Merge pull request #9 from iluhinsky/feature/opensearch

Added OpenSearch support

Author: viatoriche

README.md

@@ -12,7 +12,7 @@ It includes:
 
 ## Acronis Database Benchmark (acronis-db-bench)
 
-The Acronis Database Benchmark is a comprehensive framework for testing and analyzing the performance of various database systems. It supports a wide range of both SQL and NoSQL databases, such as MySQL, PostgreSQL, Cassandra, ClickHouse, ElasticSearch and more, making it a powerful tool for cross-database performance comparisons. The tool provides extensive support for different data access patterns, including inserts, updates, facet searches, indexed searches, vector searches, and others, allowing for a detailed exploration of how each database handles different query types and workloads.
+The Acronis Database Benchmark is a comprehensive framework for testing and analyzing the performance of various database systems. It supports a wide range of both SQL and NoSQL databases, such as MySQL, PostgreSQL, Cassandra, ClickHouse, ElasticSearch, OpenSearch and more, making it a powerful tool for cross-database performance comparisons. The tool provides extensive support for different data access patterns, including inserts, updates, facet searches, indexed searches, vector searches, and others, allowing for a detailed exploration of how each database handles different query types and workloads.
 
 With built-in features for simulating multi-tenant environments, the benchmark can model real-world SaaS-like scenarios where multiple tenants access shared resources. Additionally, it offers advanced logging and diagnostic features that help developers and database administrators quickly identify and troubleshoot performance issues. The tool is ideal for assessing the impact of various database configurations, comparing the overhead of database clusters versus single instances, and analyzing performance bottlenecks under concurrent workloads. It also enables users to evaluate how databases perform under high-cardinality data, different indexing strategies, and various levels of hardware and virtualization environments. This makes it highly suitable for optimizing database systems and ensuring efficient performance in production-like environments.
 
@@ -32,7 +32,6 @@ These instructions will get you a copy of the project up and running on your loc
 
 Before you begin, ensure you have met the following requirements:
 * You have installed the latest version of [Go](https://golang.org/dl/).
-* You have a `<Mac/Linux/Windows>` machine. State which OS is supported/required.
 
 ### Getting perfkit
 

acronis-db-bench/README.md

@@ -559,8 +559,9 @@ func (tc *TenantsCache) CreateTenant(rw *benchmark.RandomizerWorker, tx db.Datab
 		return "", err
 	}
 
+	var tenantUuid, _ = guuid.ParseBytes([]byte(t.UUID))
 	if err = tx.BulkInsert(TableNameTenants, [][]interface{}{
-		{t.ID, t.UUID, t.Name, t.Kind, t.ParentID, t.NestingLevel, t.IsDeleted, t.ParentHasAccess},
+		{t.ID, tenantUuid, t.Name, t.Kind, t.ParentID, t.NestingLevel, t.IsDeleted, t.ParentHasAccess},
 	}, []string{"id", "uuid", "name", "kind", "parent_id", "nesting_level", "is_deleted", "parent_has_access"}); err != nil {
 		tc.logger.Log(benchmark.LogTrace, 0, fmt.Sprintf("error inserting into table %s: %v", TableNameTenants, err))
 		return "", err
@@ -624,8 +625,9 @@ func (tc *TenantsCache) CreateCTIEntity(rw *benchmark.RandomizerWorker, tx db.Da
 
 	cti.GlobalState = 1
 
+	var ctiUUID, _ = guuid.ParseBytes([]byte(cti.UUID))
 	if err = tx.BulkInsert(TableNameCtiEntities, [][]interface{}{
-		{cti.UUID, cti.CTI, cti.Final, cti.GlobalState, cti.EntitySchema, cti.Annotations, cti.Traits, cti.TraitsSchema, cti.TraitsAnnotations},
+		{ctiUUID, cti.CTI, cti.Final, cti.GlobalState, cti.EntitySchema, cti.Annotations, cti.Traits, cti.TraitsSchema, cti.TraitsAnnotations},
 	}, []string{"uuid", "cti", "final", "global_state", "entity_schema", "annotations", "traits", "traits_schema", "traits_annotations"}); err != nil {
 		return fmt.Errorf("error inserting into table %s: %v", TableNameCtiEntities, err)
 	}

acronis-db-bench/tenants-cache/tenant_generator.go

@@ -105,7 +105,7 @@ func (t *TestDesc) getDBs() string {
 
 var (
 	// ALL is a list of all supported databases
-	ALL = []db.DialectName{db.POSTGRES, db.MYSQL, db.MSSQL, db.SQLITE, db.CLICKHOUSE, db.CASSANDRA, db.ELASTICSEARCH}
+	ALL = []db.DialectName{db.POSTGRES, db.MYSQL, db.MSSQL, db.SQLITE, db.CLICKHOUSE, db.CASSANDRA, db.ELASTICSEARCH, db.OPENSEARCH}
 	// RELATIONAL is a list of all supported relational databases
 	RELATIONAL = []db.DialectName{db.POSTGRES, db.MYSQL, db.MSSQL, db.SQLITE}
 	// PMWSA is a list of all supported databases except ClickHouse

acronis-db-bench/tests.go

@@ -33,7 +33,7 @@ func initWorker(b *benchmark.Benchmark, workerID int, testDesc *TestDesc, rowsRe
 			tenantCacheDBOpts.ConnString = b.TestOpts.(*TestOpts).BenchOpts.TenantConnString
 
 			if workerData.tenantsCache, err = NewDBConnector(&tenantCacheDBOpts, workerID, b.Logger, 1); err != nil {
-				return
+				b.Exit("db: cannot create tenants cache connection: %v", err)
 			}
 		}
 

acronis-db-bench/workers.go

@@ -19,6 +19,7 @@ const (
 	CLICKHOUSE    DialectName = "clickhouse"    // CLICKHOUSE is the ClickHouse driver name
 	CASSANDRA     DialectName = "cassandra"     // CASSANDRA is the Cassandra driver name
 	ELASTICSEARCH DialectName = "elasticsearch" // ELASTICSEARCH is the Elasticsearch driver name
+	OPENSEARCH    DialectName = "opensearch"    // OPENSEARCH is the OpenSearch driver name
 )
 
 // Special conditions for searching
@@ -359,6 +360,7 @@ func GetDatabases() []DBType {
 	// "A" is used as the latest symbol of the "Cassandra" due to duplicate with ClickHouse "C"
 	ret = append(ret, DBType{Driver: CASSANDRA, Symbol: "A", Name: "Cassandra"})
 	ret = append(ret, DBType{Driver: ELASTICSEARCH, Symbol: "E", Name: "Elasticsearch"})
+	ret = append(ret, DBType{Driver: OPENSEARCH, Symbol: "O", Name: "OpenSearch"})
 
 	return ret
 }