// MarshalBson bson-encodes QueryResult. func (queryResult *QueryResult) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) // []Field { bson.EncodePrefix(buf, bson.Array, "Fields") lenWriter := bson.NewLenWriter(buf) for _i, _v1 := range queryResult.Fields { _v1.MarshalBson(buf, bson.Itoa(_i)) } lenWriter.Close() } bson.EncodeUint64(buf, "RowsAffected", queryResult.RowsAffected) bson.EncodeUint64(buf, "InsertId", queryResult.InsertId) // [][]sqltypes.Value { bson.EncodePrefix(buf, bson.Array, "Rows") lenWriter := bson.NewLenWriter(buf) for _i, _v2 := range queryResult.Rows { // []sqltypes.Value { bson.EncodePrefix(buf, bson.Array, bson.Itoa(_i)) lenWriter := bson.NewLenWriter(buf) for _i, _v3 := range _v2 { _v3.MarshalBson(buf, bson.Itoa(_i)) } lenWriter.Close() } } lenWriter.Close() } lenWriter.Close() }
// MarshalBson bson-encodes Query. func (query *Query) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) // *tproto.CallerID if query.CallerID == nil { bson.EncodePrefix(buf, bson.Null, "CallerID") } else { (*query.CallerID).MarshalBson(buf, "CallerID") } bson.EncodeString(buf, "Sql", query.Sql) // map[string]interface{} { bson.EncodePrefix(buf, bson.Object, "BindVariables") lenWriter := bson.NewLenWriter(buf) for _k, _v1 := range query.BindVariables { bson.EncodeInterface(buf, _k, _v1) } lenWriter.Close() } query.TabletType.MarshalBson(buf, "TabletType") // *Session if query.Session == nil { bson.EncodePrefix(buf, bson.Null, "Session") } else { (*query.Session).MarshalBson(buf, "Session") } bson.EncodeBool(buf, "NotInTransaction", query.NotInTransaction) lenWriter.Close() }
// MarshalBson bson-encodes QueryShard. func (queryShard *QueryShard) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) bson.EncodeString(buf, "Sql", queryShard.Sql) // map[string]interface{} { bson.EncodePrefix(buf, bson.Object, "BindVariables") lenWriter := bson.NewLenWriter(buf) for _k, _v1 := range queryShard.BindVariables { bson.EncodeInterface(buf, _k, _v1) } lenWriter.Close() } bson.EncodeString(buf, "Keyspace", queryShard.Keyspace) // []string { bson.EncodePrefix(buf, bson.Array, "Shards") lenWriter := bson.NewLenWriter(buf) for _i, _v2 := range queryShard.Shards { bson.EncodeString(buf, bson.Itoa(_i), _v2) } lenWriter.Close() } queryShard.TabletType.MarshalBson(buf, "TabletType") // *Session if queryShard.Session == nil { bson.EncodePrefix(buf, bson.Null, "Session") } else { (*queryShard.Session).MarshalBson(buf, "Session") } bson.EncodeBool(buf, "NotInTransaction", queryShard.NotInTransaction) lenWriter.Close() }
// MarshalBson bson-encodes KeyspaceIdQuery. func (keyspaceIdQuery *KeyspaceIdQuery) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) bson.EncodeString(buf, "Sql", keyspaceIdQuery.Sql) // map[string]interface{} { bson.EncodePrefix(buf, bson.Object, "BindVariables") lenWriter := bson.NewLenWriter(buf) for _k, _v1 := range keyspaceIdQuery.BindVariables { bson.EncodeInterface(buf, _k, _v1) } lenWriter.Close() } bson.EncodeString(buf, "Keyspace", keyspaceIdQuery.Keyspace) // []kproto.KeyspaceId { bson.EncodePrefix(buf, bson.Array, "KeyspaceIds") lenWriter := bson.NewLenWriter(buf) for _i, _v2 := range keyspaceIdQuery.KeyspaceIds { _v2.MarshalBson(buf, bson.Itoa(_i)) } lenWriter.Close() } keyspaceIdQuery.TabletType.MarshalBson(buf, "TabletType") // *Session if keyspaceIdQuery.Session == nil { bson.EncodePrefix(buf, bson.Null, "Session") } else { (*keyspaceIdQuery.Session).MarshalBson(buf, "Session") } lenWriter.Close() }
// MarshalBson bson-encodes BatchQueryShard. func (batchQueryShard *BatchQueryShard) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) // []tproto.BoundQuery { bson.EncodePrefix(buf, bson.Array, "Queries") lenWriter := bson.NewLenWriter(buf) for _i, _v1 := range batchQueryShard.Queries { _v1.MarshalBson(buf, bson.Itoa(_i)) } lenWriter.Close() } bson.EncodeString(buf, "Keyspace", batchQueryShard.Keyspace) // []string { bson.EncodePrefix(buf, bson.Array, "Shards") lenWriter := bson.NewLenWriter(buf) for _i, _v2 := range batchQueryShard.Shards { bson.EncodeString(buf, bson.Itoa(_i), _v2) } lenWriter.Close() } batchQueryShard.TabletType.MarshalBson(buf, "TabletType") // *Session if batchQueryShard.Session == nil { bson.EncodePrefix(buf, bson.Null, "Session") } else { (*batchQueryShard.Session).MarshalBson(buf, "Session") } bson.EncodeBool(buf, "NotInTransaction", batchQueryShard.NotInTransaction) lenWriter.Close() }
// MarshalBson bson-encodes BoundShardQuery. func (boundShardQuery *BoundShardQuery) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) bson.EncodeString(buf, "Sql", boundShardQuery.Sql) // map[string]interface{} { bson.EncodePrefix(buf, bson.Object, "BindVariables") lenWriter := bson.NewLenWriter(buf) for _k, _v1 := range boundShardQuery.BindVariables { bson.EncodeInterface(buf, _k, _v1) } lenWriter.Close() } bson.EncodeString(buf, "Keyspace", boundShardQuery.Keyspace) // []string { bson.EncodePrefix(buf, bson.Array, "Shards") lenWriter := bson.NewLenWriter(buf) for _i, _v2 := range boundShardQuery.Shards { bson.EncodeString(buf, bson.Itoa(_i), _v2) } lenWriter.Close() } lenWriter.Close() }
// MarshalBson bson-encodes EntityIdsQuery. func (entityIdsQuery *EntityIdsQuery) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) bson.EncodeString(buf, "Sql", entityIdsQuery.Sql) // map[string]interface{} { bson.EncodePrefix(buf, bson.Object, "BindVariables") lenWriter := bson.NewLenWriter(buf) for _k, _v1 := range entityIdsQuery.BindVariables { bson.EncodeInterface(buf, _k, _v1) } lenWriter.Close() } bson.EncodeString(buf, "Keyspace", entityIdsQuery.Keyspace) bson.EncodeString(buf, "EntityColumnName", entityIdsQuery.EntityColumnName) // map[string]kproto.KeyspaceId { bson.EncodePrefix(buf, bson.Object, "EntityKeyspaceIdMap") lenWriter := bson.NewLenWriter(buf) for _k, _v2 := range entityIdsQuery.EntityKeyspaceIdMap { _v2.MarshalBson(buf, _k) } lenWriter.Close() } entityIdsQuery.TabletType.MarshalBson(buf, "TabletType") // *Session if entityIdsQuery.Session == nil { bson.EncodePrefix(buf, bson.Null, "Session") } else { (*entityIdsQuery.Session).MarshalBson(buf, "Session") } lenWriter.Close() }
// MarshalBson bson-encodes SrvKeyspace. func (srvKeyspace *SrvKeyspace) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) // map[TabletType]*KeyspacePartition { bson.EncodePrefix(buf, bson.Object, "Partitions") lenWriter := bson.NewLenWriter(buf) for _k, _v1 := range srvKeyspace.Partitions { // *KeyspacePartition if _v1 == nil { bson.EncodePrefix(buf, bson.Null, string(_k)) } else { (*_v1).MarshalBson(buf, string(_k)) } } lenWriter.Close() } bson.EncodeString(buf, "ShardingColumnName", srvKeyspace.ShardingColumnName) srvKeyspace.ShardingColumnType.MarshalBson(buf, "ShardingColumnType") // map[TabletType]string { bson.EncodePrefix(buf, bson.Object, "ServedFrom") lenWriter := bson.NewLenWriter(buf) for _k, _v2 := range srvKeyspace.ServedFrom { bson.EncodeString(buf, string(_k), _v2) } lenWriter.Close() } bson.EncodeInt32(buf, "SplitShardCount", srvKeyspace.SplitShardCount) lenWriter.Close() }
// MarshalBson bson-encodes BatchQueryShard. func (batchQueryShard *BatchQueryShard) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) // *tproto.CallerID if batchQueryShard.CallerID == nil { bson.EncodePrefix(buf, bson.Null, "CallerID") } else { (*batchQueryShard.CallerID).MarshalBson(buf, "CallerID") } // []BoundShardQuery { bson.EncodePrefix(buf, bson.Array, "Queries") lenWriter := bson.NewLenWriter(buf) for _i, _v1 := range batchQueryShard.Queries { _v1.MarshalBson(buf, bson.Itoa(_i)) } lenWriter.Close() } batchQueryShard.TabletType.MarshalBson(buf, "TabletType") bson.EncodeBool(buf, "AsTransaction", batchQueryShard.AsTransaction) // *Session if batchQueryShard.Session == nil { bson.EncodePrefix(buf, bson.Null, "Session") } else { (*batchQueryShard.Session).MarshalBson(buf, "Session") } lenWriter.Close() }
// MarshalBson bson-encodes SrvShard. func (srvShard *SrvShard) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) bson.EncodeString(buf, "Name", srvShard.Name) srvShard.KeyRange.MarshalBson(buf, "KeyRange") // []TabletType { bson.EncodePrefix(buf, bson.Array, "ServedTypes") lenWriter := bson.NewLenWriter(buf) for _i, _v1 := range srvShard.ServedTypes { _v1.MarshalBson(buf, bson.Itoa(_i)) } lenWriter.Close() } bson.EncodeString(buf, "MasterCell", srvShard.MasterCell) // []TabletType { bson.EncodePrefix(buf, bson.Array, "TabletTypes") lenWriter := bson.NewLenWriter(buf) for _i, _v2 := range srvShard.TabletTypes { _v2.MarshalBson(buf, bson.Itoa(_i)) } lenWriter.Close() } lenWriter.Close() }
// MarshalBson bson-encodes KeyspaceIdBatchQuery. func (keyspaceIdBatchQuery *KeyspaceIdBatchQuery) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) // []tproto.BoundQuery { bson.EncodePrefix(buf, bson.Array, "Queries") lenWriter := bson.NewLenWriter(buf) for _i, _v1 := range keyspaceIdBatchQuery.Queries { _v1.MarshalBson(buf, bson.Itoa(_i)) } lenWriter.Close() } bson.EncodeString(buf, "Keyspace", keyspaceIdBatchQuery.Keyspace) // []kproto.KeyspaceId { bson.EncodePrefix(buf, bson.Array, "KeyspaceIds") lenWriter := bson.NewLenWriter(buf) for _i, _v2 := range keyspaceIdBatchQuery.KeyspaceIds { _v2.MarshalBson(buf, bson.Itoa(_i)) } lenWriter.Close() } keyspaceIdBatchQuery.TabletType.MarshalBson(buf, "TabletType") // *Session if keyspaceIdBatchQuery.Session == nil { bson.EncodePrefix(buf, bson.Null, "Session") } else { (*keyspaceIdBatchQuery.Session).MarshalBson(buf, "Session") } lenWriter.Close() }
// MarshalBson bson-encodes SrvKeyspace. func (srvKeyspace *SrvKeyspace) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) // map[TabletType]*KeyspacePartition { bson.EncodePrefix(buf, bson.Object, "Partitions") lenWriter := bson.NewLenWriter(buf) for _k, _v1 := range srvKeyspace.Partitions { // *KeyspacePartition if _v1 == nil { bson.EncodePrefix(buf, bson.Null, string(_k)) } else { (*_v1).MarshalBson(buf, string(_k)) } } lenWriter.Close() } // []SrvShard { bson.EncodePrefix(buf, bson.Array, "Shards") lenWriter := bson.NewLenWriter(buf) for _i, _v2 := range srvKeyspace.Shards { _v2.MarshalBson(buf, bson.Itoa(_i)) } lenWriter.Close() } // []TabletType { bson.EncodePrefix(buf, bson.Array, "TabletTypes") lenWriter := bson.NewLenWriter(buf) for _i, _v3 := range srvKeyspace.TabletTypes { _v3.MarshalBson(buf, bson.Itoa(_i)) } lenWriter.Close() } bson.EncodeString(buf, "ShardingColumnName", srvKeyspace.ShardingColumnName) srvKeyspace.ShardingColumnType.MarshalBson(buf, "ShardingColumnType") // map[TabletType]string { bson.EncodePrefix(buf, bson.Object, "ServedFrom") lenWriter := bson.NewLenWriter(buf) for _k, _v4 := range srvKeyspace.ServedFrom { bson.EncodeString(buf, string(_k), _v4) } lenWriter.Close() } lenWriter.Close() }
// MarshalBson bson-encodes ZkPathV. func (zkPathV *ZkPathV) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) // []string { bson.EncodePrefix(buf, bson.Array, "Paths") lenWriter := bson.NewLenWriter(buf) for _i, _v1 := range zkPathV.Paths { bson.EncodeString(buf, bson.Itoa(_i), _v1) } lenWriter.Close() } lenWriter.Close() }
// MarshalBson bson-encodes BlpPositionList. func (blpPositionList *BlpPositionList) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) // []BlpPosition { bson.EncodePrefix(buf, bson.Array, "Entries") lenWriter := bson.NewLenWriter(buf) for _i, _v1 := range blpPositionList.Entries { _v1.MarshalBson(buf, bson.Itoa(_i)) } lenWriter.Close() } lenWriter.Close() }
// MarshalBson bson-encodes QueryResultList. func (queryResultList *QueryResultList) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) // []mproto.QueryResult { bson.EncodePrefix(buf, bson.Array, "List") lenWriter := bson.NewLenWriter(buf) for _i, _v1 := range queryResultList.List { _v1.MarshalBson(buf, bson.Itoa(_i)) } lenWriter.Close() } lenWriter.Close() }
// MarshalBson bson-encodes QueryResult. func (queryResult *QueryResult) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) // *mproto.QueryResult if queryResult.Result == nil { bson.EncodePrefix(buf, bson.Null, "Result") } else { (*queryResult.Result).MarshalBson(buf, "Result") } // *Session if queryResult.Session == nil { bson.EncodePrefix(buf, bson.Null, "Session") } else { (*queryResult.Session).MarshalBson(buf, "Session") } bson.EncodeString(buf, "Error", queryResult.Error) // *mproto.RPCError if queryResult.Err == nil { bson.EncodePrefix(buf, bson.Null, "Err") } else { (*queryResult.Err).MarshalBson(buf, "Err") } lenWriter.Close() }
// MarshalBson bson-encodes KeyspacePartition. func (keyspacePartition *KeyspacePartition) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) // []ShardReference { bson.EncodePrefix(buf, bson.Array, "ShardReferences") lenWriter := bson.NewLenWriter(buf) for _i, _v1 := range keyspacePartition.ShardReferences { _v1.MarshalBson(buf, bson.Itoa(_i)) } lenWriter.Close() } lenWriter.Close() }
func (blt *BinlogTransaction) MarshalBson(buf *bytes2.ChunkedWriter) { lenWriter := bson.NewLenWriter(buf) MarshalStatementsBson(buf, "Statements", blt.Statements) bson.EncodeInt64(buf, "GroupId", blt.GroupId) buf.WriteByte(0) lenWriter.RecordLen() }
func (qrl *QueryResultList) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) EncodeResultsBson(qrl.List, "List", buf) buf.WriteByte(0) lenWriter.RecordLen() }
func (stmt *Statement) MarshalBson(buf *bytes2.ChunkedWriter) { lenWriter := bson.NewLenWriter(buf) bson.EncodeInt64(buf, "Category", int64(stmt.Category)) bson.EncodeBinary(buf, "Sql", stmt.Sql) buf.WriteByte(0) lenWriter.RecordLen() }
// MarshalBson bson-encodes SrvKeyspaceNames. func (srvKeyspaceNames *SrvKeyspaceNames) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) // []string { bson.EncodePrefix(buf, bson.Array, "Entries") lenWriter := bson.NewLenWriter(buf) for _i, _v1 := range srvKeyspaceNames.Entries { bson.EncodeString(buf, bson.Itoa(_i), _v1) } lenWriter.Close() } lenWriter.Close() }
// MarshalBson bson-encodes QueryResult. func (queryResult *QueryResult) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) // []*query.Field { bson.EncodePrefix(buf, bson.Array, "Fields") lenWriter := bson.NewLenWriter(buf) var f BSONField for _i, _v1 := range queryResult.Fields { // *query.Field // This part was manually changed. f.Name = _v1.Name f.Type, f.Flags = sqltypes.TypeToMySQL(_v1.Type) bson.EncodeOptionalPrefix(buf, bson.Object, bson.Itoa(_i)) bson.MarshalToBuffer(buf, &f) } lenWriter.Close() } bson.EncodeUint64(buf, "RowsAffected", queryResult.RowsAffected) bson.EncodeUint64(buf, "InsertId", queryResult.InsertId) // [][]sqltypes.Value { bson.EncodePrefix(buf, bson.Array, "Rows") lenWriter := bson.NewLenWriter(buf) for _i, _v2 := range queryResult.Rows { // []sqltypes.Value { bson.EncodePrefix(buf, bson.Array, bson.Itoa(_i)) lenWriter := bson.NewLenWriter(buf) for _i, _v3 := range _v2 { _v3.MarshalBson(buf, bson.Itoa(_i)) } lenWriter.Close() } } lenWriter.Close() } // *RPCError if queryResult.Err == nil { bson.EncodePrefix(buf, bson.Null, "Err") } else { (*queryResult.Err).MarshalBson(buf, "Err") } lenWriter.Close() }
func (kp *KeyspacePartition) MarshalBson(buf *bytes2.ChunkedWriter) { lenWriter := bson.NewLenWriter(buf) EncodeSrvShardArray(buf, "Shards", kp.Shards) buf.WriteByte(0) lenWriter.RecordLen() }
func (zkPathV *ZkPathV) MarshalBson(buf *bytes2.ChunkedWriter) { lenWriter := bson.NewLenWriter(buf) bson.EncodeStringArray(buf, "Paths", zkPathV.Paths) buf.WriteByte(0) lenWriter.RecordLen() }
// MarshalBson bson-encodes KeyspaceId. func (keyspaceId KeyspaceId) MarshalBson(buf *bytes2.ChunkedWriter, key string) { if key == "" { lenWriter := bson.NewLenWriter(buf) defer lenWriter.Close() key = bson.MAGICTAG } bson.EncodeString(buf, key, string(keyspaceId)) }
func (stmt *Statement) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) bson.EncodeInt(buf, "Category", stmt.Category) bson.EncodeBinary(buf, "Sql", stmt.Sql) buf.WriteByte(0) lenWriter.RecordLen() }
func (blt *BinlogTransaction) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) MarshalStatementsBson(buf, "Statements", blt.Statements) bson.EncodeInt64(buf, "GroupId", blt.GroupId) buf.WriteByte(0) lenWriter.RecordLen() }
// MarshalBson bson-encodes BoundQuery. func (boundQuery *BoundQuery) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) bson.EncodeString(buf, "Sql", boundQuery.Sql) // map[string]interface{} { bson.EncodePrefix(buf, bson.Object, "BindVariables") lenWriter := bson.NewLenWriter(buf) for _k, _v1 := range boundQuery.BindVariables { bson.EncodeInterface(buf, _k, _v1) } lenWriter.Close() } lenWriter.Close() }
func (query *Query) encodeBindVariablesBson(buf *bytes2.ChunkedWriter) { lenWriter := bson.NewLenWriter(buf) for k, v := range query.BindVariables { bson.EncodeField(buf, k, v) } buf.WriteByte(0) lenWriter.RecordLen() }
// MarshalBson bson-encodes MyType. func (myType *MyType) MarshalBson(buf *bytes2.ChunkedWriter, key string) { bson.EncodeOptionalPrefix(buf, bson.Object, key) lenWriter := bson.NewLenWriter(buf) bson.EncodeInt64(buf, "Val", myType.Val) lenWriter.Close() }