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// Copyright 2025 WIT.COM Inc Licensed GPL 3.0
package cobol
import (
"fmt"
"os"
"time"
"go.wit.com/lib/gui/shell"
"go.wit.com/lib/protobuf/guipb"
"go.wit.com/log"
"google.golang.org/protobuf/types/known/anypb"
"google.golang.org/protobuf/types/known/timestamppb"
"google.golang.org/protobuf/types/known/wrapperspb"
)
func PrintTable(pb *guipb.Table) {
log.Info("print PB here")
if pb.Grid == nil {
log.Info("grid = nil")
} else {
log.Info("grid.Id =", pb.Grid.Id)
}
var h int = 0
var w int = 0
var HEIGHT int
if pb.Height == 0 {
HEIGHT = 4
}
log.Info("pb.Height", pb.Height, HEIGHT)
var args []string
var sizes []int
for _, name := range pb.Order {
arg, attr, tmp := getColAttr(pb, name)
if attr == nil {
continue
}
HEIGHT = tmp
args = append(args, arg)
if attr.Width == 0 {
sizes = append(sizes, 8)
} else {
sizes = append(sizes, int(attr.Width))
}
}
// sizes = []int{24, 5, 8, 32, 13, 4, 4, 4, 4}
header, _ := StandardTableRow(sizes, args)
log.Info(header)
for i := range HEIGHT {
var cells []string
for _, name := range pb.Order {
if val, ok := getAnyCell(pb, name, int(i)); ok {
h += 1
cells = append(cells, val)
continue
}
if val, ok := getTableCell(pb, name, int(i)); ok {
// log.Info("tree: CELL GOOD", pb.Title, name, w, h, val)
h += 1
cells = append(cells, val)
} else {
log.Info("tree: CELL FAIL", pb.Title, name, w, h, val)
cells = append(cells, "err")
}
}
line, fmtline := StandardTableRow(sizes, cells)
if os.Getenv("TABLEPB_VERBOSE") == "true" {
line += "FMT: " + fmtline
}
log.Info(line)
}
}
func makeGridLabel(pb *guipb.Widget, w int, h int) {
log.Info("MAKE GRID LABEL", w, h, pb.Name)
}
func extractInt64(anyVal *anypb.Any) (int64, error) {
val := &wrapperspb.Int64Value{}
if err := anyVal.UnmarshalTo(val); err != nil {
return 0, err
}
return val.Value, nil
}
func getTableCell(t *guipb.Table, name string, row int) (string, bool) {
// find the Column that matches the "name"
for _, r := range t.StringCols {
if name != r.Header.Name {
// log.Info("skip string row:", r.Header.Name, "!=", name)
continue
}
// log.Info("Cell value:", r.Vals[row])
return r.Vals[row], true
}
for _, r := range t.ButtonCols {
if name != r.Header.Name {
// log.Info("skip string row:", r.Header.Name, "!=", name)
continue
}
// log.Info("Cell value:", r.Vals[row])
return r.Vals[row], true
}
for _, r := range t.IntCols {
if name != r.Header.Name {
// log.Info("skip string row:", r.Header.Name, "!=", name)
continue
}
return fmt.Sprintf("%d", r.Vals[row]), true
}
for _, r := range t.TimeCols {
if name != r.Header.Name {
// log.Info("skip sint row:", r.Header.Name, "!=", name)
continue
}
cellTime := r.Vals[row]
s := shell.FormatDuration(time.Since(cellTime.AsTime()))
return s, true
}
for _, r := range t.AnyCols {
if name != r.Header.Name {
// log.Info("skip sint row:", r.Header.Name, "!=", name)
continue
}
// cellTime := r.Vals[row]
// s := shell.FormatDuration(time.Since(cellTime.AsTime()))
return "fixme", true
}
return "", false
}
func getAnyCell(t *guipb.Table, name string, row int) (string, bool) {
for _, col := range t.AnyCols {
if name != col.Header.Name {
// log.Info("skip sint row:", r.Header.Name, "!=", name)
continue
}
anyVal := col.Vals[row]
switch col.Attr.Type {
case guipb.ColAttr_STRING:
// return col.Vals[row] true
// Assume 'anyVal' is an element from your r.Vals slice
var stringValue wrapperspb.StringValue
if err := anyVal.UnmarshalTo(&stringValue); err == nil {
// It's a string, now convert it back to a native Go string
goString := stringValue.GetValue()
// fmt.Printf("Successfully unpacked string: %s\n", goString)
return goString, true
}
case guipb.ColAttr_INT:
var finalInt int32
// 1. Check if the Any contains an Int32Value
if anyVal.MessageIs(&wrapperspb.Int32Value{}) {
var intValue wrapperspb.Int32Value
// 2. Unmarshal into the wrapper
if err := anyVal.UnmarshalTo(&intValue); err == nil {
// 3. Get the native Go int32 from the wrapper
finalInt = intValue.GetValue()
}
}
return fmt.Sprintf("%d", finalInt), true
case guipb.ColAttr_DURATION:
case guipb.ColAttr_TIME:
var sout string
var tsProto timestamppb.Timestamp
if err := anyVal.UnmarshalTo(&tsProto); err == nil {
// It's a timestamp, now convert it back to a Go time.Time
goTime := tsProto.AsTime()
// fmt.Printf("Successfully unpacked timestamp: %v\n", goTime)
sout = shell.FormatDuration(time.Since(goTime))
return sout, true
}
return "", false
default:
log.Info("cell unhandled type", col.Attr.Type)
}
// cellTime := r.Vals[row]
// s := shell.FormatDuration(time.Since(cellTime.AsTime()))
return "fixme", true
}
return "", false
}
func getColAttr(t *guipb.Table, name string) (string, *guipb.ColAttr, int) {
// find the Column that matches the "name"
for _, r := range t.StringCols {
if name != r.Header.Name {
continue
}
return r.Header.Name, r.Attr, len(r.Vals)
}
for _, r := range t.ButtonCols {
if name != r.Header.Name {
// log.Info("skip string row:", r.Header.Name, "!=", name)
continue
}
return r.Header.Name, r.Attr, len(r.Vals)
}
for _, r := range t.IntCols {
if name != r.Header.Name {
// log.Info("skip string row:", r.Header.Name, "!=", name)
continue
}
return r.Header.Name, r.Attr, len(r.Vals)
}
for _, r := range t.TimeCols {
if name != r.Header.Name {
// log.Info("skip sint row:", r.Header.Name, "!=", name)
continue
}
return r.Header.Name, r.Attr, len(r.Vals)
}
for _, r := range t.AnyCols {
if name != r.Header.Name {
// log.Info("skip sint row:", r.Header.Name, "!=", name)
continue
}
return r.Header.Name, r.Attr, len(r.Vals)
}
return "", nil, 0
}
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