def test_index_slice(self):
self.client.request('set_keyspace', {'keyspace': 'Keyspace1'})
cp = dict(column_family='Indexed1')
self.client.request('insert', dict(key='key1', column_parent=cp, column=dict(name='birthdate', value=i64(1), timestamp=0), consistency_level='ONE'))
self.client.request('insert', dict(key='key2', column_parent=cp, column=dict(name='birthdate', value=i64(2), timestamp=0), consistency_level='ONE'))
self.client.request('insert', dict(key='key2', column_parent=cp, column=dict(name='b', value=i64(2), timestamp=0), consistency_level='ONE'))
self.client.request('insert', dict(key='key3', column_parent=cp, column=dict(name='birthdate', value=i64(3), timestamp=0), consistency_level='ONE'))
self.client.request('insert', dict(key='key3', column_parent=cp, column=dict(name='b', value=i64(3), timestamp=0), consistency_level='ONE'))
# simple query on one index expression
sp = dict(slice_range=dict(start='', finish='', reversed=False, count=1000))
clause = dict(expressions=[dict(column_name='birthdate', op='EQ', value=i64(1))], start_key='', count=100)
result = self.client.request('get_indexed_slices', dict(column_parent=cp, index_clause=clause, column_predicate=sp, consistency_level='ONE'))
assert len(result) == 1, result
assert result[0]['key'] == 'key1'
assert len(result[0]['columns']) == 1, result[0]['columns']
# solo unindexed expression is invalid
clause = dict(expressions=[dict(column_name='b', op='EQ', value=i64(1))], start_key='', count=100)
avro_utils.assert_raises(AvroRemoteException,
self.client.request, 'get_indexed_slices', dict(column_parent=cp, index_clause=clause, column_predicate=sp, consistency_level='ONE'))
# but unindexed expression added to indexed one is ok
clause = dict(expressions=[dict(column_name='b', op='EQ', value=i64(3)),
dict(column_name='birthdate', op='EQ', value=i64(3))],
start_key='', count=100)
result = self.client.request('get_indexed_slices', dict(column_parent=cp, index_clause=clause, column_predicate=sp, consistency_level='ONE'))
assert len(result) == 1, result
assert result[0]['key'] == 'key3'
assert len(result[0]['columns']) == 2, result[0]['columns']
def test_remove_simple(self):
"removing a simple column"
self.client.request('set_keyspace', {'keyspace': 'Keyspace1'})
params = dict()
params['key'] = 'key1'
params['column_parent'] = {'column_family': 'Standard1'}
params['column'] = new_column(1)
params['consistency_level'] = 'ONE'
self.client.request('insert', params)
read_params = dict()
read_params['key'] = params['key']
read_params['column_path'] = dict()
read_params['column_path']['column_family'] = 'Standard1'
read_params['column_path']['column'] = params['column']['name']
read_params['consistency_level'] = 'ONE'
cosc = self.client.request('get', read_params)
avro_utils.assert_cosc(cosc)
remove_params = read_params
remove_params['timestamp'] = timestamp()
self.client.request('remove', remove_params)
avro_utils.assert_raises(AvroRemoteException, self.client.request,
'get', read_params)
def test_create_rename_recreate(self):
# create
cf = {"keyspace": "CreateRenameRecreate", "name": "CF_1"}
keyspace1 = {
"name": "CreateRenameRecreate",
"strategy_class": "org.apache.cassandra.locator.SimpleStrategy",
"strategy_options": {},
"replication_factor": 1,
"cf_defs": [cf],
}
self.client.request("set_keyspace", {"keyspace": "system"})
self.client.request("system_add_keyspace", {"ks_def": keyspace1})
assert self.client.request("describe_keyspace", {"keyspace": keyspace1["name"]})
# rename
self.client.request(
"system_rename_keyspace", {"old_name": keyspace1["name"], "new_name": keyspace1["name"] + "_renamed"}
)
assert self.client.request("describe_keyspace", {"keyspace": keyspace1["name"] + "_renamed"})
avro_utils.assert_raises(
AvroRemoteException, self.client.request, "describe_keyspace", {"keyspace": keyspace1["name"]}
)
# recreate
self.client.request("system_add_keyspace", {"ks_def": keyspace1})
assert self.client.request("describe_keyspace", {"keyspace": keyspace1["name"]})
def test_remove_simple(self):
"removing a simple column"
self.client.request('set_keyspace', {'keyspace': 'Keyspace1'})
params = dict()
params['key'] = 'key1'
params['column_parent'] = {'column_family': 'Standard1'}
params['column'] = new_column(1)
params['consistency_level'] = 'ONE'
self.client.request('insert', params)
read_params = dict()
read_params['key'] = params['key']
read_params['column_path'] = dict()
read_params['column_path']['column_family'] = 'Standard1'
read_params['column_path']['column'] = params['column']['name']
read_params['consistency_level'] = 'ONE'
cosc = self.client.request('get', read_params)
avro_utils.assert_cosc(cosc)
remove_params = read_params
remove_params['timestamp'] = timestamp()
self.client.request('remove', remove_params)
avro_utils.assert_raises(AvroRemoteException,
self.client.request, 'get', read_params)
def test_index_slice(self):
self.client.request('set_keyspace', {'keyspace': 'Keyspace1'})
cp = dict(column_family='Indexed1')
self.client.request('insert', dict(key='key1', column_parent=cp, column=dict(name='birthdate', value=i64(1), timestamp=0), consistency_level='ONE'))
self.client.request('insert', dict(key='key2', column_parent=cp, column=dict(name='birthdate', value=i64(2), timestamp=0), consistency_level='ONE'))
self.client.request('insert', dict(key='key2', column_parent=cp, column=dict(name='b', value=i64(2), timestamp=0), consistency_level='ONE'))
self.client.request('insert', dict(key='key3', column_parent=cp, column=dict(name='birthdate', value=i64(3), timestamp=0), consistency_level='ONE'))
self.client.request('insert', dict(key='key3', column_parent=cp, column=dict(name='b', value=i64(3), timestamp=0), consistency_level='ONE'))
# simple query on one index expression
sp = dict(slice_range=dict(start='', finish='', reversed=False, count=1000))
clause = dict(expressions=[dict(column_name='birthdate', op='EQ', value=i64(1))], start_key='', count=100)
result = self.client.request('get_indexed_slices', dict(column_parent=cp, index_clause=clause, column_predicate=sp, consistency_level='ONE'))
assert len(result) == 1, result
assert result[0]['key'] == 'key1'
assert len(result[0]['columns']) == 1, result[0]['columns']
# solo unindexed expression is invalid
clause = dict(expressions=[dict(column_name='b', op='EQ', value=i64(1))], start_key='', count=100)
avro_utils.assert_raises(AvroRemoteException,
self.client.request, 'get_indexed_slices', dict(column_parent=cp, index_clause=clause, column_predicate=sp, consistency_level='ONE'))
# but unindexed expression added to indexed one is ok
clause = dict(expressions=[dict(column_name='b', op='EQ', value=i64(3)),
dict(column_name='birthdate', op='EQ', value=i64(3))],
start_key='', count=100)
result = self.client.request('get_indexed_slices', dict(column_parent=cp, index_clause=clause, column_predicate=sp, consistency_level='ONE'))
assert len(result) == 1, result
assert result[0]['key'] == 'key3'
assert len(result[0]['columns']) == 2, result[0]['columns']
def test_system_column_family_operations(self):
"adding, renaming, and removing column families"
self.client.request('set_keyspace', {'keyspace': 'Keyspace1'})
# create
columnDef = dict()
columnDef['name'] = b'ValidationColumn'
columnDef['validation_class'] = 'BytesType'
cfDef = dict()
cfDef['keyspace'] = 'Keyspace1'
cfDef['name'] = 'NewColumnFamily'
cfDef['column_metadata'] = [columnDef]
s = self.client.request('system_add_column_family', {'cf_def' : cfDef})
assert isinstance(s, unicode), \
'returned type is %s, (not \'unicode\')' % type(s)
ks1 = self.client.request(
'describe_keyspace', {'keyspace' : 'Keyspace1'})
assert 'NewColumnFamily' in [x['name'] for x in ks1['cf_defs']]
cfDef = [x for x in ks1['cf_defs'] if x['name']=='NewColumnFamily'][0]
assert cfDef['id'] > 1000, str(cfid)
# modify invalid
cfDef['comparator_type'] = 'LongType'
avro_utils.assert_raises(AvroRemoteException,
self.client.request,
'system_update_column_family',
{'cf_def': cfDef})
# modify valid
cfDef['comparator_type'] = 'BytesType' # revert back to old value.
cfDef['row_cache_size'] = 25
cfDef['gc_grace_seconds'] = 1
self.client.request('system_update_column_family', {'cf_def': cfDef})
ks1 = self.client.request('describe_keyspace', {'keyspace': 'Keyspace1'})
server_cf = [x for x in ks1['cf_defs'] if x['name']=='NewColumnFamily'][0]
assert server_cf
assert server_cf['row_cache_size'] == 25
assert server_cf['gc_grace_seconds'] == 1
# rename
self.client.request('system_rename_column_family',
{'old_name' : 'NewColumnFamily', 'new_name': 'RenameColumnFamily'})
ks1 = self.client.request(
'describe_keyspace', {'keyspace' : 'Keyspace1'})
assert 'RenameColumnFamily' in [x['name'] for x in ks1['cf_defs']]
# drop
self.client.request('system_drop_column_family',
{'column_family' : 'RenameColumnFamily'})
ks1 = self.client.request(
'describe_keyspace', {'keyspace' : 'Keyspace1'})
assert 'RenameColumnFamily' not in [x['name'] for x in ks1['cf_defs']]
assert 'NewColumnFamily' not in [x['name'] for x in ks1['cf_defs']]
assert 'Standard1' in [x['name'] for x in ks1['cf_defs']]
def test_system_keyspace_operations(self):
"adding, renaming, and removing keyspaces"
# create
keyspace = dict()
keyspace['name'] = 'CreateKeyspace'
keyspace['strategy_class'] = 'org.apache.cassandra.locator.SimpleStrategy'
keyspace['replication_factor'] = 1
keyspace['strategy_options'] = {}
cfdef = dict();
cfdef['keyspace'] = 'CreateKeyspace'
cfdef['name'] = 'CreateKsCf'
keyspace['cf_defs'] = [cfdef]
s = self.client.request('system_add_keyspace', {'ks_def' : keyspace})
assert isinstance(s, unicode), 'returned type is %s, (not \'unicode\')' % type(s)
self.client.request('set_keyspace', {'keyspace' : 'CreateKeyspace'})
# modify invalid
modified_keyspace = {'name': 'CreateKeyspace',
'strategy_class': 'org.apache.cassandra.locator.OldNetworkTopologyStrategy',
'strategy_options': {},
'replication_factor': 2,
'cf_defs': []}
avro_utils.assert_raises(AvroRemoteException,
self.client.request,
'system_update_keyspace',
{'ks_def': modified_keyspace})
# modify valid
modified_keyspace['replication_factor'] = 1
self.client.request('system_update_keyspace', {'ks_def': modified_keyspace})
modks = self.client.request('describe_keyspace', {'keyspace': 'CreateKeyspace'})
assert modks['replication_factor'] == modified_keyspace['replication_factor']
assert modks['strategy_class'] == modified_keyspace['strategy_class']
# rename
self.client.request('set_keyspace', {'keyspace' : 'CreateKeyspace'})
s = self.client.request(
'system_rename_keyspace', {'old_name' : 'CreateKeyspace', 'new_name' : 'RenameKeyspace'})
assert isinstance(s, unicode), 'returned type is %s, (not \'unicode\')' % type(s)
renameks = self.client.request('describe_keyspace',
{'keyspace': 'RenameKeyspace'})
assert renameks['name'] == 'RenameKeyspace'
assert renameks['cf_defs'][0]['name'] == 'CreateKsCf'
# drop
s = self.client.request('system_drop_keyspace', {'keyspace' : 'RenameKeyspace'})
assert isinstance(s, unicode), 'returned type is %s, (not \'unicode\')' % type(s)
avro_utils.assert_raises(AvroRemoteException,
self.client.request,
'describe_keyspace',
{'keyspace' : 'RenameKeyspace'})
def test_system_keyspace_operations(self):
"adding, renaming, and removing keyspaces"
# create
keyspace = dict()
keyspace['name'] = 'CreateKeyspace'
keyspace[
'strategy_class'] = 'org.apache.cassandra.locator.SimpleStrategy'
keyspace['replication_factor'] = 1
keyspace['strategy_options'] = {}
cfdef = dict()
cfdef['keyspace'] = 'CreateKeyspace'
cfdef['name'] = 'CreateKsCf'
keyspace['cf_defs'] = [cfdef]
#test invalid strategy class
keyspace['strategy_class'] = 'InvalidStrategy'
avro_utils.assert_raises(AvroRemoteException, self.client.request,
'system_add_keyspace', {'ks_def': keyspace})
keyspace[
'strategy_class'] = 'org.apache.cassandra.locator.SimpleStrategy'
s = self.client.request('system_add_keyspace', {'ks_def': keyspace})
assert isinstance(
s, unicode), 'returned type is %s, (not \'unicode\')' % type(s)
self.client.request('set_keyspace', {'keyspace': 'CreateKeyspace'})
# modify valid
modified_keyspace = {
'name': 'CreateKeyspace',
'strategy_class':
'org.apache.cassandra.locator.OldNetworkTopologyStrategy',
'strategy_options': {},
'replication_factor': 1,
'cf_defs': []
}
self.client.request('system_update_keyspace',
{'ks_def': modified_keyspace})
modks = self.client.request('describe_keyspace',
{'keyspace': 'CreateKeyspace'})
assert modks['replication_factor'] == modified_keyspace[
'replication_factor']
assert modks['strategy_class'] == modified_keyspace['strategy_class']
# drop
s = self.client.request('system_drop_keyspace',
{'keyspace': 'CreateKeyspace'})
assert isinstance(
s, unicode), 'returned type is %s, (not \'unicode\')' % type(s)
avro_utils.assert_raises(AvroRemoteException, self.client.request,
'describe_keyspace',
{'keyspace': 'CreateKeyspace'})
def test_missing_super(self):
"verifies that inserting doesn't yield false positives."
self._set_keyspace('Keyspace1')
avro_utils.assert_raises(
AvroRemoteException, self.client.request, 'get',
_make_read_params('key1', 'Super1', 'sc1', avro_utils.i64(1),
'ONE'))
self._insert_super()
avro_utils.assert_raises(
AvroRemoteException, self.client.request, 'get',
_make_read_params('key1', 'Super1', 'sc1', avro_utils.i64(1),
'ONE'))
def test_missing_super(self):
"verifies that inserting doesn't yield false positives."
self._set_keyspace('Keyspace1')
avro_utils.assert_raises(AvroRemoteException,
self.client.request,
'get',
_make_read_params('key1', 'Super1', 'sc1', avro_utils.i64(1), 'ONE'))
self._insert_super()
avro_utils.assert_raises(AvroRemoteException,
self.client.request,
'get',
_make_read_params('key1', 'Super1', 'sc1', avro_utils.i64(1), 'ONE'))
def test_system_column_family_operations(self):
"adding, renaming, and removing column families"
self.client.request("set_keyspace", {"keyspace": "Keyspace1"})
# create
columnDef = dict()
columnDef["name"] = b"ValidationColumn"
columnDef["validation_class"] = "BytesType"
cfDef = dict()
cfDef["keyspace"] = "Keyspace1"
cfDef["name"] = "NewColumnFamily"
cfDef["column_metadata"] = [columnDef]
s = self.client.request("system_add_column_family", {"cf_def": cfDef})
assert isinstance(s, unicode), "returned type is %s, (not 'unicode')" % type(s)
ks1 = self.client.request("describe_keyspace", {"keyspace": "Keyspace1"})
assert "NewColumnFamily" in [x["name"] for x in ks1["cf_defs"]]
cfDef = [x for x in ks1["cf_defs"] if x["name"] == "NewColumnFamily"][0]
assert cfDef["id"] > 1000, str(cfid)
# modify invalid
cfDef["comparator_type"] = "LongType"
avro_utils.assert_raises(
AvroRemoteException, self.client.request, "system_update_column_family", {"cf_def": cfDef}
)
# modify valid
cfDef["comparator_type"] = "BytesType" # revert back to old value.
cfDef["row_cache_size"] = 25
cfDef["gc_grace_seconds"] = 1
self.client.request("system_update_column_family", {"cf_def": cfDef})
ks1 = self.client.request("describe_keyspace", {"keyspace": "Keyspace1"})
server_cf = [x for x in ks1["cf_defs"] if x["name"] == "NewColumnFamily"][0]
assert server_cf
assert server_cf["row_cache_size"] == 25
assert server_cf["gc_grace_seconds"] == 1
# rename
self.client.request(
"system_rename_column_family", {"old_name": "NewColumnFamily", "new_name": "RenameColumnFamily"}
)
ks1 = self.client.request("describe_keyspace", {"keyspace": "Keyspace1"})
assert "RenameColumnFamily" in [x["name"] for x in ks1["cf_defs"]]
# drop
self.client.request("system_drop_column_family", {"column_family": "RenameColumnFamily"})
ks1 = self.client.request("describe_keyspace", {"keyspace": "Keyspace1"})
assert "RenameColumnFamily" not in [x["name"] for x in ks1["cf_defs"]]
assert "NewColumnFamily" not in [x["name"] for x in ks1["cf_defs"]]
assert "Standard1" in [x["name"] for x in ks1["cf_defs"]]
def test_system_keyspace_operations(self):
"adding, renaming, and removing keyspaces"
# create
keyspace = dict()
keyspace["name"] = "CreateKeyspace"
keyspace["strategy_class"] = "org.apache.cassandra.locator.SimpleStrategy"
keyspace["replication_factor"] = 1
keyspace["strategy_options"] = {}
cfdef = dict()
cfdef["keyspace"] = "CreateKeyspace"
cfdef["name"] = "CreateKsCf"
keyspace["cf_defs"] = [cfdef]
s = self.client.request("system_add_keyspace", {"ks_def": keyspace})
assert isinstance(s, unicode), "returned type is %s, (not 'unicode')" % type(s)
self.client.request("set_keyspace", {"keyspace": "CreateKeyspace"})
# modify invalid
modified_keyspace = {
"name": "CreateKeyspace",
"strategy_class": "org.apache.cassandra.locator.OldNetworkTopologyStrategy",
"strategy_options": {},
"replication_factor": 2,
"cf_defs": [],
}
avro_utils.assert_raises(
AvroRemoteException, self.client.request, "system_update_keyspace", {"ks_def": modified_keyspace}
)
# modify valid
modified_keyspace["replication_factor"] = 1
self.client.request("system_update_keyspace", {"ks_def": modified_keyspace})
modks = self.client.request("describe_keyspace", {"keyspace": "CreateKeyspace"})
assert modks["replication_factor"] == modified_keyspace["replication_factor"]
assert modks["strategy_class"] == modified_keyspace["strategy_class"]
# rename
self.client.request("set_keyspace", {"keyspace": "CreateKeyspace"})
s = self.client.request("system_rename_keyspace", {"old_name": "CreateKeyspace", "new_name": "RenameKeyspace"})
assert isinstance(s, unicode), "returned type is %s, (not 'unicode')" % type(s)
renameks = self.client.request("describe_keyspace", {"keyspace": "RenameKeyspace"})
assert renameks["name"] == "RenameKeyspace"
assert renameks["cf_defs"][0]["name"] == "CreateKsCf"
# drop
s = self.client.request("system_drop_keyspace", {"keyspace": "RenameKeyspace"})
assert isinstance(s, unicode), "returned type is %s, (not 'unicode')" % type(s)
avro_utils.assert_raises(
AvroRemoteException, self.client.request, "describe_keyspace", {"keyspace": "RenameKeyspace"}
)
def test_system_column_family_operations(self):
"adding, renaming, and removing column families"
self.client.request('set_keyspace', {'keyspace': 'Keyspace1'})
# create
columnDef = dict()
columnDef['name'] = b'ValidationColumn'
columnDef['validation_class'] = 'BytesType'
cfDef = dict()
cfDef['keyspace'] = 'Keyspace1'
cfDef['name'] = 'NewColumnFamily'
cfDef['column_metadata'] = [columnDef]
s = self.client.request('system_add_column_family', {'cf_def': cfDef})
assert isinstance(s, unicode), \
'returned type is %s, (not \'unicode\')' % type(s)
ks1 = self.client.request('describe_keyspace',
{'keyspace': 'Keyspace1'})
assert 'NewColumnFamily' in [x['name'] for x in ks1['cf_defs']]
cfDef = [x for x in ks1['cf_defs']
if x['name'] == 'NewColumnFamily'][0]
assert cfDef['id'] > 1000, str(cfid)
# modify invalid
cfDef['comparator_type'] = 'LongType'
avro_utils.assert_raises(AvroRemoteException, self.client.request,
'system_update_column_family',
{'cf_def': cfDef})
# modify valid
cfDef['comparator_type'] = 'BytesType' # revert back to old value.
cfDef['row_cache_size'] = 25
cfDef['gc_grace_seconds'] = 1
self.client.request('system_update_column_family', {'cf_def': cfDef})
ks1 = self.client.request('describe_keyspace',
{'keyspace': 'Keyspace1'})
server_cf = [
x for x in ks1['cf_defs'] if x['name'] == 'NewColumnFamily'
][0]
assert server_cf
assert server_cf['row_cache_size'] == 25
assert server_cf['gc_grace_seconds'] == 1
# drop
self.client.request('system_drop_column_family',
{'column_family': 'NewColumnFamily'})
ks1 = self.client.request('describe_keyspace',
{'keyspace': 'Keyspace1'})
assert 'NewColumnFamily' not in [x['name'] for x in ks1['cf_defs']]
assert 'Standard1' in [x['name'] for x in ks1['cf_defs']]
def test_batch_mutate(self):
"batching addition/removal mutations"
self.client.request('set_keyspace', {'keyspace': 'Keyspace1'})
mutations = list()
# New column mutations
for i in range(3):
cosc = {'column': new_column(i)}
mutation = {'column_or_supercolumn': cosc}
mutations.append(mutation)
map_entry = {'key': 'key1', 'mutations': {'Standard1': mutations}}
params = dict()
params['mutation_map'] = [map_entry]
params['consistency_level'] = 'ONE'
self.client.request('batch_mutate', params)
# Verify that new columns were added
for i in range(3):
column = new_column(i)
cosc = self.__get('key1', 'Standard1', None, column['name'])
avro_utils.assert_cosc(cosc)
avro_utils.assert_columns_match(cosc['column'], column)
# Add one more column; remove one column
extra_column = new_column(3)
remove_column = new_column(0)
mutations = [{'column_or_supercolumn': {'column': extra_column}}]
deletion = dict()
deletion['timestamp'] = timestamp()
deletion['predicate'] = {'column_names': [remove_column['name']]}
mutations.append({'deletion': deletion})
map_entry = {'key': 'key1', 'mutations': {'Standard1': mutations}}
params = dict()
params['mutation_map'] = [map_entry]
params['consistency_level'] = 'ONE'
self.client.request('batch_mutate', params)
# Ensure successful column removal
avro_utils.assert_raises(AvroRemoteException, self.__get, 'key1',
'Standard1', None, remove_column['name'])
# Ensure successful column addition
cosc = self.__get('key1', 'Standard1', None, extra_column['name'])
avro_utils.assert_cosc(cosc)
avro_utils.assert_columns_match(cosc['column'], extra_column)
def test_batch_mutate(self):
"batching addition/removal mutations"
self.client.request('set_keyspace', {'keyspace': 'Keyspace1'})
mutations = list()
# New column mutations
for i in range(3):
cosc = {'column': new_column(i)}
mutation = {'column_or_supercolumn': cosc}
mutations.append(mutation)
map_entry = {'key': 'key1', 'mutations': {'Standard1': mutations}}
params = dict()
params['mutation_map'] = [map_entry]
params['consistency_level'] = 'ONE'
self.client.request('batch_mutate', params)
# Verify that new columns were added
for i in range(3):
column = new_column(i)
cosc = self.__get('key1', 'Standard1', None, column['name'])
avro_utils.assert_cosc(cosc)
avro_utils.assert_columns_match(cosc['column'], column)
# Add one more column; remove one column
extra_column = new_column(3); remove_column = new_column(0)
mutations = [{'column_or_supercolumn': {'column': extra_column}}]
deletion = dict()
deletion['timestamp'] = timestamp()
deletion['predicate'] = {'column_names': [remove_column['name']]}
mutations.append({'deletion': deletion})
map_entry = {'key': 'key1', 'mutations': {'Standard1': mutations}}
params = dict()
params['mutation_map'] = [map_entry]
params['consistency_level'] = 'ONE'
self.client.request('batch_mutate', params)
# Ensure successful column removal
avro_utils.assert_raises(AvroRemoteException,
self.__get, 'key1', 'Standard1', None, remove_column['name'])
# Ensure successful column addition
cosc = self.__get('key1', 'Standard1', None, extra_column['name'])
avro_utils.assert_cosc(cosc)
avro_utils.assert_columns_match(cosc['column'], extra_column)
def test_describe_ring_on_invalid_keyspace(self):
"getting ring meta-data w/ an invalid keyspace"
avro_utils.assert_raises(AvroRemoteException, self.client.request,
'describe_ring', {'keyspace':'system'})
def test_describe_ring_on_invalid_keyspace(self):
"getting ring meta-data w/ an invalid keyspace"
avro_utils.assert_raises(AvroRemoteException, self.client.request,
'describe_ring', {'keyspace': 'system'})