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MXS-701: Extend binlogfilter test

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The test now checks that default database usage works as expected. This
currently only works with RBR and with SBR it fails due to inadequate
processing of the SQL statements (default database is not concatenated
into the table).
This commit is contained in:
Markus Mäkelä
2018-09-23 09:03:42 +03:00
parent d7fab9e43a
commit 5869f5369c
1 changed files with 35 additions and 4 deletions
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39
maxscale-system-test/mxs701_binlog_filter.cpp
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@ -7,6 +7,9 @@
int main(int argc, char** argv) int main(int argc, char** argv)
{ {
TestConnections test(argc, argv); TestConnections test(argc, argv);
// Configures nodes[1] to replicate from nodes[0] and nodes[2] and nodes[3]
// to replicate from the binlogrouter
test.start_binlog(); test.start_binlog();
test.repl->connect(); test.repl->connect();
@ -17,34 +20,62 @@ int main(int argc, char** argv)
execute_query(test.repl->nodes[0], "CREATE TABLE a.t1(id INT)"); execute_query(test.repl->nodes[0], "CREATE TABLE a.t1(id INT)");
execute_query(test.repl->nodes[0], "CREATE TABLE a.t2(id INT)"); execute_query(test.repl->nodes[0], "CREATE TABLE a.t2(id INT)");
execute_query(test.repl->nodes[0], "CREATE TABLE b.t2(id INT)"); execute_query(test.repl->nodes[0], "CREATE TABLE b.t2(id INT)");
execute_query(test.repl->nodes[0], "CREATE TABLE a.t3(id INT)");
execute_query(test.repl->nodes[0], "CREATE TABLE b.t3(id INT)");
execute_query(test.repl->nodes[0], "INSERT INTO a.t1 VALUES (1)"); execute_query(test.repl->nodes[0], "INSERT INTO a.t1 VALUES (1)");
execute_query(test.repl->nodes[0], "INSERT INTO a.t2 VALUES (2)"); execute_query(test.repl->nodes[0], "INSERT INTO a.t2 VALUES (2)");
execute_query(test.repl->nodes[0], "INSERT INTO b.t2 VALUES (3)"); execute_query(test.repl->nodes[0], "INSERT INTO b.t2 VALUES (3)");
Row gtid = get_row(test.repl->nodes[0], "SELECT @@gtid_current_pos"); // Queries with default databases
test.tprintf("Synchronizing slaves on GTID %s", gtid[0].c_str()); execute_query(test.repl->nodes[0], "USE a");
execute_query(test.repl->nodes[1], "SELECT MASTER_GTID_WAIT('%s')", gtid[0].c_str()); execute_query(test.repl->nodes[0], "INSERT INTO t3 VALUES (1)");
execute_query(test.repl->nodes[2], "SELECT MASTER_GTID_WAIT('%s')", gtid[0].c_str()); execute_query(test.repl->nodes[0], "USE b");
execute_query(test.repl->nodes[0], "INSERT INTO t3 VALUES (2)");
// Test parsing of query events (DDLs are always query events, never row events)
execute_query(test.repl->nodes[0], "USE a");
execute_query(test.repl->nodes[0], "CREATE TABLE t4 AS SELECT 1 AS `id`");
execute_query(test.repl->nodes[0], "USE b");
execute_query(test.repl->nodes[0], "CREATE TABLE t4 AS SELECT 2 AS `id`");
// Let the events replicate to the slaves
sleep(10);
test.tprintf("Checking normal slave"); test.tprintf("Checking normal slave");
// The first slave has no filtering // The first slave has no filtering
Row a = get_row(test.repl->nodes[1], "SELECT * FROM a.t1"); Row a = get_row(test.repl->nodes[1], "SELECT * FROM a.t1");
Row b = get_row(test.repl->nodes[1], "SELECT * FROM a.t2"); Row b = get_row(test.repl->nodes[1], "SELECT * FROM a.t2");
Row c = get_row(test.repl->nodes[1], "SELECT * FROM b.t2"); Row c = get_row(test.repl->nodes[1], "SELECT * FROM b.t2");
Row d = get_row(test.repl->nodes[1], "SELECT * FROM a.t3");
Row e = get_row(test.repl->nodes[1], "SELECT * FROM b.t3");
Row f = get_row(test.repl->nodes[1], "SELECT * FROM a.t4");
Row g = get_row(test.repl->nodes[1], "SELECT * FROM b.t4");
test.expect(!a.empty() && a[0] == "1", "a.t1 should return 1"); test.expect(!a.empty() && a[0] == "1", "a.t1 should return 1");
test.expect(!b.empty() && b[0] == "2", "a.t2 should return 2"); test.expect(!b.empty() && b[0] == "2", "a.t2 should return 2");
test.expect(!c.empty() && c[0] == "3", "b.t2 should return 3"); test.expect(!c.empty() && c[0] == "3", "b.t2 should return 3");
test.expect(!d.empty() && d[0] == "1", "a.t3 should return 1");
test.expect(!e.empty() && e[0] == "2", "b.t3 should return 2");
test.expect(!f.empty() && f[0] == "1", "a.t4 should return 1");
test.expect(!g.empty() && g[0] == "2", "b.t4 should return 2");
test.tprintf("Checking filtered slave"); test.tprintf("Checking filtered slave");
// The second slave has match=/a[.]/ and exclude=/[.]t1/ // The second slave has match=/a[.]/ and exclude=/[.]t1/
a = get_row(test.repl->nodes[2], "SELECT * FROM a.t1"); a = get_row(test.repl->nodes[2], "SELECT * FROM a.t1");
b = get_row(test.repl->nodes[2], "SELECT * FROM a.t2"); b = get_row(test.repl->nodes[2], "SELECT * FROM a.t2");
c = get_row(test.repl->nodes[2], "SELECT * FROM b.t2"); c = get_row(test.repl->nodes[2], "SELECT * FROM b.t2");
d = get_row(test.repl->nodes[2], "SELECT * FROM a.t3");
e = get_row(test.repl->nodes[2], "SELECT * FROM b.t3");
f = get_row(test.repl->nodes[2], "SELECT * FROM a.t4");
g = get_row(test.repl->nodes[2], "SELECT * FROM b.t4");
test.expect(a.empty(), "a.t1 should be empty"); test.expect(a.empty(), "a.t1 should be empty");
test.expect(!b.empty() && b[0] == "2", "a.t2 should return 2"); test.expect(!b.empty() && b[0] == "2", "a.t2 should return 2");
test.expect(c.empty(), "b.t2 should be empty"); test.expect(c.empty(), "b.t2 should be empty");
test.expect(!d.empty() && d[0] == "1", "a.t3 should return 1");
test.expect(e.empty(), "b.t3 should be empty");
test.expect(!f.empty() && f[0] == "1", "a.t4 should return 1");
test.expect(g.empty(), "b.t4 should be empty");
execute_query(test.repl->nodes[0], "DROP DATABASE a"); execute_query(test.repl->nodes[0], "DROP DATABASE a");
execute_query(test.repl->nodes[0], "DROP DATABASE b"); execute_query(test.repl->nodes[0], "DROP DATABASE b");