package query import ( "database/sql" "database/sql/driver" "errors" "fmt" "regexp" "testing" ) func Test_CurrentSequencesPrepares(t *testing.T) { type want struct { sqlExpectations sqlExpectation err checkErr } tests := []struct { name string prepare interface{} want want object interface{} }{ { name: "prepareCurrentSequencesQuery no result", prepare: prepareCurrentSequencesQuery, want: want{ sqlExpectations: mockQueries( regexp.QuoteMeta(`SELECT max(projections.current_sequences.current_sequence) as current_sequence,`+ ` max(projections.current_sequences.timestamp) as timestamp,`+ ` projections.current_sequences.projection_name,`+ ` COUNT(*) OVER ()`+ ` FROM projections.current_sequences`+ ` GROUP BY projections.current_sequences.projection_name`), nil, nil, ), }, object: &CurrentSequences{CurrentSequences: []*CurrentSequence{}}, }, { name: "prepareCurrentSequencesQuery one result", prepare: prepareCurrentSequencesQuery, want: want{ sqlExpectations: mockQueries( regexp.QuoteMeta(`SELECT max(projections.current_sequences.current_sequence) as current_sequence,`+ ` max(projections.current_sequences.timestamp) as timestamp,`+ ` projections.current_sequences.projection_name,`+ ` COUNT(*) OVER ()`+ ` FROM projections.current_sequences`+ ` GROUP BY projections.current_sequences.projection_name`), []string{ "current_sequence", "timestamp", "projection_name", "count", }, [][]driver.Value{ { uint64(20211108), testNow, "projection-name", }, }, ), }, object: &CurrentSequences{ SearchResponse: SearchResponse{ Count: 1, }, CurrentSequences: []*CurrentSequence{ { Timestamp: testNow, CurrentSequence: 20211108, ProjectionName: "projection-name", }, }, }, }, { name: "prepareCurrentSequencesQuery multiple result", prepare: prepareCurrentSequencesQuery, want: want{ sqlExpectations: mockQueries( regexp.QuoteMeta(`SELECT max(projections.current_sequences.current_sequence) as current_sequence,`+ ` max(projections.current_sequences.timestamp) as timestamp,`+ ` projections.current_sequences.projection_name,`+ ` COUNT(*) OVER ()`+ ` FROM projections.current_sequences`+ ` GROUP BY projections.current_sequences.projection_name`), []string{ "current_sequence", "timestamp", "projection_name", "count", }, [][]driver.Value{ { uint64(20211108), testNow, "projection-name", }, { uint64(20211108), testNow, "projection-name-2", }, }, ), }, object: &CurrentSequences{ SearchResponse: SearchResponse{ Count: 2, }, CurrentSequences: []*CurrentSequence{ { Timestamp: testNow, CurrentSequence: 20211108, ProjectionName: "projection-name", }, { Timestamp: testNow, CurrentSequence: 20211108, ProjectionName: "projection-name-2", }, }, }, }, { name: "prepareCurrentSequencesQuery sql err", prepare: prepareCurrentSequencesQuery, want: want{ sqlExpectations: mockQueryErr( regexp.QuoteMeta(`SELECT max(projections.current_sequences.current_sequence) as current_sequence,`+ ` max(projections.current_sequences.timestamp) as timestamp,`+ ` projections.current_sequences.projection_name,`+ ` COUNT(*) OVER ()`+ ` FROM projections.current_sequences`+ ` GROUP BY projections.current_sequences.projection_name`), sql.ErrConnDone, ), err: func(err error) (error, bool) { if !errors.Is(err, sql.ErrConnDone) { return fmt.Errorf("err should be sql.ErrConnDone got: %w", err), false } return nil, true }, }, object: nil, }, } for _, tt := range tests { t.Run(tt.name, func(t *testing.T) { assertPrepare(t, tt.prepare, tt.object, tt.want.sqlExpectations, tt.want.err) }) } }