mirror of
https://github.com/neilotoole/sq.git
synced 2024-12-29 19:24:26 +03:00
459 lines
11 KiB
Go
459 lines
11 KiB
Go
package tablew
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import (
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"cmp"
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"fmt"
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"io"
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"slices"
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"strconv"
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"strings"
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"github.com/samber/lo"
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"github.com/neilotoole/sq/cli/output"
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"github.com/neilotoole/sq/cli/output/yamlw"
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"github.com/neilotoole/sq/libsq/core/kind"
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"github.com/neilotoole/sq/libsq/core/stringz"
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"github.com/neilotoole/sq/libsq/driver"
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"github.com/neilotoole/sq/libsq/source"
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"github.com/neilotoole/sq/libsq/source/metadata"
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)
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var _ output.MetadataWriter = (*mdWriter)(nil)
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type mdWriter struct {
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tbl *table
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}
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// NewMetadataWriter returns a new output.MetadataWriter instance
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// that outputs metadata in table format.
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func NewMetadataWriter(out io.Writer, pr *output.Printing) output.MetadataWriter {
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tbl := &table{out: out, pr: pr, header: true}
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w := &mdWriter{tbl: tbl}
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w.tbl.reset()
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return w
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}
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// DriverMetadata implements output.MetadataWriter.
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func (w *mdWriter) DriverMetadata(drvrs []driver.Metadata) error {
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headers := []string{"DRIVER", "DESCRIPTION", "USER-DEFINED", "DOC"}
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w.tbl.tblImpl.SetHeader(headers)
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w.tbl.tblImpl.SetColTrans(2, w.tbl.pr.Bool.SprintFunc())
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var rows [][]string
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for _, md := range drvrs {
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row := []string{string(md.Type), md.Description, strconv.FormatBool(md.UserDefined), md.Doc}
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rows = append(rows, row)
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}
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w.tbl.appendRowsAndRenderAll(rows)
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return nil
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}
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// TableMetadata implements output.MetadataWriter.
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func (w *mdWriter) TableMetadata(tblMeta *metadata.Table) error {
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if w.tbl.pr.Verbose {
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return w.doTableMetaVerbose(tblMeta)
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}
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return w.doTableMeta(tblMeta)
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}
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func (w *mdWriter) doTableMeta(md *metadata.Table) error {
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var headers []string
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var rows [][]string
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colNames := make([]string, len(md.Columns))
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colTypes := make([]string, len(md.Columns))
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for i, col := range md.Columns {
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colNames[i] = col.Name
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colTypes[i] = col.ColumnType
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}
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headers = []string{"NAME", "TYPE", "ROWS", "COLS"}
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w.tbl.tblImpl.SetHeader(headers)
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w.tbl.tblImpl.SetColTrans(0, w.tbl.pr.String.SprintFunc())
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w.tbl.tblImpl.SetColTrans(1, w.tbl.pr.Faint.SprintFunc())
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w.tbl.tblImpl.SetColTrans(2, w.tbl.pr.Number.SprintFunc())
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w.tbl.tblImpl.SetColTrans(3, w.tbl.pr.String.SprintFunc())
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row := []string{
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md.Name,
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md.TableType,
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fmt.Sprintf("%d", md.RowCount),
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strings.Join(colNames, ", "),
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}
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rows = append(rows, row)
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w.tbl.appendRowsAndRenderAll(rows)
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return nil
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}
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func (w *mdWriter) doTableMetaVerbose(tblMeta *metadata.Table) error {
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return w.printTablesVerbose([]*metadata.Table{tblMeta})
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}
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// SourceMetadata implements output.MetadataWriter.
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func (w *mdWriter) SourceMetadata(md *metadata.Source, showSchema bool) error {
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if !showSchema {
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return w.doSourceMetaNoSchema(md)
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}
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return w.doSourceMetaFull(md)
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}
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func (w *mdWriter) doSourceMetaNoSchema(md *metadata.Source) error {
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headers := []string{
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"SOURCE",
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"DRIVER",
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"NAME",
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"FQ NAME",
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"SIZE",
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"LOCATION",
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}
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w.tbl.tblImpl.SetColTrans(0, w.tbl.pr.Handle.SprintFunc())
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w.tbl.tblImpl.SetColTrans(1, w.tbl.pr.Faint.SprintFunc())
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w.tbl.tblImpl.SetColTrans(2, w.tbl.pr.String.SprintFunc())
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w.tbl.tblImpl.SetColTrans(3, w.tbl.pr.Faint.SprintFunc())
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w.tbl.tblImpl.SetColTrans(4, w.tbl.pr.Faint.SprintFunc())
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w.tbl.tblImpl.SetColTrans(5, w.tbl.pr.Faint.SprintFunc())
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row := []string{
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md.Handle,
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md.Driver.String(),
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md.Name,
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md.FQName,
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w.tbl.pr.Number.Sprint(stringz.ByteSized(md.Size, 1, "")),
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source.RedactLocation(md.Location),
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}
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w.tbl.tblImpl.SetHeader(headers)
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w.tbl.renderRow(row)
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return nil
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}
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func (w *mdWriter) printTablesVerbose(tbls []*metadata.Table) error {
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w.tbl.reset()
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headers := []string{
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"NAME",
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"TYPE",
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"ROWS",
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"COLS",
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"NAME",
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"TYPE",
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"PK",
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}
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w.tbl.tblImpl.SetHeader(headers)
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w.tbl.tblImpl.SetColTrans(0, w.tbl.pr.String.SprintFunc())
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w.tbl.tblImpl.SetColTrans(1, w.tbl.pr.Faint.SprintFunc())
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w.tbl.tblImpl.SetColTrans(2, w.tbl.pr.Number.SprintFunc())
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w.tbl.tblImpl.SetColTrans(3, w.tbl.pr.Number.SprintFunc())
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w.tbl.tblImpl.SetColTrans(4, w.tbl.pr.String.SprintFunc())
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w.tbl.tblImpl.SetColTrans(5, w.tbl.pr.Faint.SprintFunc())
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w.tbl.tblImpl.SetColTrans(6, w.tbl.pr.Faint.SprintFunc())
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var rows [][]string
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var row []string
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getPK := func(col *metadata.Column) string {
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if !col.PrimaryKey {
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return ""
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}
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return w.tbl.pr.Bool.Sprint("pk")
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}
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for _, tbl := range tbls {
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row = []string{
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tbl.Name,
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tbl.TableType,
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fmt.Sprintf("%d", tbl.RowCount),
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w.tbl.pr.Faint.Sprintf("%d", len(tbl.Columns)),
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tbl.Columns[0].Name,
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tbl.Columns[0].BaseType,
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getPK(tbl.Columns[0]),
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}
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rows = append(rows, row)
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for i := 1; i < len(tbl.Columns); i++ {
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row = []string{
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"",
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"",
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"",
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"",
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tbl.Columns[i].Name,
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tbl.Columns[i].BaseType,
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getPK(tbl.Columns[i]),
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}
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rows = append(rows, row)
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}
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}
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w.tbl.appendRowsAndRenderAll(rows)
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return nil
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}
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func (w *mdWriter) printTables(tables []*metadata.Table) error {
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w.tbl.reset()
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headers := []string{"NAME", "TYPE", "ROWS", "COLS"}
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w.tbl.tblImpl.SetHeader(headers)
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w.tbl.tblImpl.SetColTrans(0, w.tbl.pr.String.SprintFunc())
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w.tbl.tblImpl.SetColTrans(1, w.tbl.pr.Faint.SprintFunc())
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w.tbl.tblImpl.SetColTrans(2, w.tbl.pr.Number.SprintFunc())
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w.tbl.tblImpl.SetColTrans(3, w.tbl.pr.Faint.SprintFunc())
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var rows [][]string
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var row []string
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for _, tbl := range tables {
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colNames := make([]string, len(tbl.Columns))
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for i, col := range tbl.Columns {
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colNames[i] = col.Name
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}
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row = []string{
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tbl.Name,
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tbl.TableType,
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fmt.Sprintf("%d", tbl.RowCount),
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w.tbl.pr.String.Sprint(strings.Join(colNames, ", ")),
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}
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rows = append(rows, row)
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}
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w.tbl.appendRowsAndRenderAll(rows)
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return nil
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}
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func (w *mdWriter) doSourceMetaFull(md *metadata.Source) error {
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var headers []string
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var row []string
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headers = []string{
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"SOURCE",
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"DRIVER",
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"NAME",
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"FQ NAME",
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"SIZE",
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"TABLES",
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"VIEWS",
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"LOCATION",
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}
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w.tbl.tblImpl.SetColTrans(0, w.tbl.pr.Handle.SprintFunc())
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w.tbl.tblImpl.SetColTrans(1, w.tbl.pr.Faint.SprintFunc())
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w.tbl.tblImpl.SetColTrans(2, w.tbl.pr.String.SprintFunc())
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w.tbl.tblImpl.SetColTrans(3, w.tbl.pr.Faint.SprintFunc())
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w.tbl.tblImpl.SetColTrans(4, w.tbl.pr.Faint.SprintFunc())
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w.tbl.tblImpl.SetColTrans(5, w.tbl.pr.Number.SprintFunc())
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w.tbl.tblImpl.SetColTrans(6, w.tbl.pr.Number.SprintFunc())
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w.tbl.tblImpl.SetColTrans(7, w.tbl.pr.Faint.SprintFunc())
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row = []string{
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md.Handle,
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md.Driver.String(),
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md.Name,
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md.FQName,
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w.tbl.pr.Number.Sprint(stringz.ByteSized(md.Size, 1, "")),
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fmt.Sprintf("%d", md.TableCount),
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fmt.Sprintf("%d", md.ViewCount),
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source.RedactLocation(md.Location),
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}
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w.tbl.tblImpl.SetHeader(headers)
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w.tbl.renderRow(row)
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if len(md.Tables) == 0 {
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return nil
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}
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fmt.Fprintln(w.tbl.out)
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w.tbl.reset()
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// Sort by type (view/table) and name
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slices.SortFunc(md.Tables, func(a, b *metadata.Table) int {
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if a.TableType == b.TableType {
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return cmp.Compare(a.Name, b.Name)
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}
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return cmp.Compare(a.TableType, b.TableType)
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})
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if w.tbl.pr.Verbose {
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return w.printTablesVerbose(md.Tables)
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}
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return w.printTables(md.Tables)
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}
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// DBProperties implements output.MetadataWriter.
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func (w *mdWriter) DBProperties(props map[string]any) error {
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if len(props) == 0 {
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return nil
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}
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// For nested values, we make use of yamlw's rendering.
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yamlPr := w.tbl.pr.Clone()
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yamlPr.Key = yamlPr.Faint
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headers := []string{"KEY", "VALUE"}
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w.tbl.tblImpl.SetHeader(headers)
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w.tbl.tblImpl.SetColTrans(0, w.tbl.pr.Key.SprintFunc())
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rows := make([][]string, 0, len(props))
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keys := lo.Keys(props)
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slices.Sort(keys)
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for _, key := range keys {
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val, ok := props[key]
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if !ok || val == nil {
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continue
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}
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var row []string
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// Most properties have scalar values. However, some are nested
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// arrays of maps (I'm looking at you, SQLite). YAML output is preferred
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// for this sort of nested structure, but we'll hack an ugly solution
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// here for text output.
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switch val := val.(type) {
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case map[string]any:
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s := fmt.Sprintf("%v", val)
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row = []string{key, s}
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case []any:
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var elements []string
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for _, item := range val {
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switch item := item.(type) {
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case map[string]any:
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s, err := yamlw.MarshalToString(yamlPr, item)
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if err != nil {
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return err
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}
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s = strings.ReplaceAll(s, "\n", " ")
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elements = append(elements, s)
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case []string:
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s := strings.Join(item, " ")
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elements = append(elements, s)
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default:
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s := w.tbl.renderResultCell(kind.Text, item)
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elements = append(elements, s)
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}
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}
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row = []string{key, strings.Join(elements, "\n")}
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default:
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s := w.tbl.renderResultCell(kind.Text, val)
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row = []string{key, s}
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}
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rows = append(rows, row)
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}
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w.tbl.appendRowsAndRenderAll(rows)
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return nil
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}
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// Catalogs implements output.MetadataWriter.
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func (w *mdWriter) Catalogs(currentCatalog string, catalogs []string) error {
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if len(catalogs) == 0 {
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return nil
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}
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pr := w.tbl.pr
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if !pr.Verbose {
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if pr.ShowHeader {
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headers := []string{"CATALOG"}
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w.tbl.tblImpl.SetHeader(headers)
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}
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w.tbl.tblImpl.SetColTrans(0, pr.String.SprintFunc())
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var rows [][]string
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for _, catalog := range catalogs {
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if catalog == currentCatalog {
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catalog = pr.Active.Sprintf(catalog)
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}
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rows = append(rows, []string{catalog})
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}
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w.tbl.appendRowsAndRenderAll(rows)
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return nil
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}
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// Verbose mode
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if pr.ShowHeader {
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headers := []string{"CATALOG", "ACTIVE"}
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w.tbl.tblImpl.SetHeader(headers)
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}
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w.tbl.tblImpl.SetColTrans(0, pr.String.SprintFunc())
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w.tbl.tblImpl.SetColTrans(1, pr.Bool.SprintFunc())
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var rows [][]string
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for _, catalog := range catalogs {
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var active string
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if catalog == currentCatalog {
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catalog = pr.Active.Sprintf(catalog)
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active = pr.Bool.Sprint("active")
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}
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rows = append(rows, []string{catalog, active})
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}
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w.tbl.appendRowsAndRenderAll(rows)
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return nil
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}
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// Schemata implements output.MetadataWriter.
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func (w *mdWriter) Schemata(currentSchema string, schemas []*metadata.Schema) error {
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if len(schemas) == 0 {
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return nil
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}
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pr := w.tbl.pr
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if !pr.Verbose {
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if pr.ShowHeader {
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headers := []string{"SCHEMA"}
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w.tbl.tblImpl.SetHeader(headers)
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}
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w.tbl.tblImpl.SetColTrans(0, pr.String.SprintFunc())
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var rows [][]string
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for _, schema := range schemas {
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s := schema.Name
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if schema.Name == currentSchema {
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s = pr.Active.Sprintf(s)
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}
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rows = append(rows, []string{s})
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}
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w.tbl.appendRowsAndRenderAll(rows)
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return nil
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}
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// Verbose mode
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if pr.ShowHeader {
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headers := []string{"SCHEMA", "CATALOG", "OWNER", "ACTIVE"}
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w.tbl.tblImpl.SetHeader(headers)
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}
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w.tbl.tblImpl.SetColTrans(0, pr.String.SprintFunc())
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w.tbl.tblImpl.SetColTrans(1, pr.String.SprintFunc())
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w.tbl.tblImpl.SetColTrans(2, pr.String.SprintFunc())
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w.tbl.tblImpl.SetColTrans(3, pr.Bool.SprintFunc())
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var rows [][]string
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for _, schema := range schemas {
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row := []string{schema.Name, schema.Catalog, schema.Owner, ""}
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if schema.Name == currentSchema {
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row[0] = pr.Active.Sprintf(row[0])
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row[3] = "active"
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}
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rows = append(rows, row)
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}
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w.tbl.appendRowsAndRenderAll(rows)
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return nil
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}
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