diff --git a/go/test/endtoend/onlineddl/scheduler/onlineddl_scheduler_test.go b/go/test/endtoend/onlineddl/scheduler/onlineddl_scheduler_test.go index ee7fbfb4f7c..5275d455837 100644 --- a/go/test/endtoend/onlineddl/scheduler/onlineddl_scheduler_test.go +++ b/go/test/endtoend/onlineddl/scheduler/onlineddl_scheduler_test.go @@ -154,10 +154,8 @@ func TestMain(m *testing.M) { if err != nil { fmt.Printf("%v\n", err) os.Exit(1) - } else { - os.Exit(exitcode) } - + os.Exit(exitcode) } func TestSchemaChange(t *testing.T) { @@ -649,1312 +647,6 @@ func TestSchemaChange(t *testing.T) { t.Run("summary: validate completed_timestamp", func(t *testing.T) { onlineddl.ValidateCompletedTimestamp(t, &vtParams) }) -<<<<<<< HEAD -======= - - t.Run("Cleanup artifacts", func(t *testing.T) { - // Create a migration with a low --retain-artifacts value. - // We will cancel the migration and expect the artifact to be cleaned. - t.Run("start migration", func(t *testing.T) { - t1uuid = testOnlineDDLStatement(t, createParams(trivialAlterT1Statement, ddlStrategy+" --postpone-completion --retain-artifacts=1s", "vtctl", "", "", true)) // skip wait - onlineddl.WaitForMigrationStatus(t, &vtParams, shards, t1uuid, normalWaitTime, schema.OnlineDDLStatusRunning) - }) - var artifacts []string - t.Run("validate artifact exists", func(t *testing.T) { - rs := onlineddl.ReadMigrations(t, &vtParams, t1uuid) - require.NotNil(t, rs) - row := rs.Named().Row() - require.NotNil(t, row) - - artifacts = textutil.SplitDelimitedList(row.AsString("artifacts", "")) - assert.NotEmpty(t, artifacts) - assert.Equal(t, 1, len(artifacts)) - checkTable(t, artifacts[0], true) - - retainArtifactsSeconds := row.AsInt64("retain_artifacts_seconds", 0) - assert.Equal(t, int64(1), retainArtifactsSeconds) // due to --retain-artifacts=1s - }) - t.Run("cancel migration", func(t *testing.T) { - onlineddl.CheckCancelMigration(t, &vtParams, shards, t1uuid, true) - status := onlineddl.WaitForMigrationStatus(t, &vtParams, shards, t1uuid, normalWaitTime, schema.OnlineDDLStatusFailed, schema.OnlineDDLStatusCancelled) - fmt.Printf("# Migration status (for debug purposes): <%s>\n", status) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, t1uuid, schema.OnlineDDLStatusCancelled) - }) - t.Run("wait for cleanup", func(t *testing.T) { - ctx, cancel := context.WithTimeout(context.Background(), normalWaitTime) - defer cancel() - - for { - rs := onlineddl.ReadMigrations(t, &vtParams, t1uuid) - require.NotNil(t, rs) - row := rs.Named().Row() - require.NotNil(t, row) - if !row["cleanup_timestamp"].IsNull() { - // This is what we've been waiting for - break - } - select { - case <-ctx.Done(): - assert.Fail(t, "timeout waiting for cleanup") - return - case <-time.After(time.Second): - } - } - }) - t.Run("validate artifact does not exist", func(t *testing.T) { - checkTable(t, artifacts[0], false) - }) - }) - - // INSTANT DDL - instantDDLCapable, err := capableOf(mysql.InstantAddLastColumnFlavorCapability) - require.NoError(t, err) - if instantDDLCapable { - t.Run("INSTANT DDL: postpone-completion", func(t *testing.T) { - t1uuid := testOnlineDDLStatement(t, createParams(instantAlterT1Statement, ddlStrategy+" --prefer-instant-ddl --postpone-completion", "vtgate", "", "", true)) - - t.Run("expect t1 queued", func(t *testing.T) { - // we want to validate that the migration remains queued even after some time passes. It must not move beyond 'queued' - time.Sleep(ensureStateNotChangedTime) - onlineddl.WaitForMigrationStatus(t, &vtParams, shards, t1uuid, normalWaitTime, schema.OnlineDDLStatusQueued, schema.OnlineDDLStatusReady) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, t1uuid, schema.OnlineDDLStatusQueued, schema.OnlineDDLStatusReady) - }) - t.Run("complete t1", func(t *testing.T) { - // Issue a complete and wait for successful completion - onlineddl.CheckCompleteMigration(t, &vtParams, shards, t1uuid, true) - status := onlineddl.WaitForMigrationStatus(t, &vtParams, shards, t1uuid, normalWaitTime, schema.OnlineDDLStatusComplete, schema.OnlineDDLStatusFailed) - fmt.Printf("# Migration status (for debug purposes): <%s>\n", status) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, t1uuid, schema.OnlineDDLStatusComplete) - }) - }) - } - // 'mysql' strategy - t.Run("mysql strategy", func(t *testing.T) { - t.Run("declarative", func(t *testing.T) { - t1uuid = testOnlineDDLStatement(t, createParams(createT1Statement, "mysql --declarative", "vtgate", "just-created", "", false)) - - status := onlineddl.WaitForMigrationStatus(t, &vtParams, shards, t1uuid, normalWaitTime, schema.OnlineDDLStatusComplete, schema.OnlineDDLStatusFailed) - fmt.Printf("# Migration status (for debug purposes): <%s>\n", status) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, t1uuid, schema.OnlineDDLStatusComplete) - checkTable(t, t1Name, true) - }) - - t.Run("fail postpone-completion", func(t *testing.T) { - t1uuid := testOnlineDDLStatement(t, createParams(trivialAlterT1Statement, "mysql --postpone-completion", "vtgate", "", "", true)) - - // --postpone-completion not supported in mysql strategy - time.Sleep(ensureStateNotChangedTime) - onlineddl.WaitForMigrationStatus(t, &vtParams, shards, t1uuid, normalWaitTime, schema.OnlineDDLStatusFailed) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, t1uuid, schema.OnlineDDLStatusFailed) - }) - t.Run("trivial", func(t *testing.T) { - t1uuid := testOnlineDDLStatement(t, createParams(trivialAlterT1Statement, "mysql", "vtgate", "", "", true)) - - status := onlineddl.WaitForMigrationStatus(t, &vtParams, shards, t1uuid, normalWaitTime, schema.OnlineDDLStatusComplete, schema.OnlineDDLStatusFailed) - fmt.Printf("# Migration status (for debug purposes): <%s>\n", status) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, t1uuid, schema.OnlineDDLStatusComplete) - - rs := onlineddl.ReadMigrations(t, &vtParams, t1uuid) - require.NotNil(t, rs) - for _, row := range rs.Named().Rows { - artifacts := row.AsString("artifacts", "-") - assert.Empty(t, artifacts) - } - }) - t.Run("instant", func(t *testing.T) { - t1uuid := testOnlineDDLStatement(t, createParams(instantAlterT1Statement, "mysql", "vtgate", "", "", true)) - - status := onlineddl.WaitForMigrationStatus(t, &vtParams, shards, t1uuid, normalWaitTime, schema.OnlineDDLStatusComplete, schema.OnlineDDLStatusFailed) - fmt.Printf("# Migration status (for debug purposes): <%s>\n", status) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, t1uuid, schema.OnlineDDLStatusComplete) - }) - }) - // in-order-completion - t.Run("in-order-completion: multiple drops for nonexistent tables and views", func(t *testing.T) { - u, err := schema.CreateOnlineDDLUUID() - require.NoError(t, err) - - sqls := []string{ - fmt.Sprintf("drop table if exists t4_%s", u), - fmt.Sprintf("drop view if exists t1_%s", u), - fmt.Sprintf("drop table if exists t2_%s", u), - fmt.Sprintf("drop view if exists t3_%s", u), - } - sql := strings.Join(sqls, ";") - var vuuids []string - t.Run("drop multiple tables and views, in-order-completion", func(t *testing.T) { - uuidList := testOnlineDDLStatement(t, createParams(sql, ddlStrategy+" --allow-concurrent --in-order-completion", "vtctl", "", "", true)) // skip wait - vuuids = strings.Split(uuidList, "\n") - assert.Equal(t, 4, len(vuuids)) - for _, uuid := range vuuids { - status := onlineddl.WaitForMigrationStatus(t, &vtParams, shards, uuid, normalWaitTime, schema.OnlineDDLStatusComplete, schema.OnlineDDLStatusFailed) - fmt.Printf("# Migration status (for debug purposes): <%s>\n", status) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - } - }) - require.Equal(t, 4, len(vuuids)) - for i := range vuuids { - if i > 0 { - testTableCompletionTimes(t, vuuids[i-1], vuuids[i]) - } - } - }) - t.Run("in-order-completion: two new views, one depends on the other", func(t *testing.T) { - u, err := schema.CreateOnlineDDLUUID() - require.NoError(t, err) - v2name := fmt.Sprintf("v2_%s", u) - createv2 := fmt.Sprintf("create view %s as select id from t1_test", v2name) - v1name := fmt.Sprintf("v1_%s", u) - createv1 := fmt.Sprintf("create view %s as select id from %s", v1name, v2name) - - sql := fmt.Sprintf("%s; %s;", createv2, createv1) - var vuuids []string - t.Run("create two views, expect both complete", func(t *testing.T) { - uuidList := testOnlineDDLStatement(t, createParams(sql, ddlStrategy+" --allow-concurrent --in-order-completion", "vtctl", "", "", true)) // skip wait - vuuids = strings.Split(uuidList, "\n") - assert.Equal(t, 2, len(vuuids)) - for _, uuid := range vuuids { - status := onlineddl.WaitForMigrationStatus(t, &vtParams, shards, uuid, normalWaitTime, schema.OnlineDDLStatusComplete, schema.OnlineDDLStatusFailed) - fmt.Printf("# Migration status (for debug purposes): <%s>\n", status) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - } - }) - require.Equal(t, 2, len(vuuids)) - testTableCompletionTimes(t, vuuids[0], vuuids[1]) - }) - t.Run("in-order-completion: new table column, new view depends on said column", func(t *testing.T) { - // The VIEW creation can only succeed when the ALTER has completed and the table has the new column - t1uuid = testOnlineDDLStatement(t, createParams(alterExtraColumn, ddlStrategy+" --allow-concurrent --postpone-completion --in-order-completion", "vtctl", "", "", true)) // skip wait - v1uuid := testOnlineDDLStatement(t, createParams(createViewDependsOnExtraColumn, ddlStrategy+" --allow-concurrent --postpone-completion --in-order-completion", "vtctl", "", "", true)) // skip wait - - testAllowConcurrent(t, "t1", t1uuid, 1) - testAllowConcurrent(t, "v1", v1uuid, 1) - t.Run("expect table running, expect view ready", func(t *testing.T) { - onlineddl.WaitForMigrationStatus(t, &vtParams, shards, t1uuid, normalWaitTime, schema.OnlineDDLStatusRunning) - onlineddl.WaitForMigrationStatus(t, &vtParams, shards, v1uuid, normalWaitTime, schema.OnlineDDLStatusQueued, schema.OnlineDDLStatusReady) - time.Sleep(ensureStateNotChangedTime) - // nothing should change - onlineddl.WaitForMigrationStatus(t, &vtParams, shards, t1uuid, normalWaitTime, schema.OnlineDDLStatusRunning) - onlineddl.WaitForMigrationStatus(t, &vtParams, shards, v1uuid, normalWaitTime, schema.OnlineDDLStatusQueued, schema.OnlineDDLStatusReady) - }) - t.Run("complete both", func(t *testing.T) { - onlineddl.CheckCompleteAllMigrations(t, &vtParams, len(shards)*2) - }) - t.Run("expect table success", func(t *testing.T) { - status := onlineddl.WaitForMigrationStatus(t, &vtParams, shards, t1uuid, normalWaitTime, schema.OnlineDDLStatusComplete, schema.OnlineDDLStatusFailed) - fmt.Printf("# Migration status (for debug purposes): <%s>\n", status) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, t1uuid, schema.OnlineDDLStatusComplete) - }) - t.Run("expect view success", func(t *testing.T) { - status := onlineddl.WaitForMigrationStatus(t, &vtParams, shards, v1uuid, normalWaitTime, schema.OnlineDDLStatusComplete, schema.OnlineDDLStatusFailed) - fmt.Printf("# Migration status (for debug purposes): <%s>\n", status) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, v1uuid, schema.OnlineDDLStatusComplete) - }) - testTableCompletionTimes(t, t1uuid, v1uuid) - }) -} - -func testSingleton(t *testing.T) { - defer cluster.PanicHandler(t) - shards = clusterInstance.Keyspaces[0].Shards - require.Equal(t, 1, len(shards)) - - createParams := func(ddlStatement string, ddlStrategy string, executeStrategy string, migrationContext string, expectHint string, expectError string, skipWait bool) *testOnlineDDLStatementParams { - return &testOnlineDDLStatementParams{ - ddlStatement: ddlStatement, - ddlStrategy: ddlStrategy, - executeStrategy: executeStrategy, - migrationContext: migrationContext, - expectHint: expectHint, - expectError: expectError, - skipWait: skipWait, - } - } - - createRevertParams := func(revertUUID string, ddlStrategy string, executeStrategy string, migrationContext string, expectError string, skipWait bool) *testRevertMigrationParams { - return &testRevertMigrationParams{ - revertUUID: revertUUID, - executeStrategy: executeStrategy, - ddlStrategy: ddlStrategy, - migrationContext: migrationContext, - expectError: expectError, - skipWait: skipWait, - } - } - - var ( - tableName = `stress_test` - onlineSingletonDDLStrategy = "online --singleton" - onlineSingletonContextDDLStrategy = "online --singleton-context" - createStatement = ` - CREATE TABLE stress_test ( - id bigint(20) not null, - rand_val varchar(32) null default '', - hint_col varchar(64) not null default 'just-created', - created_timestamp timestamp not null default current_timestamp, - updates int unsigned not null default 0, - PRIMARY KEY (id), - key created_idx(created_timestamp), - key updates_idx(updates) - ) ENGINE=InnoDB - ` - // We will run this query with "gh-ost --max-load=Threads_running=1" - alterTableThrottlingStatement = ` - ALTER TABLE stress_test DROP COLUMN created_timestamp - ` - multiAlterTableThrottlingStatement = ` - ALTER TABLE stress_test ENGINE=InnoDB; - ALTER TABLE stress_test ENGINE=InnoDB; - ALTER TABLE stress_test ENGINE=InnoDB; - ` - // A trivial statement which must succeed and does not change the schema - alterTableTrivialStatement = ` - ALTER TABLE stress_test ENGINE=InnoDB - ` - dropStatement = ` - DROP TABLE stress_test -` - dropIfExistsStatement = ` -DROP TABLE IF EXISTS stress_test -` - dropNonexistentTableStatement = ` - DROP TABLE IF EXISTS t_non_existent - ` - multiDropStatements = `DROP TABLE IF EXISTS t1; DROP TABLE IF EXISTS t2; DROP TABLE IF EXISTS t3;` - ) - - var uuids []string - // init-cleanup - t.Run("init DROP TABLE", func(t *testing.T) { - uuid := testOnlineDDLStatement(t, createParams(dropIfExistsStatement, onlineSingletonDDLStrategy, "vtgate", "", "", "", false)) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkTable(t, tableName, false) - }) - - // CREATE - t.Run("CREATE TABLE", func(t *testing.T) { - // The table does not exist - uuid := testOnlineDDLStatement(t, createParams(createStatement, onlineSingletonDDLStrategy, "vtgate", "", "", "", false)) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkTable(t, tableName, true) - }) - t.Run("revert CREATE TABLE", func(t *testing.T) { - // The table existed, so it will now be dropped (renamed) - uuid := testRevertMigration(t, createRevertParams(uuids[len(uuids)-1], onlineSingletonDDLStrategy, "vtgate", "", "", false)) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkTable(t, tableName, false) - }) - t.Run("revert revert CREATE TABLE", func(t *testing.T) { - // Table was dropped (renamed) so it will now be restored - uuid := testRevertMigration(t, createRevertParams(uuids[len(uuids)-1], onlineSingletonDDLStrategy, "vtgate", "", "", false)) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkTable(t, tableName, true) - }) - - var throttledUUID string - t.Run("throttled migration", func(t *testing.T) { - throttledUUID = testOnlineDDLStatement(t, createParams(alterTableThrottlingStatement, "gh-ost --singleton --max-load=Threads_running=1", "vtgate", "", "hint_col", "", false)) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, throttledUUID, schema.OnlineDDLStatusRunning) - }) - t.Run("failed singleton migration, vtgate", func(t *testing.T) { - uuid := testOnlineDDLStatement(t, createParams(alterTableThrottlingStatement, "gh-ost --singleton --max-load=Threads_running=1", "vtgate", "", "hint_col", "rejected", true)) - assert.Empty(t, uuid) - }) - t.Run("failed singleton migration, vtctl", func(t *testing.T) { - uuid := testOnlineDDLStatement(t, createParams(alterTableThrottlingStatement, "gh-ost --singleton --max-load=Threads_running=1", "vtctl", "", "hint_col", "rejected", true)) - assert.Empty(t, uuid) - }) - t.Run("failed revert migration", func(t *testing.T) { - uuid := testRevertMigration(t, createRevertParams(throttledUUID, onlineSingletonDDLStrategy, "vtgate", "", "rejected", true)) - assert.Empty(t, uuid) - }) - t.Run("terminate throttled migration", func(t *testing.T) { - onlineddl.CheckMigrationStatus(t, &vtParams, shards, throttledUUID, schema.OnlineDDLStatusRunning) - onlineddl.CheckCancelMigration(t, &vtParams, shards, throttledUUID, true) - status := onlineddl.WaitForMigrationStatus(t, &vtParams, shards, throttledUUID, 20*time.Second, schema.OnlineDDLStatusFailed, schema.OnlineDDLStatusCancelled) - fmt.Printf("# Migration status (for debug purposes): <%s>\n", status) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, throttledUUID, schema.OnlineDDLStatusCancelled) - }) - t.Run("successful gh-ost alter, vtctl", func(t *testing.T) { - uuid := testOnlineDDLStatement(t, createParams(alterTableTrivialStatement, "gh-ost --singleton", "vtctl", "", "hint_col", "", false)) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckCancelMigration(t, &vtParams, shards, uuid, false) - onlineddl.CheckRetryMigration(t, &vtParams, shards, uuid, false) - }) - t.Run("successful gh-ost alter, vtgate", func(t *testing.T) { - uuid := testOnlineDDLStatement(t, createParams(alterTableTrivialStatement, "gh-ost --singleton", "vtgate", "", "hint_col", "", false)) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckCancelMigration(t, &vtParams, shards, uuid, false) - onlineddl.CheckRetryMigration(t, &vtParams, shards, uuid, false) - }) - - t.Run("successful online alter, vtgate", func(t *testing.T) { - uuid := testOnlineDDLStatement(t, createParams(alterTableTrivialStatement, onlineSingletonDDLStrategy, "vtgate", "", "hint_col", "", false)) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckCancelMigration(t, &vtParams, shards, uuid, false) - onlineddl.CheckRetryMigration(t, &vtParams, shards, uuid, false) - checkTable(t, tableName, true) - }) - t.Run("revert ALTER TABLE, vttablet", func(t *testing.T) { - // The table existed, so it will now be dropped (renamed) - uuid := testRevertMigration(t, createRevertParams(uuids[len(uuids)-1], onlineSingletonDDLStrategy, "vtctl", "", "", false)) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkTable(t, tableName, true) - }) - - var throttledUUIDs []string - // singleton-context - t.Run("throttled migrations, singleton-context", func(t *testing.T) { - uuidList := testOnlineDDLStatement(t, createParams(multiAlterTableThrottlingStatement, "gh-ost --singleton-context --max-load=Threads_running=1", "vtctl", "", "hint_col", "", false)) - throttledUUIDs = strings.Split(uuidList, "\n") - assert.Equal(t, 3, len(throttledUUIDs)) - for _, uuid := range throttledUUIDs { - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusQueued, schema.OnlineDDLStatusReady, schema.OnlineDDLStatusRunning) - } - }) - t.Run("failed migrations, singleton-context", func(t *testing.T) { - _ = testOnlineDDLStatement(t, createParams(multiAlterTableThrottlingStatement, "gh-ost --singleton-context --max-load=Threads_running=1", "vtctl", "", "hint_col", "rejected", false)) - }) - t.Run("terminate throttled migrations", func(t *testing.T) { - for _, uuid := range throttledUUIDs { - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusQueued, schema.OnlineDDLStatusReady, schema.OnlineDDLStatusRunning) - onlineddl.CheckCancelMigration(t, &vtParams, shards, uuid, true) - } - time.Sleep(2 * time.Second) - for _, uuid := range throttledUUIDs { - uuid = strings.TrimSpace(uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusFailed, schema.OnlineDDLStatusCancelled) - } - }) - - t.Run("successful multiple statement, singleton-context, vtctl", func(t *testing.T) { - uuidList := testOnlineDDLStatement(t, createParams(multiDropStatements, onlineSingletonContextDDLStrategy, "vtctl", "", "", "", false)) - uuidSlice := strings.Split(uuidList, "\n") - assert.Equal(t, 3, len(uuidSlice)) - for _, uuid := range uuidSlice { - uuid = strings.TrimSpace(uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - } - }) - - //DROP - - t.Run("online DROP TABLE", func(t *testing.T) { - uuid := testOnlineDDLStatement(t, createParams(dropStatement, onlineSingletonDDLStrategy, "vtgate", "", "", "", false)) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkTable(t, tableName, false) - }) - t.Run("revert DROP TABLE", func(t *testing.T) { - // This will recreate the table (well, actually, rename it back into place) - uuid := testRevertMigration(t, createRevertParams(uuids[len(uuids)-1], onlineSingletonDDLStrategy, "vttablet", "", "", false)) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkTable(t, tableName, true) - }) - - t.Run("fail concurrent singleton, vtgate", func(t *testing.T) { - uuid := testOnlineDDLStatement(t, createParams(alterTableTrivialStatement, "vitess --postpone-completion --singleton", "vtgate", "", "hint_col", "", true)) - uuids = append(uuids, uuid) - _ = testOnlineDDLStatement(t, createParams(dropNonexistentTableStatement, "vitess --singleton", "vtgate", "", "hint_col", "rejected", true)) - onlineddl.CheckCompleteAllMigrations(t, &vtParams, len(shards)) - status := onlineddl.WaitForMigrationStatus(t, &vtParams, shards, uuid, 20*time.Second, schema.OnlineDDLStatusComplete, schema.OnlineDDLStatusFailed) - fmt.Printf("# Migration status (for debug purposes): <%s>\n", status) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - }) - t.Run("fail concurrent singleton-context with revert", func(t *testing.T) { - revertUUID := testRevertMigration(t, createRevertParams(uuids[len(uuids)-1], "vitess --allow-concurrent --postpone-completion --singleton-context", "vtctl", "rev:ctx", "", false)) - onlineddl.WaitForMigrationStatus(t, &vtParams, shards, revertUUID, 20*time.Second, schema.OnlineDDLStatusRunning) - // revert is running - _ = testOnlineDDLStatement(t, createParams(dropNonexistentTableStatement, "vitess --allow-concurrent --singleton-context", "vtctl", "migrate:ctx", "", "rejected", true)) - onlineddl.CheckCancelMigration(t, &vtParams, shards, revertUUID, true) - status := onlineddl.WaitForMigrationStatus(t, &vtParams, shards, revertUUID, 20*time.Second, schema.OnlineDDLStatusFailed, schema.OnlineDDLStatusCancelled) - fmt.Printf("# Migration status (for debug purposes): <%s>\n", status) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, revertUUID, schema.OnlineDDLStatusCancelled) - }) - t.Run("success concurrent singleton-context with no-context revert", func(t *testing.T) { - revertUUID := testRevertMigration(t, createRevertParams(uuids[len(uuids)-1], "vitess --allow-concurrent --postpone-completion", "vtctl", "rev:ctx", "", false)) - onlineddl.WaitForMigrationStatus(t, &vtParams, shards, revertUUID, 20*time.Second, schema.OnlineDDLStatusRunning) - // revert is running but has no --singleton-context. Our next migration should be able to run. - uuid := testOnlineDDLStatement(t, createParams(dropNonexistentTableStatement, "vitess --allow-concurrent --singleton-context", "vtctl", "migrate:ctx", "", "", false)) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckCancelMigration(t, &vtParams, shards, revertUUID, true) - status := onlineddl.WaitForMigrationStatus(t, &vtParams, shards, revertUUID, 20*time.Second, schema.OnlineDDLStatusFailed, schema.OnlineDDLStatusCancelled) - fmt.Printf("# Migration status (for debug purposes): <%s>\n", status) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, revertUUID, schema.OnlineDDLStatusCancelled) - }) -} -func testDeclarative(t *testing.T) { - defer cluster.PanicHandler(t) - shards = clusterInstance.Keyspaces[0].Shards - require.Equal(t, 1, len(shards)) - - var ( - tableName = `stress_test` - viewBaseTableName = `view_base_table_test` - viewName = `view_test` - migrationContext = "1111-2222-3333" - createStatement1 = ` - CREATE TABLE stress_test ( - id bigint(20) not null, - rand_val varchar(32) null default '', - hint_col varchar(64) not null default 'create1', - created_timestamp timestamp not null default current_timestamp, - updates int unsigned not null default 0, - PRIMARY KEY (id), - key created_idx(created_timestamp), - key updates_idx(updates) - ) ENGINE=InnoDB - ` - createStatement2 = ` - CREATE TABLE stress_test ( - id bigint(20) not null, - rand_val varchar(32) null default '', - hint_col varchar(64) not null default 'create2', - created_timestamp timestamp not null default current_timestamp, - updates int unsigned not null default 0, - PRIMARY KEY (id), - key created_idx(created_timestamp), - key updates_idx(updates) - ) ENGINE=InnoDB - ` - createIfNotExistsStatement = ` - CREATE TABLE IF NOT EXISTS stress_test ( - id bigint(20) not null, - PRIMARY KEY (id) - ) ENGINE=InnoDB - ` - createStatementZeroDate = ` - CREATE TABLE zerodate_test ( - id bigint(20) not null, - hint_col varchar(64) not null default 'create_with_zero', - zero_datetime datetime NOT NULL DEFAULT '0000-00-00 00:00:00', - PRIMARY KEY (id) - ) ENGINE=InnoDB - ` - createStatementZeroDate2 = ` - CREATE TABLE zerodate_test ( - id bigint(20) not null, - i int not null default 0, - hint_col varchar(64) not null default 'create_with_zero2', - zero_datetime datetime NOT NULL DEFAULT '0000-00-00 00:00:00', - zero_datetime2 datetime NOT NULL DEFAULT '0000-00-00 00:00:00', - PRIMARY KEY (id) - ) ENGINE=InnoDB - ` - dropZeroDateStatement = ` - DROP TABLE zerodate_test - ` - dropStatement = ` - DROP TABLE stress_test - ` - dropIfExistsStatement = ` - DROP TABLE IF EXISTS stress_test - ` - alterStatement = ` - ALTER TABLE stress_test modify hint_col varchar(64) not null default 'this-should-fail' - ` - trivialAlterStatement = ` - ALTER TABLE stress_test ENGINE=InnoDB - ` - dropViewBaseTableStatement = ` - DROP TABLE IF EXISTS view_base_table_test - ` - createViewBaseTableStatement = ` - CREATE TABLE view_base_table_test (id INT PRIMARY KEY) - ` - createViewStatement1 = ` - CREATE VIEW view_test AS SELECT 'success_create1' AS msg FROM view_base_table_test - ` - createViewStatement2 = ` - CREATE VIEW view_test AS SELECT 'success_create2' AS msg FROM view_base_table_test - ` - createOrReplaceViewStatement = ` - CREATE OR REPLACE VIEW view_test AS SELECT 'success_replace' AS msg FROM view_base_table_test - ` - alterViewStatement = ` - ALTER VIEW view_test AS SELECT 'success_alter' AS msg FROM view_base_table_test - ` - dropViewStatement = ` - DROP VIEW view_test - ` - dropViewIfExistsStatement = ` - DROP VIEW IF EXISTS view_test - ` - insertRowStatement = ` - INSERT IGNORE INTO stress_test (id, rand_val) VALUES (%d, left(md5(rand()), 8)) - ` - updateRowStatement = ` - UPDATE stress_test SET updates=updates+1 WHERE id=%d - ` - deleteRowStatement = ` - DELETE FROM stress_test WHERE id=%d AND updates=1 - ` - // We use CAST(SUM(updates) AS SIGNED) because SUM() returns a DECIMAL datatype, and we want to read a SIGNED INTEGER type - selectCountRowsStatement = ` - SELECT COUNT(*) AS num_rows, CAST(SUM(updates) AS SIGNED) AS sum_updates FROM stress_test - ` - truncateStatement = ` - TRUNCATE TABLE stress_test - ` - writeMetrics WriteMetrics - maxTableRows = 4096 - ) - - declarativeStrategy := "online -declarative" - var uuids []string - - generateInsert := func(t *testing.T, conn *mysql.Conn) error { - id := rand.Int31n(int32(maxTableRows)) - query := fmt.Sprintf(insertRowStatement, id) - qr, err := conn.ExecuteFetch(query, 1000, true) - - func() { - writeMetrics.mu.Lock() - defer writeMetrics.mu.Unlock() - - writeMetrics.insertsAttempts++ - if err != nil { - writeMetrics.insertsFailures++ - return - } - assert.Less(t, qr.RowsAffected, uint64(2)) - if qr.RowsAffected == 0 { - writeMetrics.insertsNoops++ - return - } - writeMetrics.inserts++ - }() - return err - } - - generateUpdate := func(t *testing.T, conn *mysql.Conn) error { - id := rand.Int31n(int32(maxTableRows)) - query := fmt.Sprintf(updateRowStatement, id) - qr, err := conn.ExecuteFetch(query, 1000, true) - - func() { - writeMetrics.mu.Lock() - defer writeMetrics.mu.Unlock() - - writeMetrics.updatesAttempts++ - if err != nil { - writeMetrics.updatesFailures++ - return - } - assert.Less(t, qr.RowsAffected, uint64(2)) - if qr.RowsAffected == 0 { - writeMetrics.updatesNoops++ - return - } - writeMetrics.updates++ - }() - return err - } - - generateDelete := func(t *testing.T, conn *mysql.Conn) error { - id := rand.Int31n(int32(maxTableRows)) - query := fmt.Sprintf(deleteRowStatement, id) - qr, err := conn.ExecuteFetch(query, 1000, true) - - func() { - writeMetrics.mu.Lock() - defer writeMetrics.mu.Unlock() - - writeMetrics.deletesAttempts++ - if err != nil { - writeMetrics.deletesFailures++ - return - } - assert.Less(t, qr.RowsAffected, uint64(2)) - if qr.RowsAffected == 0 { - writeMetrics.deletesNoops++ - return - } - writeMetrics.deletes++ - }() - return err - } - - initTable := func(t *testing.T) { - log.Infof("initTable begin") - defer log.Infof("initTable complete") - - ctx := context.Background() - conn, err := mysql.Connect(ctx, &vtParams) - require.Nil(t, err) - defer conn.Close() - - writeMetrics.Clear() - _, err = conn.ExecuteFetch(truncateStatement, 1000, true) - require.Nil(t, err) - - for i := 0; i < maxTableRows/2; i++ { - generateInsert(t, conn) - } - for i := 0; i < maxTableRows/4; i++ { - generateUpdate(t, conn) - } - for i := 0; i < maxTableRows/4; i++ { - generateDelete(t, conn) - } - } - - testSelectTableMetrics := func(t *testing.T) { - writeMetrics.mu.Lock() - defer writeMetrics.mu.Unlock() - - log.Infof("%s", writeMetrics.String()) - - ctx := context.Background() - conn, err := mysql.Connect(ctx, &vtParams) - require.Nil(t, err) - defer conn.Close() - - rs, err := conn.ExecuteFetch(selectCountRowsStatement, 1000, true) - require.Nil(t, err) - - row := rs.Named().Row() - require.NotNil(t, row) - log.Infof("testSelectTableMetrics, row: %v", row) - numRows := row.AsInt64("num_rows", 0) - sumUpdates := row.AsInt64("sum_updates", 0) - - assert.NotZero(t, numRows) - assert.NotZero(t, sumUpdates) - assert.NotZero(t, writeMetrics.inserts) - assert.NotZero(t, writeMetrics.deletes) - assert.NotZero(t, writeMetrics.updates) - assert.Equal(t, writeMetrics.inserts-writeMetrics.deletes, numRows) - assert.Equal(t, writeMetrics.updates-writeMetrics.deletes, sumUpdates) // because we DELETE WHERE updates=1 - } - - testOnlineDDL := func(t *testing.T, alterStatement string, ddlStrategy string, executeStrategy string, expectHint string, expectError string) (uuid string) { - params := &testOnlineDDLStatementParams{ - ddlStatement: alterStatement, - ddlStrategy: ddlStrategy, - executeStrategy: executeStrategy, - expectHint: expectHint, - expectError: expectError, - } - if executeStrategy != "vtgate" { - params.migrationContext = migrationContext - } - return testOnlineDDLStatement(t, params) - } - createRevertParams := func(revertUUID string) *testRevertMigrationParams { - return &testRevertMigrationParams{ - revertUUID: revertUUID, - executeStrategy: "vtctl", - ddlStrategy: string(schema.DDLStrategyOnline), - } - } - - // init-cleaup - t.Run("init: drop table", func(t *testing.T) { - // IF EXISTS is not supported in -declarative - uuid := testOnlineDDL(t, dropIfExistsStatement, "online", "vtgate", "", "") - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - }) - t.Run("init: drop view base table", func(t *testing.T) { - // IF EXISTS is not supported in -declarative - uuid := testOnlineDDL(t, dropViewBaseTableStatement, "online", "vtgate", "", "") - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - }) - - // VIEWS - t.Run("create base table for view", func(t *testing.T) { - uuid := testOnlineDDL(t, createViewBaseTableStatement, declarativeStrategy, "vtgate", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkTable(t, viewBaseTableName, true) - }) - // CREATE VIEW 1 - t.Run("declarative CREATE VIEW where table does not exist", func(t *testing.T) { - // The table does not exist - uuid := testOnlineDDL(t, createViewStatement1, declarativeStrategy, "vtgate", "success_create1", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckMigrationArtifacts(t, &vtParams, shards, uuid, true) - checkTable(t, viewName, true) - }) - // CREATE VIEW 1 again, noop - t.Run("declarative CREATE VIEW with no changes where view exists", func(t *testing.T) { - // The exists with exact same schema - uuid := testOnlineDDL(t, createViewStatement1, declarativeStrategy, "vtgate", "success_create1", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckMigrationArtifacts(t, &vtParams, shards, uuid, false) - checkTable(t, viewName, true) - }) - t.Run("revert CREATE VIEW expecting noop", func(t *testing.T) { - // Reverting a noop changes nothing - uuid := testRevertMigration(t, createRevertParams(uuids[len(uuids)-1])) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkMigratedTable(t, viewName, "success_create1") - checkTable(t, viewName, true) - }) - // CREATE OR REPLACE VIEW - t.Run("CREATE OR REPLACE VIEW expecting failure", func(t *testing.T) { - // IF NOT EXISTS is not supported in -declarative - uuid := testOnlineDDL(t, createOrReplaceViewStatement, declarativeStrategy, "vtgate", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusFailed) - checkMigratedTable(t, viewName, "success_create1") - checkTable(t, viewName, true) - }) - t.Run("ALTER VIEW expecting failure", func(t *testing.T) { - // IF NOT EXISTS is not supported in -declarative - uuid := testOnlineDDL(t, alterViewStatement, declarativeStrategy, "vtgate", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusFailed) - checkMigratedTable(t, viewName, "success_create1") - checkTable(t, viewName, true) - }) - t.Run("DROP VIEW IF EXISTS expecting failure", func(t *testing.T) { - // IF NOT EXISTS is not supported in -declarative - uuid := testOnlineDDL(t, dropViewIfExistsStatement, declarativeStrategy, "vtgate", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusFailed) - checkMigratedTable(t, viewName, "success_create1") - checkTable(t, viewName, true) - }) - t.Run("declarative DROP VIEW", func(t *testing.T) { - uuid := testOnlineDDL(t, dropViewStatement, declarativeStrategy, "vtgate", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckMigrationArtifacts(t, &vtParams, shards, uuid, true) - checkTable(t, viewName, false) - }) - // View dropped. Let's start afresh. - - // CREATE VIEW1 - t.Run("declarative CREATE VIEW where view does not exist", func(t *testing.T) { - // The table does not exist - uuid := testOnlineDDL(t, createViewStatement1, declarativeStrategy, "vtgate", "success_create1", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckMigrationArtifacts(t, &vtParams, shards, uuid, true) - checkTable(t, viewName, true) - }) - // CREATE VIEW2: Change view - t.Run("declarative CREATE VIEW with changes where view exists", func(t *testing.T) { - // The table exists with different schema - uuid := testOnlineDDL(t, createViewStatement2, declarativeStrategy, "vtgate", "success_create2", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckMigrationArtifacts(t, &vtParams, shards, uuid, true) - checkTable(t, viewName, true) - }) - t.Run("revert CREATE VIEW expecting previous schema", func(t *testing.T) { - // Reverting back to 1st version - uuid := testRevertMigration(t, createRevertParams(uuids[len(uuids)-1])) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkMigratedTable(t, viewName, "success_create1") - checkTable(t, viewName, true) - }) - t.Run("declarative DROP VIEW", func(t *testing.T) { - // Table exists - uuid := testOnlineDDL(t, dropViewStatement, declarativeStrategy, "vtgate", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckMigrationArtifacts(t, &vtParams, shards, uuid, true) - checkTable(t, viewName, false) - }) - t.Run("revert DROP VIEW", func(t *testing.T) { - // This will recreate the table (well, actually, rename it back into place) - uuid := testRevertMigration(t, createRevertParams(uuids[len(uuids)-1])) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkTable(t, viewName, true) - checkMigratedTable(t, viewName, "success_create1") - }) - t.Run("revert revert DROP VIEW", func(t *testing.T) { - // This will reapply DROP VIEW - uuid := testRevertMigration(t, createRevertParams(uuids[len(uuids)-1])) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkTable(t, viewName, false) - }) - t.Run("declarative DROP VIEW where view does not exist", func(t *testing.T) { - uuid := testOnlineDDL(t, dropViewStatement, declarativeStrategy, "vtgate", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckMigrationArtifacts(t, &vtParams, shards, uuid, false) - checkTable(t, viewName, false) - }) - t.Run("revert DROP VIEW where view did not exist", func(t *testing.T) { - // Table will not be recreated because it didn't exist during the previous DROP VIEW - uuid := testRevertMigration(t, createRevertParams(uuids[len(uuids)-1])) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkTable(t, viewName, false) - }) - // View dropped. Let's start afresh. - - // TABLES - - // CREATE1 - t.Run("declarative CREATE TABLE where table does not exist", func(t *testing.T) { - // The table does not exist - uuid := testOnlineDDL(t, createStatement1, declarativeStrategy, "vtgate", "create1", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckMigrationArtifacts(t, &vtParams, shards, uuid, true) - checkTable(t, tableName, true) - initTable(t) - testSelectTableMetrics(t) - }) - // CREATE1 again, noop - t.Run("declarative CREATE TABLE with no changes where table exists", func(t *testing.T) { - // The exists with exact same schema - uuid := testOnlineDDL(t, createStatement1, declarativeStrategy, "vtgate", "create1", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckMigrationArtifacts(t, &vtParams, shards, uuid, false) - checkTable(t, tableName, true) - testSelectTableMetrics(t) - }) - t.Run("revert CREATE TABLE expecting noop", func(t *testing.T) { - // Reverting a noop changes nothing - uuid := testRevertMigration(t, createRevertParams(uuids[len(uuids)-1])) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkMigratedTable(t, tableName, "create1") - checkTable(t, tableName, true) - testSelectTableMetrics(t) - }) - t.Run("declarative DROP TABLE", func(t *testing.T) { - uuid := testOnlineDDL(t, dropStatement, declarativeStrategy, "vtgate", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckMigrationArtifacts(t, &vtParams, shards, uuid, true) - checkTable(t, tableName, false) - }) - // Table dropped. Let's start afresh. - - // CREATE1 - t.Run("declarative CREATE TABLE where table does not exist", func(t *testing.T) { - // The table does not exist - uuid := testOnlineDDL(t, createStatement1, declarativeStrategy, "vtgate", "create1", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckMigrationArtifacts(t, &vtParams, shards, uuid, true) - checkTable(t, tableName, true) - initTable(t) - testSelectTableMetrics(t) - }) - // CREATE2: Change schema - t.Run("declarative CREATE TABLE with changes where table exists", func(t *testing.T) { - // The table exists with different schema - uuid := testOnlineDDL(t, createStatement2, declarativeStrategy, "vtgate", "create2", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckMigrationArtifacts(t, &vtParams, shards, uuid, true) - checkTable(t, tableName, true) - testSelectTableMetrics(t) - }) - t.Run("revert CREATE TABLE expecting previous schema", func(t *testing.T) { - // Reverting back to 1st version - uuid := testRevertMigration(t, createRevertParams(uuids[len(uuids)-1])) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkMigratedTable(t, tableName, "create1") - checkTable(t, tableName, true) - testSelectTableMetrics(t) - }) - t.Run("declarative DROP TABLE", func(t *testing.T) { - // Table exists - uuid := testOnlineDDL(t, dropStatement, declarativeStrategy, "vtgate", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckMigrationArtifacts(t, &vtParams, shards, uuid, true) - checkTable(t, tableName, false) - }) - t.Run("revert DROP TABLE", func(t *testing.T) { - // This will recreate the table (well, actually, rename it back into place) - uuid := testRevertMigration(t, createRevertParams(uuids[len(uuids)-1])) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkTable(t, tableName, true) - checkMigratedTable(t, tableName, "create1") - testSelectTableMetrics(t) - }) - t.Run("revert revert DROP TABLE", func(t *testing.T) { - // This will reapply DROP TABLE - uuid := testRevertMigration(t, createRevertParams(uuids[len(uuids)-1])) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkTable(t, tableName, false) - }) - t.Run("declarative DROP TABLE where table does not exist", func(t *testing.T) { - uuid := testOnlineDDL(t, dropStatement, declarativeStrategy, "vtgate", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckMigrationArtifacts(t, &vtParams, shards, uuid, false) - checkTable(t, tableName, false) - }) - t.Run("revert DROP TABLE where table did not exist", func(t *testing.T) { - // Table will not be recreated because it didn't exist during the previous DROP TABLE - uuid := testRevertMigration(t, createRevertParams(uuids[len(uuids)-1])) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkTable(t, tableName, false) - }) - // Table dropped. Let's start afresh. - - // CREATE1 - t.Run("declarative CREATE TABLE where table does not exist", func(t *testing.T) { - // The table does not exist - uuid := testOnlineDDL(t, createStatement1, declarativeStrategy, "vtgate", "create1", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckMigrationArtifacts(t, &vtParams, shards, uuid, true) - checkTable(t, tableName, true) - initTable(t) - testSelectTableMetrics(t) - }) - // CREATE2 - t.Run("declarative CREATE TABLE with changes where table exists", func(t *testing.T) { - // The table exists but with different schema - uuid := testOnlineDDL(t, createStatement2, declarativeStrategy, "vtgate", "create2", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckMigrationArtifacts(t, &vtParams, shards, uuid, true) - checkTable(t, tableName, true) - testSelectTableMetrics(t) - }) - // CREATE1 again - t.Run("declarative CREATE TABLE again with changes where table exists", func(t *testing.T) { - // The table exists but with different schema - uuid := testOnlineDDL(t, createStatement1, declarativeStrategy, "vtgate", "create1", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - onlineddl.CheckMigrationArtifacts(t, &vtParams, shards, uuid, true) - checkTable(t, tableName, true) - testSelectTableMetrics(t) - }) - t.Run("revert CREATE TABLE expecting previous schema", func(t *testing.T) { - // Reverting back to previous version - uuid := testRevertMigration(t, createRevertParams(uuids[len(uuids)-1])) - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkMigratedTable(t, tableName, "create2") - checkTable(t, tableName, true) - testSelectTableMetrics(t) - }) - t.Run("ALTER TABLE expecting failure", func(t *testing.T) { - // ALTER is not supported in -declarative - uuid := testOnlineDDL(t, alterStatement, declarativeStrategy, "vtgate", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusFailed) - checkMigratedTable(t, tableName, "create2") - checkTable(t, tableName, true) - testSelectTableMetrics(t) - }) - t.Run("CREATE TABLE IF NOT EXISTS expecting failure", func(t *testing.T) { - // IF NOT EXISTS is not supported in -declarative - uuid := testOnlineDDL(t, createIfNotExistsStatement, declarativeStrategy, "vtgate", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusFailed) - checkMigratedTable(t, tableName, "create2") - checkTable(t, tableName, true) - testSelectTableMetrics(t) - }) - t.Run("DROP TABLE IF EXISTS expecting failure", func(t *testing.T) { - // IF EXISTS is not supported in -declarative - uuid := testOnlineDDL(t, dropIfExistsStatement, declarativeStrategy, "vtgate", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusFailed) - checkMigratedTable(t, tableName, "create2") - checkTable(t, tableName, true) - testSelectTableMetrics(t) - }) - t.Run("CREATE TABLE IF NOT EXISTS non-declarative is successful", func(t *testing.T) { - // IF NOT EXISTS is supported in non-declarative mode. Just verifying that the statement itself is good, - // so that the failure we tested for, above, actually tests the "declarative" logic, rather than some - // unrelated error. - uuid := testOnlineDDL(t, createIfNotExistsStatement, "online", "vtgate", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - // the table existed, so we expect no changes in this non-declarative DDL - checkMigratedTable(t, tableName, "create2") - checkTable(t, tableName, true) - testSelectTableMetrics(t) - }) - t.Run("CREATE TABLE with zero date and --allow-zero-in-date is successful", func(t *testing.T) { - uuid := testOnlineDDL(t, createStatementZeroDate, "online --allow-zero-in-date", "vtgate", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkMigratedTable(t, "zerodate_test", "create_with_zero") - checkTable(t, tableName, true) - testSelectTableMetrics(t) - }) - t.Run("CREATE TABLE with zero date and --allow-zero-in-date is successful", func(t *testing.T) { - uuid := testOnlineDDL(t, createStatementZeroDate, "online -declarative --allow-zero-in-date", "vtgate", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkMigratedTable(t, "zerodate_test", "create_with_zero") - checkTable(t, tableName, true) - testSelectTableMetrics(t) - }) - t.Run("CREATE TABLE with zero date and --allow-zero-in-date is successful", func(t *testing.T) { - uuid := testOnlineDDL(t, createStatementZeroDate2, "online -declarative --allow-zero-in-date", "vtgate", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - checkMigratedTable(t, "zerodate_test", "create_with_zero2") - checkTable(t, tableName, true) - testSelectTableMetrics(t) - }) - - // ### The following tests are not strictly 'declarative' but are best served under this endtoend test - - // Test duplicate context/SQL - t.Run("Trivial statement with request context is successful", func(t *testing.T) { - uuid := testOnlineDDL(t, trivialAlterStatement, "online", "vtctl", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - // the table existed, so we expect no changes in this non-declarative DDL - checkTable(t, tableName, true) - - rs := onlineddl.ReadMigrations(t, &vtParams, uuid) - require.NotNil(t, rs) - for _, row := range rs.Named().Rows { - message := row["message"].ToString() - require.NotContains(t, message, "duplicate DDL") - } - }) - t.Run("Duplicate trivial statement with request context is successful", func(t *testing.T) { - uuid := testOnlineDDL(t, trivialAlterStatement, "online", "vtctl", "", "") - uuids = append(uuids, uuid) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - // the table existed, so we expect no changes in this non-declarative DDL - checkTable(t, tableName, true) - - rs := onlineddl.ReadMigrations(t, &vtParams, uuid) - require.NotNil(t, rs) - for _, row := range rs.Named().Rows { - message := row["message"].ToString() - // Message suggests that the migration was identified as duplicate - require.Contains(t, message, "duplicate DDL") - } - }) - // Piggyride this test suite, let's also test --allow-zero-in-date for 'direct' strategy - t.Run("drop non_online", func(t *testing.T) { - _ = testOnlineDDL(t, dropZeroDateStatement, "direct", "vtctl", "", "") - checkTable(t, "zerodate_test", false) - }) - t.Run("CREATE TABLE with zero date fails in 'direct' strategy", func(t *testing.T) { - _ = testOnlineDDL(t, createStatementZeroDate, "direct", "vtctl", "", "Invalid default value for") - checkTable(t, "zerodate_test", false) - }) - t.Run("CREATE TABLE with zero date and --allow-zero-in-date succeeds in 'direct' strategy", func(t *testing.T) { - _ = testOnlineDDL(t, createStatementZeroDate, "direct --allow-zero-in-date", "vtctl", "", "") - checkTable(t, "zerodate_test", true) - }) -} - -func testForeignKeys(t *testing.T) { - defer cluster.PanicHandler(t) - - var ( - createStatements = []string{ - ` - CREATE TABLE parent_table ( - id INT NOT NULL, - parent_hint_col INT NOT NULL DEFAULT 0, - PRIMARY KEY (id) - ) - `, - ` - CREATE TABLE child_table ( - id INT NOT NULL auto_increment, - parent_id INT, - child_hint_col INT NOT NULL DEFAULT 0, - PRIMARY KEY (id), - KEY parent_id_idx (parent_id), - CONSTRAINT child_parent_fk FOREIGN KEY (parent_id) REFERENCES parent_table(id) ON DELETE CASCADE - ) - `, - ` - CREATE TABLE child_nofk_table ( - id INT NOT NULL auto_increment, - parent_id INT, - child_hint_col INT NOT NULL DEFAULT 0, - PRIMARY KEY (id), - KEY parent_id_idx (parent_id) - ) - `, - } - insertStatements = []string{ - "insert into parent_table (id) values(43)", - "insert into child_table (id, parent_id) values(1,43)", - "insert into child_table (id, parent_id) values(2,43)", - "insert into child_table (id, parent_id) values(3,43)", - "insert into child_table (id, parent_id) values(4,43)", - } - ddlStrategy = "online --allow-zero-in-date" - ddlStrategyAllowFK = ddlStrategy + " --unsafe-allow-foreign-keys" - ) - - type testCase struct { - name string - sql string - allowForeignKeys bool - expectHint string - } - var testCases = []testCase{ - { - name: "modify parent, not allowed", - sql: "alter table parent_table engine=innodb", - allowForeignKeys: false, - }, - { - name: "modify child, not allowed", - sql: "alter table child_table engine=innodb", - allowForeignKeys: false, - }, - { - name: "add foreign key to child, not allowed", - sql: "alter table child_table add CONSTRAINT another_fk FOREIGN KEY (parent_id) REFERENCES parent_table(id) ON DELETE CASCADE", - allowForeignKeys: false, - }, - { - name: "add foreign key to table which wasn't a child before, not allowed", - sql: "alter table child_nofk_table add CONSTRAINT new_fk FOREIGN KEY (parent_id) REFERENCES parent_table(id) ON DELETE CASCADE", - allowForeignKeys: false, - }, - { - // on vanilla MySQL, this migration ends with the child_table referencing the old, original table, and not to the new table now called parent_table. - // This is a fundamental foreign key limitation, see https://vitess.io/blog/2021-06-15-online-ddl-why-no-fk/ - // However, this tests is still valid in the sense that it lets us modify the parent table in the first place. - name: "modify parent, trivial", - sql: "alter table parent_table engine=innodb", - allowForeignKeys: true, - expectHint: "parent_hint_col", - }, - { - // on vanilla MySQL, this migration ends with two tables, the original and the new child_table, both referencing parent_table. This has - // the unwanted property of then limiting actions on the parent_table based on what rows exist or do not exist on the now stale old - // child table. - // This is a fundamental foreign key limitation, see https://vitess.io/blog/2021-06-15-online-ddl-why-no-fk/ - // However, this tests is still valid in the sense that it lets us modify the child table in the first place. - // A valid use case: using FOREIGN_KEY_CHECKS=0 at all times. - name: "modify child, trivial", - sql: "alter table child_table engine=innodb", - allowForeignKeys: true, - expectHint: "REFERENCES `parent_table`", - }, - { - // on vanilla MySQL, this migration ends with two tables, the original and the new child_table, both referencing parent_table. This has - // the unwanted property of then limiting actions on the parent_table based on what rows exist or do not exist on the now stale old - // child table. - // This is a fundamental foreign key limitation, see https://vitess.io/blog/2021-06-15-online-ddl-why-no-fk/ - // However, this tests is still valid in the sense that it lets us modify the child table in the first place. - // A valid use case: using FOREIGN_KEY_CHECKS=0 at all times. - name: "add foreign key to child", - sql: "alter table child_table add CONSTRAINT another_fk FOREIGN KEY (parent_id) REFERENCES parent_table(id) ON DELETE CASCADE", - allowForeignKeys: true, - expectHint: "another_fk", - }, - { - name: "add foreign key to table which wasn't a child before", - sql: "alter table child_nofk_table add CONSTRAINT new_fk FOREIGN KEY (parent_id) REFERENCES parent_table(id) ON DELETE CASCADE", - allowForeignKeys: true, - expectHint: "new_fk", - }, - } - - createParams := func(ddlStatement string, ddlStrategy string, executeStrategy string, expectHint string, expectError string, skipWait bool) *testOnlineDDLStatementParams { - return &testOnlineDDLStatementParams{ - ddlStatement: ddlStatement, - ddlStrategy: ddlStrategy, - executeStrategy: executeStrategy, - expectHint: expectHint, - expectError: expectError, - skipWait: skipWait, - } - } - - testStatement := func(t *testing.T, sql string, ddlStrategy string, expectHint string, expectError bool) (uuid string) { - errorHint := "" - if expectError { - errorHint = anyErrorIndicator - } - return testOnlineDDLStatement(t, createParams(sql, ddlStrategy, "vtctl", expectHint, errorHint, false)) - } - for _, testcase := range testCases { - t.Run(testcase.name, func(t *testing.T) { - t.Run("create tables", func(t *testing.T) { - for _, statement := range createStatements { - t.Run(statement, func(t *testing.T) { - uuid := testStatement(t, statement, ddlStrategyAllowFK, "", false) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - }) - } - }) - t.Run("populate tables", func(t *testing.T) { - for _, statement := range insertStatements { - t.Run(statement, func(t *testing.T) { - onlineddl.VtgateExecQuery(t, &vtParams, statement, "") - }) - } - }) - var uuid string - t.Run("run migration", func(t *testing.T) { - if testcase.allowForeignKeys { - uuid = testStatement(t, testcase.sql, ddlStrategyAllowFK, testcase.expectHint, false) - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusComplete) - } else { - uuid = testStatement(t, testcase.sql, ddlStrategy, "", true) - if uuid != "" { - onlineddl.CheckMigrationStatus(t, &vtParams, shards, uuid, schema.OnlineDDLStatusFailed) - } - } - }) - t.Run("cleanup", func(t *testing.T) { - var artifacts []string - if uuid != "" { - rs := onlineddl.ReadMigrations(t, &vtParams, uuid) - require.NotNil(t, rs) - row := rs.Named().Row() - require.NotNil(t, row) - - artifacts = textutil.SplitDelimitedList(row.AsString("artifacts", "")) - } - - artifacts = append(artifacts, "child_table", "child_nofk_table", "parent_table") - // brute force drop all tables. In MySQL 8.0 you can do a single `DROP TABLE ... ` - // which auto-resovled order. But in 5.7 you can't. - droppedTables := map[string]bool{} - for range artifacts { - for _, artifact := range artifacts { - if droppedTables[artifact] { - continue - } - statement := fmt.Sprintf("DROP TABLE IF EXISTS %s", artifact) - _, err := clusterInstance.VtctlclientProcess.ApplySchemaWithOutput(keyspaceName, statement, cluster.VtctlClientParams{DDLStrategy: "direct"}) - if err == nil { - droppedTables[artifact] = true - } - } - } - statement := fmt.Sprintf("DROP TABLE IF EXISTS %s", strings.Join(artifacts, ",")) - t.Run(statement, func(t *testing.T) { - testStatement(t, statement, "direct", "", false) - }) - }) - }) - } ->>>>>>> 0461fafbd2 (OnlineDDL: cleanup cancelled migration artifacts; support `--retain-artifacts=` DDL strategy flag (#14029)) } // testOnlineDDLStatement runs an online DDL, ALTER statement diff --git a/go/vt/schema/ddl_strategy.go b/go/vt/schema/ddl_strategy.go index a857805380f..26d1878c95c 100644 --- a/go/vt/schema/ddl_strategy.go +++ b/go/vt/schema/ddl_strategy.go @@ -19,18 +19,15 @@ package schema import ( "fmt" "regexp" + "strconv" + "time" "github.com/google/shlex" ) var ( -<<<<<<< HEAD - strategyParserRegexp = regexp.MustCompile(`^([\S]+)\s+(.*)$`) -======= - strategyParserRegexp = regexp.MustCompile(`^([\S]+)\s+(.*)$`) - cutOverThresholdFlagRegexp = regexp.MustCompile(fmt.Sprintf(`^[-]{1,2}%s=(.*?)$`, cutOverThresholdFlag)) - retainArtifactsFlagRegexp = regexp.MustCompile(fmt.Sprintf(`^[-]{1,2}%s=(.*?)$`, retainArtifactsFlag)) ->>>>>>> 0461fafbd2 (OnlineDDL: cleanup cancelled migration artifacts; support `--retain-artifacts=` DDL strategy flag (#14029)) + strategyParserRegexp = regexp.MustCompile(`^([\S]+)\s+(.*)$`) + retainArtifactsFlagRegexp = regexp.MustCompile(fmt.Sprintf(`^[-]{1,2}%s=(.*?)$`, retainArtifactsFlag)) ) const ( @@ -44,11 +41,7 @@ const ( allowConcurrentFlag = "allow-concurrent" fastOverRevertibleFlag = "fast-over-revertible" fastRangeRotationFlag = "fast-range-rotation" -<<<<<<< HEAD -======= - cutOverThresholdFlag = "cut-over-threshold" retainArtifactsFlag = "retain-artifacts" ->>>>>>> 0461fafbd2 (OnlineDDL: cleanup cancelled migration artifacts; support `--retain-artifacts=` DDL strategy flag (#14029)) vreplicationTestSuite = "vreplication-test-suite" ) @@ -109,15 +102,9 @@ func ParseDDLStrategy(strategyVariable string) (*DDLStrategySetting, error) { default: return nil, fmt.Errorf("Unknown online DDL strategy: '%v'", strategy) } -<<<<<<< HEAD -======= - if _, err := setting.CutOverThreshold(); err != nil { - return nil, err - } if _, err := setting.RetainArtifactsDuration(); err != nil { return nil, err } ->>>>>>> 0461fafbd2 (OnlineDDL: cleanup cancelled migration artifacts; support `--retain-artifacts=` DDL strategy flag (#14029)) return setting, nil } @@ -188,18 +175,6 @@ func (setting *DDLStrategySetting) IsFastRangeRotationFlag() bool { return setting.hasFlag(fastRangeRotationFlag) } -<<<<<<< HEAD -// IsVreplicationTestSuite checks if strategy options include -vreplicatoin-test-suite -======= -// isCutOverThresholdFlag returns true when given option denotes a `--cut-over-threshold=[...]` flag -func isCutOverThresholdFlag(opt string) (string, bool) { - submatch := cutOverThresholdFlagRegexp.FindStringSubmatch(opt) - if len(submatch) == 0 { - return "", false - } - return submatch[1], true -} - // isRetainArtifactsFlag returns true when given option denotes a `--retain-artifacts=[...]` flag func isRetainArtifactsFlag(opt string) (string, bool) { submatch := retainArtifactsFlagRegexp.FindStringSubmatch(opt) @@ -209,24 +184,6 @@ func isRetainArtifactsFlag(opt string) (string, bool) { return submatch[1], true } -// CutOverThreshold returns a the duration threshold indicated by --cut-over-threshold -func (setting *DDLStrategySetting) CutOverThreshold() (d time.Duration, err error) { - // We do some ugly manual parsing of --cut-over-threshold value - opts, _ := shlex.Split(setting.Options) - for _, opt := range opts { - if val, isCutOver := isCutOverThresholdFlag(opt); isCutOver { - // value is possibly quoted - if s, err := strconv.Unquote(val); err == nil { - val = s - } - if val != "" { - d, err = time.ParseDuration(val) - } - } - } - return d, err -} - // RetainArtifactsDuration returns a the duration indicated by --retain-artifacts func (setting *DDLStrategySetting) RetainArtifactsDuration() (d time.Duration, err error) { // We do some ugly manual parsing of --retain-artifacts @@ -246,7 +203,6 @@ func (setting *DDLStrategySetting) RetainArtifactsDuration() (d time.Duration, e } // IsVreplicationTestSuite checks if strategy options include --vreplicatoin-test-suite ->>>>>>> 0461fafbd2 (OnlineDDL: cleanup cancelled migration artifacts; support `--retain-artifacts=` DDL strategy flag (#14029)) func (setting *DDLStrategySetting) IsVreplicationTestSuite() bool { return setting.hasFlag(vreplicationTestSuite) } @@ -256,15 +212,9 @@ func (setting *DDLStrategySetting) RuntimeOptions() []string { opts, _ := shlex.Split(setting.Options) validOpts := []string{} for _, opt := range opts { -<<<<<<< HEAD -======= - if _, ok := isCutOverThresholdFlag(opt); ok { - continue - } if _, ok := isRetainArtifactsFlag(opt); ok { continue } ->>>>>>> 0461fafbd2 (OnlineDDL: cleanup cancelled migration artifacts; support `--retain-artifacts=` DDL strategy flag (#14029)) switch { case isFlag(opt, declarativeFlag): case isFlag(opt, skipTopoFlag): diff --git a/go/vt/schema/ddl_strategy_test.go b/go/vt/schema/ddl_strategy_test.go index 8ac628b0eea..d8723ee2c57 100644 --- a/go/vt/schema/ddl_strategy_test.go +++ b/go/vt/schema/ddl_strategy_test.go @@ -19,6 +19,7 @@ package schema import ( "strings" "testing" + "time" "github.com/stretchr/testify/assert" ) @@ -37,71 +38,6 @@ func TestIsDirect(t *testing.T) { assert.True(t, DDLStrategy("something").IsDirect()) } -<<<<<<< HEAD -======= -func TestIsCutOverThresholdFlag(t *testing.T) { - tt := []struct { - s string - expect bool - val string - d time.Duration - }{ - { - s: "something", - }, - { - s: "-cut-over-threshold", - }, - { - s: "--cut-over-threshold", - }, - { - s: "--cut-over-threshold=", - expect: true, - }, - { - s: "--cut-over-threshold=0", - expect: true, - val: "0", - d: 0, - }, - { - s: "-cut-over-threshold=0", - expect: true, - val: "0", - d: 0, - }, - { - s: "--cut-over-threshold=1m", - expect: true, - val: "1m", - d: time.Minute, - }, - { - s: `--cut-over-threshold="1m"`, - expect: true, - val: `"1m"`, - d: time.Minute, - }, - } - for _, ts := range tt { - t.Run(ts.s, func(t *testing.T) { - setting, err := ParseDDLStrategy("online " + ts.s) - assert.NoError(t, err) - - val, isCutOver := isCutOverThresholdFlag(ts.s) - assert.Equal(t, ts.expect, isCutOver) - assert.Equal(t, ts.val, val) - - if ts.expect { - d, err := setting.CutOverThreshold() - assert.NoError(t, err) - assert.Equal(t, ts.d, d) - } - }) - } -} - func TestIsExpireArtifactsFlag(t *testing.T) { tt := []struct { s string @@ -165,7 +101,6 @@ func TestIsExpireArtifactsFlag(t *testing.T) { } } ->>>>>>> 0461fafbd2 (OnlineDDL: cleanup cancelled migration artifacts; support `--retain-artifacts=` DDL strategy flag (#14029)) func TestParseDDLStrategy(t *testing.T) { tt := []struct { strategyVariable string @@ -178,13 +113,7 @@ func TestParseDDLStrategy(t *testing.T) { isAllowConcurrent bool fastOverRevertible bool fastRangeRotation bool -<<<<<<< HEAD -======= - allowForeignKeys bool - analyzeTable bool - cutOverThreshold time.Duration expireArtifacts time.Duration ->>>>>>> 0461fafbd2 (OnlineDDL: cleanup cancelled migration artifacts; support `--retain-artifacts=` DDL strategy flag (#14029)) runtimeOptions string err error }{ @@ -281,22 +210,6 @@ func TestParseDDLStrategy(t *testing.T) { runtimeOptions: "", fastRangeRotation: true, }, -<<<<<<< HEAD -======= - { - strategyVariable: "vitess --unsafe-allow-foreign-keys", - strategy: DDLStrategyVitess, - options: "--unsafe-allow-foreign-keys", - runtimeOptions: "", - allowForeignKeys: true, - }, - { - strategyVariable: "vitess --cut-over-threshold=5m", - strategy: DDLStrategyVitess, - options: "--cut-over-threshold=5m", - runtimeOptions: "", - cutOverThreshold: 5 * time.Minute, - }, { strategyVariable: "vitess --retain-artifacts=4m", strategy: DDLStrategyVitess, @@ -304,14 +217,6 @@ func TestParseDDLStrategy(t *testing.T) { runtimeOptions: "", expireArtifacts: 4 * time.Minute, }, - { - strategyVariable: "vitess --analyze-table", - strategy: DDLStrategyVitess, - options: "--analyze-table", - runtimeOptions: "", - analyzeTable: true, - }, ->>>>>>> 0461fafbd2 (OnlineDDL: cleanup cancelled migration artifacts; support `--retain-artifacts=` DDL strategy flag (#14029)) } for _, ts := range tt { setting, err := ParseDDLStrategy(ts.strategyVariable) @@ -333,19 +238,8 @@ func TestParseDDLStrategy(t *testing.T) { _, err := ParseDDLStrategy("other") assert.Error(t, err) } -<<<<<<< HEAD -======= - { - _, err := ParseDDLStrategy("online --cut-over-threshold=X") - assert.Error(t, err) - } - { - _, err := ParseDDLStrategy("online --cut-over-threshold=3") - assert.Error(t, err) - } { _, err := ParseDDLStrategy("online --retain-artifacts=3") assert.Error(t, err) } ->>>>>>> 0461fafbd2 (OnlineDDL: cleanup cancelled migration artifacts; support `--retain-artifacts=` DDL strategy flag (#14029)) }