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metadata_persistence_v2.go ×2

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unlabeled · c_f855ae1f6ad0

6 tests · 4824 LOC · 194 files · introduces 0 tests · 113 LOC · 1 file

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Code
2 ranges113 lines · 1 files
Tests
0 tests

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908 ranges4824 lines · 194 files · Browse complete extent
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6 testsBrowse complete intent

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1 file ranked by introduced lines: 113 introduced LOC across 2 ranges. Expand a file to inspect source; the > gutter marks introduced lines.

go.temporal.io/server/common/persistence/persistence-tests/metadata_persistence_v2.go 113 introduced LOC · 2 ranges

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2241 // TestRenameNamespaceSQL tests SQL RenameNamespace behavior
2242 // This test verifies the atomic transaction-based rename operation in SQL databases
2243 > func (m *MetadataPersistenceSuiteV2) TestRenameNamespaceSQL() { metadata_persistence_v2.go
2244 > // This test is for SQL databases
2245 > switch m.DefaultTestCluster.(type) {
2246 > case *sql.TestCluster:
2247 default:
2248 m.T().Skip()
2249 }
2250
2251 > id := uuid.NewString() metadata_persistence_v2.go
2252 > name := "sql-rename-test-name"
2253 > newName := "sql-rename-test-new-name"
2254 > state := enumspb.NAMESPACE_STATE_REGISTERED
2255 > description := "sql-rename-test-description"
2256 > owner := "sql-rename-test-owner"
2257 > data := map[string]string{"k1": "v1"}
2258 > retention := int32(10)
2259 > historyArchivalState := enumspb.ARCHIVAL_STATE_ENABLED
2260 > historyArchivalURI := "test://history/uri"
2261 > visibilityArchivalState := enumspb.ARCHIVAL_STATE_ENABLED
2262 > visibilityArchivalURI := "test://visibility/uri"
2263 >
2264 > clusterActive := "some random active cluster name"
2265 > clusterStandby := "some random standby cluster name"
2266 > configVersion := int64(10)
2267 > failoverVersion := int64(59)
2268 > isGlobalNamespace := true
2269 > clusters := []string{clusterActive, clusterStandby}
2270 >
2271 > // Create namespace
2272 > resp1, err1 := m.CreateNamespace(
2273 > &persistencespb.NamespaceInfo{
2274 > Id: id,
2275 > Name: name,
2276 > State: state,
2277 > Description: description,
2278 > Owner: owner,
2279 > Data: data,
2280 > },
2281 > &persistencespb.NamespaceConfig{
2282 > Retention: timestamp.DurationFromDays(retention),
2283 > HistoryArchivalState: historyArchivalState,
2284 > HistoryArchivalUri: historyArchivalURI,
2285 > VisibilityArchivalState: visibilityArchivalState,
2286 > VisibilityArchivalUri: visibilityArchivalURI,
2287 > },
2288 > &persistencespb.NamespaceReplicationConfig{
2289 > ActiveClusterName: clusterActive,
2290 > Clusters: clusters,
2291 > },
2292 > isGlobalNamespace,
2293 > configVersion,
2294 > failoverVersion,
2295 > )
2296 > m.NoError(err1)
2297 > m.EqualValues(id, resp1.ID)
2298 >
2299 > // Verify namespace exists with original name
2300 > resp2, err2 := m.GetNamespace(id, "")
2301 > m.NoError(err2)
2302 > m.Equal(name, resp2.Namespace.Info.Name)
2303 >
2304 > // Test 1: Rename to a new name
2305 > err3 := m.MetadataManager.RenameNamespace(m.ctx, &p.RenameNamespaceRequest{
2306 > PreviousName: name,
2307 > NewName: newName,
2308 > })
2309 > m.NoError(err3)
2310 >
2311 > // Verify namespace can be retrieved by new name
2312 > resp4, err4 := m.GetNamespace("", newName)
2313 > m.NoError(err4)
2314 > m.NotNil(resp4)
2315 > m.EqualValues(id, resp4.Namespace.Info.Id)
2316 > m.Equal(newName, resp4.Namespace.Info.Name)
2317 > m.Equal(description, resp4.Namespace.Info.Description)
2318 > m.Equal(owner, resp4.Namespace.Info.Owner)
2319 > m.Equal(data, resp4.Namespace.Info.Data)
2320 >
2321 > // Verify namespace can be retrieved by ID and has new name
2322 > resp5, err5 := m.GetNamespace(id, "")
2323 > m.NoError(err5)
2324 > m.Equal(newName, resp5.Namespace.Info.Name)
2325 >
2326 > // Verify old name no longer exists
2327 > _, err6 := m.GetNamespace("", name)
2328 > m.ErrorAs(err6, new(*serviceerror.NamespaceNotFound), "Old name should not exist after rename")
2329 >
2330 > // Fetch metadata version before renaming
2331 > metadataBeforeRename, err9 := m.MetadataManager.GetMetadata(m.ctx)
2332 > m.NoError(err9)
2333 >
2334 > // Test 2: Rename to the same name (idempotent operation)
2335 > err7 := m.MetadataManager.RenameNamespace(m.ctx, &p.RenameNamespaceRequest{
2336 > PreviousName: newName,
2337 > NewName: newName,
2338 > })
2339 > m.NoError(err7, "Renaming to the same name should succeed")
2340 >
2341 > // Verify namespace still exists with same name and data is unchanged
2342 > resp8, err8 := m.GetNamespace(id, "")
2343 > m.NoError(err8)
2344 > m.Equal(newName, resp8.Namespace.Info.Name)
2345 > m.Equal(description, resp8.Namespace.Info.Description)
2346 > m.Equal(owner, resp8.Namespace.Info.Owner)
2347 > m.Equal(data, resp8.Namespace.Info.Data)
2348 >
2349 > // Test 3: Verify atomicity - query by both ID and name should be consistent
2350 > resp9, err9 := m.GetNamespace("", newName)
2351 > m.NoError(err9)
2352 > m.Equal(resp9.Namespace.Info.Id, resp8.Namespace.Info.Id)
2353 > m.Equal(resp9.Namespace.Info.Name, resp8.Namespace.Info.Name)
2354 > m.Equal(resp9.Namespace.Info.Description, resp8.Namespace.Info.Description)
2355 >
2356 > // Test 4: Verify metadata version was incremented
2357 > metadataAfterRename, err11 := m.MetadataManager.GetMetadata(m.ctx)
2358 > m.NoError(err11)
2359 > m.Greater(metadataAfterRename.NotificationVersion, metadataBeforeRename.NotificationVersion, "Notification version should have been incremented")
2360 }

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