// ListDeskletDecoration adds a desklet decoration list widget.
//
func ListDeskletDecoration(key *cftype.Key) {
current := key.Value().String()
getList := key.Source().ListDeskletDecorations
if key.IsType(cftype.KeyListDeskletDecoDefault) {
getList = fieldsPrepend(getList(),
datatype.Field{Key: "default", Name: tran.Slate("default")},
)
}
PackComboBoxWithListField(key, false, false, getList)
// gtk_tree_sortable_set_sort_column_id (GTK_TREE_SORTABLE (pListStore), CAIRO_DOCK_MODEL_NAME, GTK_SORT_ASCENDING);
// _allocate_new_buffer;
// data[0] = pKeyBox;
// data[1] = (pFrameVBox != NULL ? pFrameVBox : pGroupBox);
// NbControlled = 9;
// data[2] = GINT_TO_POINTER (NbControlled);
// NbControlled --; // car dans cette fonction, on ne compte pas le separateur.
// g_signal_connect (G_OBJECT (pOneWidget), "changed", G_CALLBACK (_cairo_dock_select_custom_item_in_combo), data);
if current == "personnal" { // Disable the next widgets.
// CDControlWidget *cw = g_new0 (CDControlWidget, 1);
// pControlWidgets = g_list_prepend (pControlWidgets, cw);
// cw->NbControlled = NbControlled;
// cw->iNbSensitiveWidgets = 0;
// cw->iFirstSensitiveWidget = 1;
// cw->pControlContainer = (pFrameVBox != NULL ? pFrameVBox : pGroupBox);
}
}
// ColorSelector adds a color selector widget.
//
func ColorSelector(key *cftype.Key) {
values := key.Value().ListFloat()
if len(values) == 3 {
values = append(values, 1) // no transparency.
}
gdkColor := gdk.NewRGBA(values...)
widget := newgtk.ColorButtonWithRGBA(gdkColor)
var getValue func() interface{}
switch key.Type {
case cftype.KeyColorSelectorRGB:
key.NbElements = 3
getValue = func() interface{} { return widget.GetRGBA().Floats()[:3] } // Need to trunk ?
case cftype.KeyColorSelectorRGBA:
key.NbElements = 4
getValue = func() interface{} { return widget.GetRGBA().Floats() }
}
widget.Set("use-alpha", key.IsType(cftype.KeyColorSelectorRGBA))
key.PackKeyWidget(key,
getValue,
func(uncast interface{}) { widget.SetRGBA(gdk.NewRGBA(uncast.([]float64)...)) },
widget,
)
oldval, e := key.Storage().Default(key.Group, key.Name)
if e == nil {
PackReset(key, oldval.ListFloat())
}
}
// Add adds a key to the printer.
//
func (lf *lineFeed) Add(key *cftype.Key) {
if key.Group != lf.lastGroup {
lf.AddGroup(RowName, key.Group)
lf.lastGroup = key.Group
lf.hasFrame = false
}
var line tablist.Liner
var title string
switch {
case key.IsType(cftype.KeyFrame, cftype.KeyExpander):
line = lf.AddEmptyFilled()
lf.hasFrame = true
line.Set(RowType, key.Type.String())
if len(key.AuthorizedValues) == 0 {
title = "[*FRAME NO TITLE*]"
} else {
title = key.AuthorizedValues[0]
}
case key.IsType(cftype.KeySeparator):
line = lf.AddEmptyFilled()
line.Set(RowType, key.Type.String())
title = lf.indent() + "---------"
case key.IsType(cftype.KeyTextLabel, cftype.KeyLaunchCmdSimple):
line = lf.AddEmptyFilled()
line.Set(RowType, key.Type.String())
title = lf.indent() + key.Name
default:
line = lf.AddLine()
lf.valuePrint(key, line)
line.Colored(RowType, color.FgGreen, key.Type.String())
title = lf.indent() + key.Name
lf.countChangeable++
}
line.Set(RowName, title)
}
// TestValues updates the key data with test values.
//
func TestValues(key *cftype.Key) {
switch key.Type {
case cftype.KeyBoolButton,
cftype.KeyBoolCtrl:
if key.NbElements > 1 {
val := key.Value().ListBool()
newval := make([]bool, len(val))
for i, v := range val {
newval[i] = !v
}
key.ValueSet(newval)
} else {
val := key.Value().Bool()
newval := !val
key.ValueSet(newval)
}
case cftype.KeyIntSpin,
cftype.KeyIntSize,
cftype.KeyIntScale:
if key.NbElements > 1 {
val := key.Value().ListInt()
newval := make([]int, len(val))
for i, v := range val {
newval[i] = v + 1 + i
}
key.ValueSet(newval)
} else {
val := key.Value().Int()
newval := val + 1
key.ValueSet(newval)
}
case cftype.KeyFloatSpin,
cftype.KeyFloatScale:
if key.NbElements > 1 {
val := key.Value().ListFloat()
newval := make([]float64, len(val))
for i, v := range val {
newval[i] = v + 0.1 + float64(i) // hack +0.1 +i
}
key.ValueSet(newval)
} else {
val := key.Value().Float()
newval := val + 0.1
key.ValueSet(newval)
}
case cftype.KeyColorSelectorRGB,
cftype.KeyColorSelectorRGBA:
val := key.Value().ListFloat()
newval := make([]float64, len(val))
for i := range val {
newval[i] = val[i] + 0.1
if newval[i] > 1 {
newval[i]--
}
}
if len(newval) == 3 {
newval = append(newval, 1)
}
key.ValueSet(newval)
case cftype.KeyLink:
val := key.Value().String()
list := []string{urlDock, urlGoTour}
newval := cycleNextString(list, val, key)
key.ValueSet(newval)
case cftype.KeyStringEntry,
cftype.KeyFileSelector, cftype.KeyFolderSelector,
cftype.KeyImageSelector, cftype.KeySoundSelector,
cftype.KeyShortkeySelector, cftype.KeyClassSelector,
cftype.KeyPasswordEntry,
cftype.KeyListEntry:
val := key.Value().String()
newval := cycleNextString(otherStrings, val, nil)
key.ValueSet(newval)
case cftype.KeyFontSelector:
val := key.Value().String()
list := []string{"Arial 8", "Monospace 8"}
newval := cycleNextString(list, val, key)
key.ValueSet(newval)
case cftype.KeyTreeViewSortSimple,
cftype.KeyTreeViewSortModify:
val := key.Value().ListString()
newval := reverseStrings(val)
key.ValueSet(newval)
case cftype.KeyListNumbered,
cftype.KeyListNbCtrlSimple,
cftype.KeyListNbCtrlSelect:
val := key.Value().Int()
step := ternary.Int(key.IsType(cftype.KeyListNbCtrlSelect), 3, 1)
newval := cycleNextID(len(key.AuthorizedValues), val, step)
key.ValueSet(newval)
case cftype.KeyListSimple:
val := key.Value().String()
newval := cycleNextString(key.AuthorizedValues, val, key)
key.ValueSet(newval)
case cftype.KeyListDocks:
val := key.Value().String()
list := []string{datatype.KeyMainDock, datatype.KeyNewDock}
newval := cycleNextString(list, val, key)
key.ValueSet(newval)
case cftype.KeyListThemeApplet:
val := key.Value().String()
list := []string{"Turbo-night-fuel[0]", "Sound-Mono[0]"}
newval := cycleNextString(list, val, key)
key.ValueSet(newval)
case cftype.KeyHandbook:
val := key.Value().String()
list := datatype.ListHandbooksKeys(Handbooks)
newval := cycleNextString(list, val, key)
key.ValueSet(newval)
case cftype.KeyListViews:
val := key.Value().String()
books := key.Source().ListViews()
list := datatype.IndexHandbooksKeys(books)
newval := cycleNextString(list, val, key)
key.ValueSet(newval)
case cftype.KeyListIconsMainDock:
val := key.Value().String()
fields := key.Source().ListIconsMainDock()
newval := cycleNextField(fields, val, key)
key.ValueSet(newval)
case cftype.KeyListThemeDesktopIcon:
val := key.Value().String()
fields := key.Source().ListThemeDesktopIcon()
newval := cycleNextField(fields, val, key)
key.ValueSet(newval)
}
}
// TreeView adds a treeview widget.
//
func TreeView(key *cftype.Key) {
values := key.Value().ListString()
// Build treeview.
model := newgtk.ListStore(
glib.TYPE_STRING, /* RowKey*/
glib.TYPE_STRING, /* RowName*/
glib.TYPE_STRING, /* RowIcon*/
glib.TYPE_STRING, /* RowDesc*/
glib.TYPE_BOOLEAN, // active
glib.TYPE_INT) // order
widget := newgtk.TreeViewWithModel(model)
widget.Set("headers-visible", false)
getValue := func() interface{} { // Grab data from all iters.
var list []string
iter, ok := model.GetIterFirst()
for ; ok; ok = model.IterNext(iter) {
str, e := gunvalue.New(model.GetValue(iter, RowName)).String()
if !key.Log().Err(e, "WidgetTreeView GetValue "+key.Name) {
list = append(list, str)
}
}
return list
}
// Add control buttons.
if key.IsType(cftype.KeyTreeViewMultiChoice) {
renderer := newgtk.CellRendererToggle()
col := newgtk.TreeViewColumnWithAttribute("", renderer, "active", 4)
widget.AppendColumn(col)
// g_signal_connect (G_OBJECT (rend), "toggled", (GCallback) _cairo_dock_activate_one_element, modele);
renderer.Set("active", 4)
}
renderer := newgtk.CellRendererText()
col := newgtk.TreeViewColumnWithAttribute("", renderer, "text", RowName)
widget.AppendColumn(col)
// cValueList = g_key_file_get_string_list (pKeyFile, cGroupName, cKeyName, &length, NULL);
model.SetSortColumnId(5, gtk.SORT_ASCENDING)
scroll := newgtk.ScrolledWindow(nil, nil)
//
// if len(key.AuthorizedValues) > 0 {
// key.Log().Info("WidgetTreeView AuthorizedValues", key.AuthorizedValues)
// }
// if (key.AuthorizedValues != NULL && key.AuthorizedValues[0] != NULL)
// for (k = 0; key.AuthorizedValues[k] != NULL; k++);
// else
// k = 1;
scroll.Set("height-request", 100) // key.IsType(cftype.KeyTreeViewSortModify) ? 100 : MIN (100, k * 25)
scroll.Set("width-request", 250)
scroll.SetPolicy(gtk.POLICY_NEVER, gtk.POLICY_AUTOMATIC)
scroll.Add(widget)
vboxItems := newgtk.Box(gtk.ORIENTATION_VERTICAL, cftype.MarginGUI)
grid := newgtk.Grid()
grid.Attach(vboxItems, 0, 0, 1, 1)
grid.Attach(scroll, 1, 0, 1, 1)
if key.IsType(cftype.KeyTreeViewSortSimple, cftype.KeyTreeViewSortModify) {
buttonUp := newgtk.Button()
buttonDn := newgtk.Button()
imgUp := newgtk.ImageFromIconName("go-up", gtk.ICON_SIZE_SMALL_TOOLBAR)
imgDn := newgtk.ImageFromIconName("go-down", gtk.ICON_SIZE_SMALL_TOOLBAR)
buttonUp.SetImage(imgUp)
buttonDn.SetImage(imgDn)
data := treeViewData{key.Log(), model, widget, nil}
buttonUp.Connect("clicked", onTreeviewMoveUp, data) // Move selection up and down callbacks.
buttonDn.Connect("clicked", onTreeviewMoveDown, data)
vboxItems.PackStart(buttonUp, false, false, 0)
vboxItems.PackStart(buttonDn, false, false, 0)
if key.IsType(cftype.KeyTreeViewSortModify) {
buttonAdd := newgtk.Button()
entry := newgtk.Entry()
buttonRm := newgtk.Button()
imgAdd := newgtk.ImageFromIconName("list-add", gtk.ICON_SIZE_SMALL_TOOLBAR)
imgRm := newgtk.ImageFromIconName("list-remove", gtk.ICON_SIZE_SMALL_TOOLBAR)
buttonAdd.SetImage(imgAdd)
buttonRm.SetImage(imgRm)
vboxItems.PackStart(buttonRm, false, false, 0)
grid.Attach(newgtk.Separator(gtk.ORIENTATION_HORIZONTAL), 0, 1, 2, 1)
grid.Attach(buttonAdd, 0, 2, 1, 1)
grid.Attach(entry, 1, 2, 1, 1)
data.entry = entry
buttonAdd.Connect("clicked", onTreeviewAddText, data) // Add new iter to model with the value of the entry widget. Clear entry widget.
buttonRm.Connect("clicked", onTreeviewRemoveText, data) // Remove selected iter from model. Set its value to the entry widget.
}
}
setValues := func(newvalues []string) {
for i, val := range newvalues {
iter := model.Append()
model.SetValue(iter, RowKey, val)
model.SetValue(iter, RowName, val)
model.SetValue(iter, 4, true) // active
model.SetValue(iter, 5, i) // order
}
}
// Fill model with values.
switch key.Type {
case cftype.KeyTreeViewSortModify, // add saved values.
cftype.KeyTreeViewSortSimple: // TODO: TEMP to improve and maybe regroup this case as was with multichoice and not modify.
setValues(values)
key.PackKeyWidget(key,
getValue,
func(uncast interface{}) { model.Clear(); setValues(uncast.([]string)) },
grid)
case cftype.KeyTreeViewMultiChoice:
if len(key.AuthorizedValues) > 0 {
// var NbMax, order int
}
// else if (pAuthorizedValuesList != NULL) // on liste les choix possibles dans l'ordre choisi. Pour CAIRO_DOCK_WidgetTreeViewMultiChoice, on complete avec ceux n'ayant pas ete selectionnes.
// {
// gint iNbPossibleValues = 0, iOrder = 0;
// while (pAuthorizedValuesList[iNbPossibleValues] != NULL)
// iNbPossibleValues ++;
// guint l;
// for (l = 0; l < length; l ++)
// {
// cValue = cValueList[l];
// if (! g_ascii_isdigit (*cValue)) // ancien format.
// {
// cd_debug ("old format\n");
// int k;
// for (k = 0; k < iNbPossibleValues; k ++) // on cherche la correspondance.
// {
// if (strcmp (cValue, pAuthorizedValuesList[k]) == 0)
// {
// cd_debug (" correspondance %s <-> %d", cValue, k);
// g_free (cValueList[l]);
// cValueList[l] = g_strdup_printf ("%d", k);
// cValue = cValueList[l];
// break ;
// }
// }
// if (k < iNbPossibleValues)
// iValue = k;
// else
// continue;
// }
// else
// iValue = atoi (cValue);
// if (iValue < iNbPossibleValues)
// {
// memset (&iter, 0, sizeof (GtkTreeIter));
// gtk_list_store_append (modele, &iter);
// gtk_list_store_set (modele, &iter,
// CAIRO_DOCK_MODEL_ACTIVE, TRUE,
// CAIRO_DOCK_MODEL_NAME, dgettext (cGettextDomain, pAuthorizedValuesList[iValue]),
// CAIRO_DOCK_MODEL_RESULT, cValue,
// CAIRO_DOCK_MODEL_ORDER, iOrder ++, -1);
// }
}
// if (iOrder < iNbPossibleValues) // il reste des valeurs a inserer (ce peut etre de nouvelles valeurs apparues lors d'une maj du fichier de conf, donc CAIRO_DOCK_WidgetTreeViewSortSimple est concerne aussi).
// {
// gchar cResult[10];
// for (k = 0; pAuthorizedValuesList[k] != NULL; k ++)
// {
// cValue = pAuthorizedValuesList[k];
// for (l = 0; l < length; l ++)
// {
// iValue = atoi (cValueList[l]);
// if (iValue == (int)k) // a deja ete inseree.
// break;
// }
// if (l == length) // elle n'a pas encore ete inseree.
// {
// snprintf (cResult, 9, "%d", k);
// memset (&iter, 0, sizeof (GtkTreeIter));
// gtk_list_store_append (modele, &iter);
// gtk_list_store_set (modele, &iter,
// CAIRO_DOCK_MODEL_ACTIVE, (iElementType == CAIRO_DOCK_WidgetTreeViewSortSimple),
// CAIRO_DOCK_MODEL_NAME, dgettext (cGettextDomain, cValue),
// CAIRO_DOCK_MODEL_RESULT, cResult,
// CAIRO_DOCK_MODEL_ORDER, iOrder ++, -1);
// }
// }
// }
// }
}
// Lists adds a string list widget.
//
func Lists(key *cftype.Key) {
if key.IsType(cftype.KeyListNbCtrlSimple, cftype.KeyListNbCtrlSelect) && len(key.AuthorizedValues) == 0 {
key.Log().NewWarn("not enough values", "widget numbered control list:", key.Name)
return
}
// Get full value with ';'.
value := key.Value().String()
// log.DEV("LIST "+string(key.Type), key.Name, value, key.AuthorizedValues)
listIsNumbered := key.IsType(cftype.KeyListNumbered, cftype.KeyListNbCtrlSimple, cftype.KeyListNbCtrlSelect)
iSelectedItem := -1
current := ""
// Control selective use 3 AuthorizedValues fields for each "value".
step := ternary.Int(key.IsType(cftype.KeyListNbCtrlSelect), 3, 1)
if key.IsType(cftype.KeyListEntry) {
current = value
}
if listIsNumbered && value != "" {
var e error
iSelectedItem, e = strconv.Atoi(value)
switch {
case key.Log().Err(e, "selection problem", "[", value, "]", "[", iSelectedItem, "]", key.Name):
case iSelectedItem < 0:
case iSelectedItem < len(key.AuthorizedValues):
current = key.AuthorizedValues[iSelectedItem*step]
default:
key.Log().NewWarn("selection out of range", "widget numbered list:", key.Name)
}
}
var list []datatype.Field
if len(key.AuthorizedValues) > 0 {
// int iOrder1, iOrder2, iExcept;
if key.IsType(cftype.KeyListNbCtrlSimple, cftype.KeyListNbCtrlSelect) {
key.SetNbControlled(0)
}
// gchar *cResult = (listIsNumbered ? g_new0 (gchar , 10) : NULL);
for k := 0; k < len(key.AuthorizedValues); k += step { // on ajoute toutes les chaines possibles a la combo.
if !listIsNumbered && iSelectedItem == -1 && value == key.AuthorizedValues[k] {
current = value
iSelectedItem = k / step
}
// if (cResult != NULL)
// snprintf (cResult, 9, "%d", k/dk); // dk becomes step
// iExcept = 0;
// if key.IsType(cftype.KeyListNbCtrlSelect) {
// iOrder1 = atoi (key.AuthorizedValues[k+1]);
// gchar *str = strchr (key.AuthorizedValues[k+2], ',');
// if (str) // Note: this mechanism is an addition to the original {first widget, number of widgets}; it's not very generic nor beautiful, but until we need more, it's well enough (currently, only the Dock background needs it).
// {
// *str = '\0';
// iExcept = atoi (str+1);
// }
// iOrder2 = atoi (key.AuthorizedValues[k+2]);
// NbControlled = MAX (NbControlled, iOrder1 + iOrder2 - 1);
// //g_print ("iSelectedItem:%d ; k/dk:%d\n", iSelectedItem , k/dk);
// if (iSelectedItem == (int)k/dk)
// {
// iFirstSensitiveWidget = iOrder1;
// iNbSensitiveWidgets = iOrder2;
// iNonSensitiveWidget = iExcept;
// if (iNonSensitiveWidget != 0)
// NbControlled ++;
// }
// } else {
// iOrder1 = iOrder2 = k;
// }
//
name := ""
if key.IsType(cftype.KeyListEntry) {
name = key.AuthorizedValues[k]
} else {
name = key.Translate(key.AuthorizedValues[k])
}
list = append(list, datatype.Field{
Key: key.AuthorizedValues[k],
Name: name,
})
// CAIRO_DOCK_MODEL_ORDER, iOrder1,
// CAIRO_DOCK_MODEL_ORDER2, iOrder2,
// CAIRO_DOCK_MODEL_STATE, iExcept, -1);
}
}
// Current choice wasn't in the list. Select first.
if current == "" && len(list) > 0 {
current = list[0].Key
iSelectedItem = 0
}
// Build the combo widget.
widget, _, getValue, setValue := NewComboBox(key, key.IsType(cftype.KeyListEntry), listIsNumbered, current, list)
// gtk_tree_sortable_set_sort_column_id (GTK_TREE_SORTABLE (modele), GTK_TREE_SORTABLE_UNSORTED_SORT_COLUMN_ID, GTK_SORT_ASCENDING);
// int iNonSensitiveWidget = 0;
if len(key.AuthorizedValues) > 0 {
if key.IsType(cftype.KeyListNbCtrlSimple, cftype.KeyListNbCtrlSelect) {
// _allocate_new_buffer;
// data[0] = pKeyBox;
// data[1] = (pFrameVBox != NULL ? pFrameVBox : pGroupBox);
if key.IsType(cftype.KeyListNbCtrlSimple) {
// NbControlled = k;
// data[2] = GINT_TO_POINTER (NbControlled);
// g_signal_connect (G_OBJECT (pOneWidget), "changed", G_CALLBACK (_cairo_dock_select_one_item_in_control_combo), data);
// iFirstSensitiveWidget = iSelectedItem+1; // on decroit jusqu'a 0.
// iNbSensitiveWidgets = 1;
// //g_print ("CONTROL : %d,%d,%d\n", NbControlled, iFirstSensitiveWidget, iNbSensitiveWidgets);
} else {
// data[2] = GINT_TO_POINTER (NbControlled);
// g_signal_connect (G_OBJECT (pOneWidget), "changed", G_CALLBACK (_cairo_dock_select_one_item_in_control_combo_selective), data);
// //g_print ("CONTROL : %d,%d,%d\n", NbControlled, iFirstSensitiveWidget, iNbSensitiveWidgets);
}
// g_object_set_data (G_OBJECT (pKeyBox), "nb-ctrl-widgets", GINT_TO_POINTER (NbControlled));
// g_object_set_data (G_OBJECT (pKeyBox), "one-widget", pOneWidget);
// CDControlWidget *cw = g_new0 (CDControlWidget, 1);
// pControlWidgets = g_list_prepend (pControlWidgets, cw);
// cw->pControlContainer = (pFrameVBox != NULL ? pFrameVBox : pGroupBox);
// cw->NbControlled = NbControlled;
// cw->iFirstSensitiveWidget = iFirstSensitiveWidget;
// cw->iNbSensitiveWidgets = iNbSensitiveWidgets;
// cw->iNonSensitiveWidget = iNonSensitiveWidget;
// //g_print (" pControlContainer:%x\n", pControlContainer);
}
}
key.PackKeyWidget(key, getValue, setValue, widget)
}
// LaunchCommand adds a launch command widget.
// HELP ONLY
//
func LaunchCommand(key *cftype.Key) {
if len(key.AuthorizedValues) == 0 || key.AuthorizedValues[0] == "" {
key.Log().NewErrf("command missing", "widget LaunchCommand: %s", key.Name)
return
}
// log.Info(key.Name, key.AuthorizedValues)
if key.IsType(cftype.KeyLaunchCmdIf) {
if len(key.AuthorizedValues) < 2 {
key.Label().SetSensitive(false)
return
}
key.Log().Info("KeyLaunchCmdIf : disabled for now")
return
// key.Log().Info("test", key.AuthorizedValues[1])
// key.Log().Err(key.Log().ExecShow(key.AuthorizedValues[1]), "exec test")
// gchar *cSecondCommand = pAuthorizedValuesList[1];
// gchar *cResult = cairo_dock_launch_command_sync (cSecondCommand);
// cd_debug ("%s: %s => %s", __func__, cSecondCommand, cResult);
// if (cResult == NULL || *cResult == '0' || *cResult == '\0') // result is 'fail'
// {
// gtk_widget_set_sensitive (pLabel, FALSE);
// g_free (cResult);
// break ;
// }
// g_free (cResult);
}
spinner := newgtk.Spinner()
spinner.SetNoShowAll(true)
key.PackSubWidget(spinner)
btn := newgtk.ButtonFromIconName("go-jump", gtk.ICON_SIZE_BUTTON)
key.PackSubWidget(btn)
btn.Connect("clicked", func() {
cmd, e := key.Log().ExecShlex(key.AuthorizedValues[0])
if key.Log().Err(e, "widget LaunchCommand parse command", key.Name, ":", key.AuthorizedValues[0]) {
return
}
e = cmd.Start()
if key.Log().Err(e, "widget LaunchCommand exec", key.AuthorizedValues[0]) {
return
}
btn.Hide()
spinner.Show()
spinner.Start()
// Wait the external program in a go routine.
// When finished, restore buttons state in the gtk idle loop.
go func() {
cmd.Wait()
glib.IdleAdd(func() {
btn.Show()
spinner.Hide()
spinner.Stop()
})
}()
})
// G_CALLBACK (_cairo_dock_widget_launch_command),
}
// CheckButton adds a check button widget.
//
func CheckButton(key *cftype.Key) {
if key.NbElements > 1 { // TODO: remove temp test
key.Log().Info("CheckButton multi", key.NbElements, key.Type.String())
}
values := key.Value().ListBool()
var activers []widgetActiver
for k := 0; k < key.NbElements; k++ {
var value bool
if k < len(values) {
value = values[k]
}
w := newgtk.Switch()
w.SetActive(value)
key.PackSubWidget(w)
activers = append(activers, w)
if key.IsType(cftype.KeyBoolCtrl) {
// _allocate_new_buffer;
// data[0] = pKeyBox;
// data[1] = (pFrameVBox != NULL ? pFrameVBox : pGroupBox);
// if (pAuthorizedValuesList != NULL && pAuthorizedValuesList[0] != NULL)
// NbControlled = g_ascii_strtod (pAuthorizedValuesList[0], NULL);
// else
// NbControlled = 1;
// data[2] = GINT_TO_POINTER (NbControlled);
// if (NbControlled < 0) // a negative value means that the behavior is inverted.
// {
// bValue = !bValue;
// NbControlled = -NbControlled;
// }
// g_signal_connect (G_OBJECT (pOneWidget), "toggled", G_CALLBACK(_cairo_dock_toggle_control_button), data);
// g_object_set_data (G_OBJECT (pKeyBox), "nb-ctrl-widgets", GINT_TO_POINTER (NbControlled));
// g_object_set_data (G_OBJECT (pKeyBox), "one-widget", pOneWidget);
// if (! bValue) // les widgets suivants seront inactifs.
// {
// CDControlWidget *cw = g_new0 (CDControlWidget, 1);
// pControlWidgets = g_list_prepend (pControlWidgets, cw);
// cw->iNbSensitiveWidgets = 0;
// cw->NbControlled = NbControlled;
// cw->iFirstSensitiveWidget = 1;
// cw->pControlContainer = (pFrameVBox != NULL ? pFrameVBox : pGroupBox);
// } // sinon le widget suivant est sensitif, donc rien a faire.
}
}
if key.NbElements == 1 {
key.PackKeyWidget(key,
func() interface{} { return activers[0].GetActive() },
func(uncast interface{}) { activers[0].SetActive(uncast.(bool)) },
)
} else {
key.PackKeyWidget(key,
func() interface{} { return listActiverGet(activers) },
func(uncast interface{}) { listActiverSet(activers, uncast.([]bool)) },
)
}
}
// Strings adds a string widget. Many options included.
// TODO: need password cypher, G_USER_DIRECTORY_PICTURES, play sound.
//
func Strings(key *cftype.Key) {
value := key.Value().String()
widget := newgtk.Entry()
widget.SetText(value)
if key.IsType(cftype.KeyPasswordEntry) { // Hide text and decrypt value.
widget.SetVisibility(false)
value = key.Source().DecryptString(value)
}
// Pack the widget before any other (in full size if needed).
// So we do it now and fill the callbacks later
key.PackKeyWidget(key, nil, nil, widget)
var setValue func(interface{})
// Add special buttons to fill the entry box.
switch key.Type {
case cftype.KeyFileSelector, cftype.KeyFolderSelector,
cftype.KeySoundSelector, cftype.KeyImageSelector: // Add a file selector.
fileChooser := newgtk.Button()
img := newgtk.ImageFromIconName("document-open", gtk.ICON_SIZE_SMALL_TOOLBAR)
fileChooser.SetImage(img)
fileChooser.Connect("clicked", onFileChooserOpen, fileChooserData{widget, key})
key.PackSubWidget(fileChooser)
if key.IsType(cftype.KeySoundSelector) { //Sound Play Button
play := newgtk.Button()
imgPlay := newgtk.ImageFromIconName("media-playback-start", gtk.ICON_SIZE_SMALL_TOOLBAR)
play.SetImage(imgPlay)
// play.Connect("clicked", C._cairo_dock_play_a_sound, data)
key.PackSubWidget(play)
}
case cftype.KeyShortkeySelector, cftype.KeyClassSelector: // Add a key/class grabber.
grab := newgtk.ButtonWithLabel("Grab")
key.PackSubWidget(grab)
// gtk_widget_add_events(pMainWindow, GDK_KEY_PRESS_MASK);
switch key.Type {
case cftype.KeyClassSelector:
grab.Connect("clicked", func() {
widget.SetSensitive(false) // Block widgets.
grab.SetSensitive(false)
go func() {
class, e := key.Source().GrabWindowClass() // Wait user selection in a routine.
glib.IdleAdd(func() { // And resync with the GTK loop to display results.
widget.SetSensitive(true) // Reactivate widgets.
grab.SetSensitive(true)
if !key.Log().Err(e, "ClassSelector", key.Group, key.Name) {
setValue(class) // On success.
key.Log().Debug("KeyClassSelector window selected", class)
}
})
}()
})
case cftype.KeyShortkeySelector:
grab.Connect("clicked", onKeyGrabClicked, &textGrabData{entry: widget, win: key.Source().GetWindow()})
}
// for _, sk := range key.Source().ListShortkeys() {
// if sk.GetConfFilePath() == key.Storage().FilePath() {
// println("found file shortkey")
// }
// }
}
// Display a default value when empty.
if len(key.AuthorizedValues) > 0 && key.AuthorizedValues[0] != "" {
defaultText := key.Translate(key.AuthorizedValues[0])
cbChanged, _ := widget.Connect("changed", onTextDefaultChanged, key)
data := textDefaultData{key: key, text: defaultText, cbID: cbChanged}
widget.Connect("focus-in-event", onTextDefaultFocusIn, data)
widget.Connect("focus-out-event", onTextDefaultFocusOut, data)
// TODO: check other use of those fields.
// g_object_set_data (G_OBJECT (pEntry), "ignore-value", GINT_TO_POINTER (TRUE));
// g_object_set_data (G_OBJECT (pOneWidget), "default-text", cDefaultText);
context, _ := widget.GetStyleContext()
context.AddProvider(MainCSS(), gtk.STYLE_PROVIDER_PRIORITY_APPLICATION)
setValue = func(uncast interface{}) {
// if !key.IsDefault { // not sure why this was here.
widget.SetText(uncast.(string))
onTextDefaultFocusOut(widget, nil, data)
}
setValue(value) // will set IsDefault and button state.
} else {
setValue = func(uncast interface{}) { widget.SetText(uncast.(string)) }
}
getValue := func() (text interface{}) {
if key.IsDefault {
return ""
}
text, _ = widget.GetText()
return text
}
key.PackKeyWidget(key, getValue, setValue)
}
// buildKey builds a Cairo-Dock configuration widget with the given keys.
//
func (build *builder) buildKey(key *cftype.Key) {
makeWidget := key.MakeWidget()
if makeWidget == nil {
makeWidget = cfwidget.Maker(key)
if makeWidget == nil {
build.Log().NewErrf("no make widget call", "type=%s [key=%s / %s]\n", key.Type, key.Group, key.Name)
return
}
}
// build.log.DEV(key.Name, string(key.Type), key.AuthorizedValues)
build.pKeyBox = nil
build.pLabel = nil
build.pWidgetBox = nil
build.pAdditionalItemsVBox = nil
fullSize := key.IsType(cftype.KeyListThemeApplet, cftype.KeyListViews, cftype.KeyEmptyFull, cftype.KeyHandbook)
if !key.IsType(cftype.KeyFrame) && !key.IsType(cftype.KeyExpander) && !key.IsType(cftype.KeySeparator) {
// Create Key box.
if key.IsType(cftype.KeyListThemeApplet, cftype.KeyListViews) {
build.pAdditionalItemsVBox = newgtk.Box(gtk.ORIENTATION_VERTICAL, 0)
build.pKeyBox = newgtk.Box(gtk.ORIENTATION_HORIZONTAL, cftype.MarginGUI)
build.PackWidget(build.pAdditionalItemsVBox, fullSize, fullSize, 0)
build.pAdditionalItemsVBox.PackStart(build.pKeyBox, false, false, 0)
} else {
if key.IsAlignedVertical {
build.log.Info("aligned /", strings.TrimSuffix(key.Name, "\n"))
build.pKeyBox = newgtk.Box(gtk.ORIENTATION_VERTICAL, cftype.MarginGUI)
} else {
build.pKeyBox = newgtk.Box(gtk.ORIENTATION_HORIZONTAL, cftype.MarginGUI)
}
build.PackWidget(build.pKeyBox, fullSize, fullSize, 0)
}
if key.Tooltip != "" {
build.pKeyBox.SetTooltipText(build.Translate(key.Tooltip))
}
// if (pControlWidgets != NULL)
// {
// CDControlWidget *cw = pControlWidgets->data;
// //g_print ("ctrl (%d widgets)\n", NbControlled);
// if (cw->pControlContainer == (pFrameVBox ? pFrameVBox : build))
// {
// //g_print ("ctrl (NbControlled:%d, iFirstSensitiveWidget:%d, iNbSensitiveWidgets:%d)\n", NbControlled, iFirstSensitiveWidget, iNbSensitiveWidgets);
// cw->NbControlled --;
// if (cw->iFirstSensitiveWidget > 0)
// cw->iFirstSensitiveWidget --;
// cw->iNonSensitiveWidget --;
// GtkWidget *w = (pAdditionalItemsVBox ? pAdditionalItemsVBox : pKeyBox);
// if (cw->iFirstSensitiveWidget == 0 && cw->iNbSensitiveWidgets > 0 && cw->iNonSensitiveWidget != 0) // on est dans la zone des widgets sensitifs.
// {
// //g_print (" => sensitive\n");
// cw->iNbSensitiveWidgets --;
// if (GTK_IS_EXPANDER (w))
// gtk_expander_set_expanded (GTK_EXPANDER (w), TRUE);
// }
// else
// {
// //g_print (" => unsensitive\n");
// if (!GTK_IS_EXPANDER (w))
// gtk_widget_set_sensitive (w, FALSE);
// }
// if (cw->iFirstSensitiveWidget == 0 && cw->NbControlled == 0)
// {
// pControlWidgets = g_list_delete_link (pControlWidgets, pControlWidgets);
// g_free (cw);
// }
// }
// }
// Key description on the left.
if key.Text != "" { // and maybe need to test different from "loading..." ?
build.pLabel = newgtk.Label("")
text := strings.TrimRight(build.Translate(key.Text), ":") // dirty hack against ugly trailing colon.
build.pLabel.SetMarkup(text)
build.pLabel.SetHAlign(gtk.ALIGN_START)
// margin-left
// GtkWidget *pAlign = gtk_alignment_new (0., 0.5, 0., 0.);
build.pKeyBox.PackStart(build.pLabel, false, false, 0)
}
// Key widgets on the right. In pWidgetBox, they will be stacked from left to right.
if !key.IsType(cftype.KeyTextLabel) {
build.pWidgetBox = newgtk.Box(gtk.ORIENTATION_HORIZONTAL, cftype.MarginGUI)
build.pKeyBox.PackEnd(build.pWidgetBox, fullSize, fullSize, 0)
}
}
// Build widget for the key, use the default for the type if not overridden.
makeWidget()
}