use of io.mycat.config.TimerConfig in project Mycat2 by MyCATApache.
the class NoneTest method testSlaveBroken.
@Test
public void testSlaveBroken() {
ClusterConfig clusterConfig = CreateClusterHint.createConfig("c0", Arrays.asList("dsw1", "dsw2"), Arrays.asList("dsr1"));
TimerConfig timerConfig = new TimerConfig();
timerConfig.setTimeUnit(TimeUnit.SECONDS.name());
timerConfig.setPeriod(1);
timerConfig.setInitialDelay(0);
clusterConfig.setTimer(timerConfig);
clusterConfig.setClusterType(ReplicaType.NONE.name());
HashMap<String, DatasourceConfig> map = new HashMap<>();
map.put("dsw1", CreateDataSourceHint.createConfig("dsw1", DB1));
map.put("dsw2", CreateDataSourceHint.createConfig("dsw2", DB2));
map.put("dsr1", CreateDataSourceHint.createConfig("dsr1", DB2));
LinkedList<Runnable> runnables = new LinkedList<>();
ReplicaSelectorManager manager = ReplicaSelectorRuntime.create(Arrays.asList(clusterConfig), map, new LoadBalanceManager(), name -> 0, (command, initialDelay, period, unit) -> {
runnables.add(command);
return () -> {
};
});
MetaClusterCurrent.register(Maps.of(ConfigReporter.class, new ConfigReporter() {
@Override
public void reportReplica(Map<String, List<String>> state) {
List<String> c0 = state.get("c0");
Assert.assertEquals("[dsw2]", c0.toString());
}
}));
for (Runnable runnable : runnables) {
runnable.run();
}
for (Runnable runnable : runnables) {
runnable.run();
}
for (Runnable runnable : runnables) {
runnable.run();
}
// 测试已经切换
Set<String> balanceTargets = new HashSet<>();
test(() -> {
balanceTargets.add(manager.getDatasourceNameByReplicaName("c0", false, null));
return false;
});
Set<String> masterTargets = new HashSet<>();
test(() -> {
masterTargets.add(manager.getDatasourceNameByReplicaName("c0", true, null));
return false;
});
Assert.assertEquals(1, masterTargets.size());
Assert.assertTrue(masterTargets.contains("dsw1"));
for (Runnable runnable : runnables) {
runnable.run();
}
PhysicsInstance dsr1 = manager.getPhysicsInstanceByName("dsr1");
Assert.assertTrue(dsr1.asSelectRead());
Assert.assertTrue(dsr1.isAlive());
}
use of io.mycat.config.TimerConfig in project Mycat2 by MyCATApache.
the class NoneTest method test.
@Test
public void test() {
ClusterConfig clusterConfig = CreateClusterHint.createConfig("c0", Arrays.asList("dsw1", "dsw2"), Arrays.asList("dsr1"));
TimerConfig timerConfig = new TimerConfig();
timerConfig.setTimeUnit(TimeUnit.SECONDS.name());
timerConfig.setPeriod(1);
timerConfig.setInitialDelay(0);
clusterConfig.setTimer(timerConfig);
clusterConfig.setClusterType(ReplicaType.NONE.name());
HashMap<String, DatasourceConfig> map = new HashMap<>();
map.put("dsw1", CreateDataSourceHint.createConfig("dsw1", DB1));
map.put("dsw2", CreateDataSourceHint.createConfig("dsw2", DB2));
map.put("dsr1", CreateDataSourceHint.createConfig("dsr1", DB2));
LinkedList<Runnable> runnables = new LinkedList<>();
ReplicaSelectorManager manager = ReplicaSelectorRuntime.create(Arrays.asList(clusterConfig), map, new LoadBalanceManager(), name -> 0, (command, initialDelay, period, unit) -> {
runnables.add(command);
return () -> {
};
});
for (Runnable runnable : runnables) {
runnable.run();
}
for (PhysicsInstance physicsInstance : manager.getPhysicsInstances()) {
Assert.assertTrue(physicsInstance.asSelectRead());
}
Set<String> balanceTargets = new HashSet<>();
test(() -> {
balanceTargets.add(manager.getDatasourceNameByReplicaName("c0", false, null));
return balanceTargets.size() == 3;
});
Assert.assertEquals(3, balanceTargets.size());
Set<String> masterTargets = new HashSet<>();
test(() -> {
masterTargets.add(manager.getDatasourceNameByReplicaName("c0", true, null));
return false;
});
Assert.assertEquals(1, masterTargets.size());
}
use of io.mycat.config.TimerConfig in project Mycat2 by MyCATApache.
the class SingleTest method test.
@Test
public void test() {
ClusterConfig clusterConfig = CreateClusterHint.createConfig("c0", Arrays.asList("dsw1", "dsw2"), Arrays.asList("dsr1"));
TimerConfig timerConfig = new TimerConfig();
timerConfig.setTimeUnit(TimeUnit.SECONDS.name());
timerConfig.setPeriod(1);
timerConfig.setInitialDelay(0);
clusterConfig.setTimer(timerConfig);
clusterConfig.setClusterType(ReplicaType.SINGLE_NODE.name());
HashMap<String, DatasourceConfig> map = new HashMap<>();
map.put("dsw1", CreateDataSourceHint.createConfig("dsw1", DB1));
map.put("dsw2", CreateDataSourceHint.createConfig("dsw2", DB2));
map.put("dsr1", CreateDataSourceHint.createConfig("dsr1", DB2));
LinkedList<Runnable> runnables = new LinkedList<>();
ReplicaSelectorManager manager = ReplicaSelectorRuntime.create(Arrays.asList(clusterConfig), map, new LoadBalanceManager(), name -> 0, (command, initialDelay, period, unit) -> {
runnables.add(command);
return () -> {
};
});
manager.putHeartFlow("c0", "dsw1", checkMasterSlave());
manager.putHeartFlow("c0", "dsw2", checkMasterSlave());
manager.putHeartFlow("c0", "dsr1", checkMasterSlave());
for (Runnable runnable : runnables) {
runnable.run();
}
for (PhysicsInstance physicsInstance : manager.getPhysicsInstances()) {
Assert.assertTrue(physicsInstance.asSelectRead());
}
Set<String> balanceTargets = new HashSet<>();
test(() -> {
balanceTargets.add(manager.getDatasourceNameByReplicaName("c0", false, null));
return balanceTargets.size() == 3;
});
Assert.assertEquals(3, balanceTargets.size());
Set<String> masterTargets = new HashSet<>();
test(() -> {
masterTargets.add(manager.getDatasourceNameByReplicaName("c0", true, null));
return false;
});
Assert.assertEquals(1, masterTargets.size());
}
Aggregations