/
routing.rs
418 lines (367 loc) · 16 KB
/
routing.rs
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use crate::helpers::cassandra::{CassandraConnection, CassandraDriver};
mod single_key {
use crate::helpers::cassandra::{run_query, CassandraConnection, ResultValue};
pub async fn create_keyspace(connection: &CassandraConnection) {
let create_ks: &'static str = "CREATE KEYSPACE IF NOT EXISTS test_routing_ks WITH REPLICATION = { 'class' : 'SimpleStrategy', 'replication_factor' : 1 };";
run_query(connection, create_ks).await;
}
pub async fn create_table(connection: &CassandraConnection) {
let create_table_cql =
"CREATE TABLE IF NOT EXISTS test_routing_ks.my_test_table_single (key int PRIMARY KEY, name text);";
run_query(connection, create_table_cql).await;
}
pub async fn test(shotover: &CassandraConnection, cassandra: &CassandraConnection) {
create_keyspace(shotover).await;
create_table(shotover).await;
let insert_cql =
"INSERT INTO test_routing_ks.my_test_table_single (key, name) VALUES (?, 'my_name')";
let prepared_insert = shotover.prepare(insert_cql).await;
let select_cql = "SELECT name FROM test_routing_ks.my_test_table_single WHERE key = ?;";
let prepared_select = shotover.prepare(select_cql).await;
let update_cql =
"UPDATE test_routing_ks.my_test_table_single SET name = 'not_my_name' WHERE key = ?";
let prepared_update = cassandra.prepare(update_cql).await;
let delete_cql = "DELETE FROM test_routing_ks.my_test_table_single WHERE key = ?;";
let prepared_delete = cassandra.prepare(delete_cql).await;
for key in 0..10 {
let shotover_hit = shotover
.execute_prepared_coordinator_node(&prepared_insert, &[ResultValue::Int(key)])
.await;
let cassandra_hit = cassandra
.execute_prepared_coordinator_node(&prepared_insert, &[ResultValue::Int(key)])
.await;
assert_eq!(shotover_hit, cassandra_hit);
}
for key in 0..10 {
let shotover_hit = shotover
.execute_prepared_coordinator_node(&prepared_select, &[ResultValue::Int(key)])
.await;
let cassandra_hit = cassandra
.execute_prepared_coordinator_node(&prepared_select, &[ResultValue::Int(key)])
.await;
assert_eq!(shotover_hit, cassandra_hit);
}
for key in 0..10 {
let shotover_hit = shotover
.execute_prepared_coordinator_node(&prepared_update, &[ResultValue::Int(key)])
.await;
let cassandra_hit = cassandra
.execute_prepared_coordinator_node(&prepared_update, &[ResultValue::Int(key)])
.await;
assert_eq!(shotover_hit, cassandra_hit);
}
for key in 0..10 {
let shotover_hit = shotover
.execute_prepared_coordinator_node(&prepared_delete, &[ResultValue::Int(key)])
.await;
let cassandra_hit = cassandra
.execute_prepared_coordinator_node(&prepared_delete, &[ResultValue::Int(key)])
.await;
assert_eq!(shotover_hit, cassandra_hit);
}
}
}
mod compound_key {
use crate::helpers::cassandra::{run_query, CassandraConnection, ResultValue};
async fn create_keyspace(connection: &CassandraConnection) {
let create_ks: &'static str = "CREATE KEYSPACE IF NOT EXISTS test_routing_ks WITH REPLICATION = { 'class' : 'SimpleStrategy', 'replication_factor' : 1 };";
run_query(connection, create_ks).await;
}
async fn create_table(connection: &CassandraConnection) {
let create_table_cql =
"CREATE TABLE IF NOT EXISTS test_routing_ks.my_test_table_compound (key int, name text, age int, blah text, PRIMARY KEY (key, age)) WITH CLUSTERING ORDER BY (age DESC);";
run_query(connection, create_table_cql).await;
}
pub async fn test(shotover: &CassandraConnection, cassandra: &CassandraConnection) {
create_keyspace(shotover).await;
create_table(shotover).await;
let insert_cql =
"INSERT INTO test_routing_ks.my_test_table_compound (key, name, age, blah) VALUES (?, ?, ?, 'blah')";
let prepared_insert = shotover.prepare(insert_cql).await;
let select_cql =
"SELECT blah FROM test_routing_ks.my_test_table_compound WHERE key = ? AND age = ?;";
let prepared_select = shotover.prepare(select_cql).await;
let update_cql =
"UPDATE test_routing_ks.my_test_table_compound SET blah = 'notblah' WHERE key = ? AND age = ?";
let prepared_update = cassandra.prepare(update_cql).await;
let delete_cql =
"DELETE FROM test_routing_ks.my_test_table_compound WHERE key = ? AND age = ?;";
let prepared_delete = cassandra.prepare(delete_cql).await;
for key in 0..10 {
let shotover_hit = shotover
.execute_prepared_coordinator_node(
&prepared_insert,
&[
ResultValue::Int(key),
ResultValue::Varchar(format!("name{key}")),
ResultValue::Int(key),
],
)
.await;
let cassandra_hit = cassandra
.execute_prepared_coordinator_node(
&prepared_insert,
&[
ResultValue::Int(key),
ResultValue::Varchar(format!("name{key}")),
ResultValue::Int(key),
],
)
.await;
assert_eq!(shotover_hit, cassandra_hit);
}
for key in 0..10 {
let shotover_hit = shotover
.execute_prepared_coordinator_node(
&prepared_select,
&[ResultValue::Int(key), ResultValue::Int(key)],
)
.await;
let cassandra_hit = cassandra
.execute_prepared_coordinator_node(
&prepared_select,
&[ResultValue::Int(key), ResultValue::Int(key)],
)
.await;
assert_eq!(shotover_hit, cassandra_hit);
}
for key in 0..10 {
let shotover_hit = shotover
.execute_prepared_coordinator_node(
&prepared_update,
&[ResultValue::Int(key), ResultValue::Int(key)],
)
.await;
let cassandra_hit = cassandra
.execute_prepared_coordinator_node(
&prepared_update,
&[ResultValue::Int(key), ResultValue::Int(key)],
)
.await;
assert_eq!(shotover_hit, cassandra_hit);
}
for key in 0..10 {
let shotover_hit = shotover
.execute_prepared_coordinator_node(
&prepared_delete,
&[ResultValue::Int(key), ResultValue::Int(key)],
)
.await;
let cassandra_hit = cassandra
.execute_prepared_coordinator_node(
&prepared_delete,
&[ResultValue::Int(key), ResultValue::Int(key)],
)
.await;
assert_eq!(shotover_hit, cassandra_hit);
}
}
}
mod composite_key {
use crate::helpers::cassandra::{run_query, CassandraConnection, ResultValue};
use rand::{distributions::Alphanumeric, Rng};
pub async fn test(shotover: &CassandraConnection, cassandra: &CassandraConnection) {
simple_test(shotover, cassandra).await;
types_test(shotover).await;
}
async fn create_keyspace(connection: &CassandraConnection) {
let create_ks: &'static str = "CREATE KEYSPACE IF NOT EXISTS test_routing_ks WITH REPLICATION = { 'class' : 'SimpleStrategy', 'replication_factor' : 1 };";
run_query(connection, create_ks).await;
}
async fn create_table(connection: &CassandraConnection) {
let create_table_cql =
"CREATE TABLE IF NOT EXISTS test_routing_ks.my_test_table_composite (key int, name text, age int, blah text, PRIMARY KEY((key, name), age));";
run_query(connection, create_table_cql).await;
}
async fn simple_test(shotover: &CassandraConnection, cassandra: &CassandraConnection) {
create_keyspace(shotover).await;
create_table(shotover).await;
let insert_cql =
"INSERT INTO test_routing_ks.my_test_table_composite (key, name, age, blah) VALUES (?, ?, ?, 'blah')";
let prepared_insert = shotover.prepare(insert_cql).await;
let select_cql = "SELECT blah FROM test_routing_ks.my_test_table_composite WHERE key = ? AND name = ? AND age = ?;";
let prepared_select = shotover.prepare(select_cql).await;
let update_cql =
"UPDATE test_routing_ks.my_test_table_composite SET blah = 'notblah' WHERE key = ? AND name = ? AND age = ?";
let prepared_update = cassandra.prepare(update_cql).await;
let delete_cql =
"DELETE FROM test_routing_ks.my_test_table_composite WHERE key = ? AND name = ? AND age = ?;";
let prepared_delete = cassandra.prepare(delete_cql).await;
for key in 0..10 {
let shotover_hit = shotover
.execute_prepared_coordinator_node(
&prepared_insert,
&[
ResultValue::Int(key),
ResultValue::Varchar(format!("name{key}")),
ResultValue::Int(key),
],
)
.await;
let cassandra_hit = cassandra
.execute_prepared_coordinator_node(
&prepared_insert,
&[
ResultValue::Int(key),
ResultValue::Varchar(format!("name{key}")),
ResultValue::Int(key),
],
)
.await;
assert_eq!(shotover_hit, cassandra_hit);
}
for key in 0..10 {
let shotover_hit = shotover
.execute_prepared_coordinator_node(
&prepared_select,
&[
ResultValue::Int(key),
ResultValue::Varchar(format!("name{key}")),
ResultValue::Int(key),
],
)
.await;
let cassandra_hit = cassandra
.execute_prepared_coordinator_node(
&prepared_select,
&[
ResultValue::Int(key),
ResultValue::Varchar(format!("name{key}")),
ResultValue::Int(key),
],
)
.await;
assert_eq!(shotover_hit, cassandra_hit);
}
for key in 0..10 {
let shotover_hit = shotover
.execute_prepared_coordinator_node(
&prepared_update,
&[
ResultValue::Int(key),
ResultValue::Varchar(format!("name{key}")),
ResultValue::Int(key),
],
)
.await;
let cassandra_hit = cassandra
.execute_prepared_coordinator_node(
&prepared_update,
&[
ResultValue::Int(key),
ResultValue::Varchar(format!("name{key}")),
ResultValue::Int(key),
],
)
.await;
assert_eq!(shotover_hit, cassandra_hit);
}
for key in 0..10 {
let shotover_hit = shotover
.execute_prepared_coordinator_node(
&prepared_delete,
&[
ResultValue::Int(key),
ResultValue::Varchar(format!("name{key}")),
ResultValue::Int(key),
],
)
.await;
let cassandra_hit = cassandra
.execute_prepared_coordinator_node(
&prepared_delete,
&[
ResultValue::Int(key),
ResultValue::Varchar(format!("name{key}")),
ResultValue::Int(key),
],
)
.await;
assert_eq!(shotover_hit, cassandra_hit);
}
}
async fn types_test(connection: &CassandraConnection) {
let create_keyspace = "CREATE KEYSPACE stresscql2small WITH replication = {'class': 'NetworkTopologyStrategy', 'dc1': 3};";
let create_table =
"CREATE TABLE stresscql2small.typestest (name text, choice boolean, address inet, PRIMARY KEY((name,choice), address)) WITH compaction = { 'class':'LeveledCompactionStrategy' } AND comment='A table of many types to test wide rows'";
run_query(connection, create_keyspace).await;
run_query(connection, create_table).await;
for _ in 0..1000 {
let name: String = rand::thread_rng()
.sample_iter(&Alphanumeric)
.take(48)
.map(char::from)
.collect();
let choice = true;
let address = "'127.0.0.1'";
let insert = format!(
"INSERT INTO stresscql2small.typestest (name, choice, address) VALUES ('{}', {}, {});",
name, choice, address
);
run_query(connection, &insert).await;
}
let simple1_cql =
"select * from stresscql2small.typestest where name = ? and choice = ? LIMIT 1";
let simple1 = connection.prepare(simple1_cql).await;
let range1_cql = "select name, choice, address from stresscql2small.typestest where name = ? and choice = ? LIMIT 10";
let range = connection.prepare(range1_cql).await;
let simple2_cql = "select name, choice, address from stresscql2small.typestest where name = ? and choice = ? LIMIT 1";
let simple2 = connection.prepare(simple2_cql).await;
let name: String = "0FjhKM4rJQJaniCNHEkKlelmUsYIBJJ9IZuBh44WJTrcPrez".into();
connection
.execute_prepared(
&range,
&[
ResultValue::Varchar(name.clone()),
ResultValue::Boolean(true),
],
)
.await
.unwrap();
connection
.execute_prepared(
&simple2,
&[
ResultValue::Varchar(name.clone()),
ResultValue::Boolean(true),
],
)
.await
.unwrap();
connection
.execute_prepared(
&simple1,
&[ResultValue::Varchar(name), ResultValue::Boolean(true)],
)
.await
.unwrap();
}
}
pub async fn test(
shotover_contact_point: &str,
shotover_port: u16,
cassandra_contact_point: &str,
cassandra_port: u16,
driver: CassandraDriver,
) {
// execute_prepared_coordinator_node doesnt support cassandra-cpp yet.
#[cfg(feature = "cassandra-cpp-driver-tests")]
let run = !matches!(driver, CassandraDriver::Datastax);
#[cfg(not(feature = "cassandra-cpp-driver-tests"))]
let run = true;
if run {
let mut shotover =
CassandraConnection::new(shotover_contact_point, shotover_port, driver).await;
shotover
.enable_schema_awaiter(
&format!("{}:{}", cassandra_contact_point, cassandra_port),
None,
)
.await;
let cassandra =
CassandraConnection::new(cassandra_contact_point, cassandra_port, driver).await;
single_key::test(&shotover, &cassandra).await;
composite_key::test(&shotover, &cassandra).await;
compound_key::test(&shotover, &cassandra).await;
}
}