// Fieldmap Applies a Fieldmap transform. func (t *Transformer) Fieldmap(mappings map[string][]string) *Transformer { return t.Apply(transforms.Fieldmap(mappings)) }
map[string][]string{"header1": {"header3"}}).Fieldmap(map[string][]string{"header3": {"header4"}}).Table() rows := tests.HasRows(t, transformedTable, 3) assert.Equal(t, expected, rows) } var chainedEqualities = []tests.TableCompareConfig{ { Name: "Fieldmap", Source: defaultSource, Actual: func(source optimus.Table, arg interface{}) optimus.Table { mappings := arg.(map[string][]string) return New(source).Fieldmap(mappings).Table() }, Expected: func(source optimus.Table, arg interface{}) optimus.Table { mappings := arg.(map[string][]string) return optimus.Transform(source, transforms.Fieldmap(mappings)) }, Arg: map[string][]string{"header1": {"header4"}}, }, { Name: "Map", Source: defaultSource, Actual: func(source optimus.Table, arg interface{}) optimus.Table { transform := arg.(func(optimus.Row) (optimus.Row, error)) return New(source).Map(transform).Table() }, Expected: func(source optimus.Table, arg interface{}) optimus.Table { transform := arg.(func(optimus.Row) (optimus.Row, error)) return optimus.Transform(source, transforms.Map(transform)) }, Arg: func(row optimus.Row) (optimus.Row, error) {