaction()
t.close_connection()
t.close_connection()
def testWriteString(self):
key = "_testWriteString1_"
t = Transaction()
for i in xrange(len(_TEST_DATA)):
t.write(str(self._testTime) + key + str(i), _TEST_DATA[i])
# now try to read the data:
for i in xrange(len(_TEST_DATA)):
actual = t.read(str(self._testTime) + key + str(i))
self.assertEqual(actual, _TEST_DATA[i])
# commit the transaction and try to read the data with a new one:
t.commit()
t.close_connection()
t = Transaction()
for i in xrange(len(_TEST_DATA)):
actual = t.read(str(self._testTime) + key + str(i))
self.assertEqual(actual, _TEST_DATA[i])
t.close_connection()
def testAbort_NotConnected(self):
t = Transaction()
t.close_connection()
#self.assertRaises(scalaris.ConnectionError, t.abort)
t.abort()
t.close_connection()
def testCommit_Empty(self):
t = Transaction()
t.commit()
t.close_connection()
def testAbort_NotConnected(self):
t = Transaction()
t.close_connection()
#self.assertRaises(scalaris.ConnectionError, t.abort)
t.abort()
t.close_connection()
def testAbort_Empty(self):
t = Transaction()
t.abort()
t.close_connection()
def testDoubleClose(self):
t = Transaction()
t.close_connection()
t.close_connection()
def testCommit_Empty(self):
t = Transaction()
t.commit()
t.close_connection()
def testTransaction3(self):
t = Transaction(conn=scalaris.JSONConnection(url=scalaris.DEFAULT_URL))
t.close_connection()
def testTransaction3(self):
t = Transaction(conn = scalaris.JSONConnection(url = scalaris.DEFAULT_URL))
t.close_connection()
def testAbort_Empty(self):
t = Transaction()
t.abort()
t.close_connection()
def testReqList_Empty(self):
conn = Transaction()
conn.req_list(conn.new_req_list())
conn.close_connection()
def testReqList1(self):
key = "_ReqList1_"
conn = Transaction()
readRequests = conn.new_req_list()
firstWriteRequests = conn.new_req_list()
writeRequests = conn.new_req_list()
for i in xrange(0, len(_TEST_DATA)):
if (i % 2) == 0:
firstWriteRequests.add_write(
str(self._testTime) + key + str(i), _TEST_DATA[i])
writeRequests.add_write(
str(self._testTime) + key + str(i), _TEST_DATA[i])
readRequests.add_read(str(self._testTime) + key + str(i))
results = conn.req_list(firstWriteRequests)
# evaluate the first write results:
for i in xrange(0, firstWriteRequests.size()):
conn.process_result_write(results[i])
requests = conn.new_req_list(readRequests).extend(
writeRequests).add_commit()
results = conn.req_list(requests)
self.assertEqual(requests.size(), len(results))
# now evaluate the read results:
for i in xrange(0, readRequests.size()):
if (i % 2) == 0:
actual = conn.process_result_read(results[i])
self.assertEqual(_TEST_DATA[i], actual)
else:
try:
conn.process_result_read(results[i])
# a not found exception must be thrown
self.fail('expected a NotFoundError')
except scalaris.NotFoundError:
pass
# now evaluate the write results:
for i in xrange(0, writeRequests.size()):
pos = readRequests.size() + i
conn.process_result_write(results[pos])
# once again test reads - now all reads should be successful
results = conn.req_list(readRequests)
self.assertEqual(readRequests.size(), len(results))
# now evaluate the read results:
for i in xrange(0, readRequests.size()):
actual = conn.process_result_read(results[i])
self.assertEqual(_TEST_DATA[i], actual)
conn.close_connection()
def testReqList_Empty(self):
conn = Transaction()
conn.req_list(conn.new_req_list())
conn.close_connection()
def testWriteString(self):
key = "_testWriteString1_"
t = Transaction()
for i in xrange(len(_TEST_DATA)):
t.write(str(self._testTime) + key + str(i), _TEST_DATA[i])
# now try to read the data:
for i in xrange(len(_TEST_DATA)):
actual = t.read(str(self._testTime) + key + str(i))
self.assertEqual(actual, _TEST_DATA[i])
# commit the transaction and try to read the data with a new one:
t.commit()
t.close_connection()
t = Transaction()
for i in xrange(len(_TEST_DATA)):
actual = t.read(str(self._testTime) + key + str(i))
self.assertEqual(actual, _TEST_DATA[i])
t.close_connection()
def testReqList1(self):
key = "_ReqList1_"
conn = Transaction()
readRequests = conn.new_req_list()
firstWriteRequests = conn.new_req_list()
writeRequests = conn.new_req_list()
for i in xrange(0, len(_TEST_DATA)):
if (i % 2) == 0:
firstWriteRequests.add_write(str(self._testTime) + key + str(i), _TEST_DATA[i])
writeRequests.add_write(str(self._testTime) + key + str(i), _TEST_DATA[i])
readRequests.add_read(str(self._testTime) + key + str(i))
results = conn.req_list(firstWriteRequests)
# evaluate the first write results:
for i in xrange(0, firstWriteRequests.size()):
conn.process_result_write(results[i])
requests = conn.new_req_list(readRequests).extend(writeRequests).add_commit()
results = conn.req_list(requests)
self.assertEqual(requests.size(), len(results))
# now evaluate the read results:
for i in xrange(0, readRequests.size()):
if (i % 2) == 0:
actual = conn.process_result_read(results[i])
self.assertEqual(_TEST_DATA[i], actual)
else:
try:
conn.process_result_read(results[i])
# a not found exception must be thrown
self.fail('expected a NotFoundError')
except scalaris.NotFoundError:
pass
# now evaluate the write results:
for i in xrange(0, writeRequests.size()):
pos = readRequests.size() + i
conn.process_result_write(results[pos])
# once again test reads - now all reads should be successful
results = conn.req_list(readRequests)
self.assertEqual(readRequests.size(), len(results))
# now evaluate the read results:
for i in xrange(0, readRequests.size()):
actual = conn.process_result_read(results[i])
self.assertEqual(_TEST_DATA[i], actual)
conn.close_connection();
def testTransaction1(self):
t = Transaction()
t.close_connection()
def _writeSingleTest(self, key, data):
t = Transaction()
t.write(str(self._testTime) + key, data)
# now try to read the data:
self.assertEqual(t.read(str(self._testTime) + key), data)
# commit the transaction and try to read the data with a new one:
t.commit()
t.close_connection()
t = Transaction()
self.assertEqual(t.read(str(self._testTime) + key), data)
t.close_connection()
def testTransaction1(self):
t = Transaction()
t.close_connection()