qocker-miqt/main.go

package main

import (
	"os"
	"os/exec"
	"runtime"
	"strings"
	"time"

	qt "github.com/mappu/miqt/qt6"
	"github.com/mappu/miqt/qt6/mainthread"
)

const AutoRefreshInterval = 1 * time.Second

func NewStatusDelegate(status string) *qt.QWidget {
	mw := qt.NewQWidget2()

	layout := qt.NewQHBoxLayout(mw)
	layout.SetContentsMargins(4, 4, 4, 4)
	layout.SetSpacing(8)

	statusCircle := qt.NewQWidget2()
	statusCircle.SetFixedSize2(12, 12)

	var color string = "red"
	if strings.Contains(status, "Up") {
		color = "green"
	}
	statusCircle.SetStyleSheet("background-color: " + color + "; border-radius: 6px;")

	statusLabel := qt.NewQLabel3(status)

	layout.AddWidget(statusCircle)
	layout.AddWidget(statusLabel.QWidget)
	layout.AddStretch()

	return mw
}

func openTerminal(container_id string) {
	popupCommand("docker exec -it " + container_id + " sh -c '[ -x /bin/bash ] && exec /bin/bash || exec /bin/sh'")
}

func popupCommand(command string) {
	switch runtime.GOOS {
	case "darwin":
		exec.Command("open", "-a", "Terminal", "--", "sh", "-c", command).Start()

	case "linux":
		exec.Command("x-terminal-emulator", "-e", "sh -c \""+command+"\"").Start()

	case "windows":
		exec.Command("start", "cmd", "/k", command).Start()

	default:
		panic("Opening a terminal is not supported on " + runtime.GOOS)
	}
}

func openLogs(container_id string) {
	popupCommand("docker logs -f " + container_id)
}

type DockerGUITab struct {
	*qt.QWidget

	tree       *qt.QTreeWidget
	search_bar *qt.QLineEdit
}

type DockerGUI struct {
	*qt.QMainWindow

	toolbar *qt.QToolBar

	start_action          *qt.QAction
	stop_action           *qt.QAction
	remove_action         *qt.QAction
	create_network_action *qt.QAction
	remove_network_action *qt.QAction
	create_volume_action  *qt.QAction
	remove_volume_action  *qt.QAction
	terminal_action       *qt.QAction
	pull_image_action     *qt.QAction
	remove_image_action   *qt.QAction
	logs_action           *qt.QAction

	auto_refresh_checkbox *qt.QCheckBox

	tab_widget *qt.QTabWidget

	containers_tab *qt.QWidget
	images_tab     *qt.QWidget
	networks_tab   *qt.QWidget
	volumes_tab    *qt.QWidget

	containers_tree *qt.QTreeWidget
	images_tree     *qt.QTreeWidget
	networks_tree   *qt.QTreeWidget
	volumes_tree    *qt.QTreeWidget

	containers_searchbar *qt.QLineEdit
	images_searchbar     *qt.QLineEdit
	networks_searchbar   *qt.QLineEdit
	volumes_searchbar    *qt.QLineEdit

	refresh_timer *time.Ticker
}

func NewDockerGUI() *DockerGUI {
	var self DockerGUI

	self.QMainWindow = qt.NewQMainWindow2()

	self.SetWindowTitle("Qocker - Docker Graphical User Interface")
	self.SetGeometry(100, 100, 1000, 600)

	// Create central widget and layout
	central_widget := qt.NewQWidget2()
	self.SetCentralWidget(central_widget)
	mainLayout := qt.NewQVBoxLayout(central_widget)

	// Create toolbar
	self.create_toolbar()

	// Create tab widget
	self.tab_widget = qt.NewQTabWidget2()
	mainLayout.AddWidget(self.tab_widget.QWidget)

	// Create tabs
	self.containers_tab = qt.NewQWidget2()
	self.images_tab = qt.NewQWidget2()
	self.networks_tab = qt.NewQWidget2()
	self.volumes_tab = qt.NewQWidget2()

	self.tab_widget.AddTab(self.containers_tab, "Containers")
	self.tab_widget.AddTab(self.images_tab, "Images")
	self.tab_widget.AddTab(self.networks_tab, "Networks")
	self.tab_widget.AddTab(self.volumes_tab, "Volumes")

	// Connect tab change to toolbar update
	self.tab_widget.OnCurrentChanged(self.update_toolbar_buttons)

	// Create tree widgets for each tab
	self.containers_tree = self.create_tree_widget("ID", "Name", "Image", "Status", "Ports")
	self.images_tree = self.create_tree_widget("ID", "Repository", "Tag", "Size")
	self.networks_tree = self.create_tree_widget("ID", "Name", "Driver")
	self.volumes_tree = self.create_tree_widget("Name", "Driver", "Mountpoint")

	self.containers_tree.OnItemDoubleClicked(func(item *qt.QTreeWidgetItem, column int) {
		self.open_terminal()
	})

	// Add search bars
	self.containers_searchbar = self.create_searchbar_widget(self.containers_tree, "Search containers...")
	self.images_searchbar = self.create_searchbar_widget(self.images_tree, "Search images...")
	self.networks_searchbar = self.create_searchbar_widget(self.networks_tree, "Search networks...")
	self.volumes_searchbar = self.create_searchbar_widget(self.volumes_tree, "Search volumes...")

	// Add tree widgets to tabs
	self.setup_tab(self.containers_tab, self.containers_tree, self.containers_searchbar)
	self.setup_tab(self.images_tab, self.images_tree, self.images_searchbar)
	self.setup_tab(self.networks_tab, self.networks_tree, self.networks_searchbar)
	self.setup_tab(self.volumes_tab, self.volumes_tree, self.volumes_searchbar)

	// Create menu bar
	self.create_menu_bar()

	//.Setup auto-refresh
	self.setup_auto_refresh()

	// Populate data
	self.refresh_data()

	// Update toolbar buttons for initial state
	self.update_toolbar_buttons(0)

	// override QMainWindow.createPopupMenu
	self.OnCreatePopupMenu(func(super func() *qt.QMenu) *qt.QMenu {
		filtered_menu := super()
		filtered_menu.RemoveAction(self.toolbar.ToggleViewAction())

		return filtered_menu
	})

	return &self
}

func (self *DockerGUI) create_tree_widget(headers ...string) *qt.QTreeWidget {
	tree := qt.NewQTreeWidget2()
	tree.SetHeaderLabels(headers)
	tree.SetContextMenuPolicy(qt.CustomContextMenu)
	tree.OnCustomContextMenuRequested(self.show_context_menu)
	tree.SetSortingEnabled(true)

	header := tree.Header()
	header.SetSectionResizeMode(qt.QHeaderView__Interactive)
	header.SetSortIndicator(0, qt.DescendingOrder)
	header.SetSortIndicatorShown(true)
	header.OnSortIndicatorChanged(func(col int, order qt.SortOrder) {
		self.sort_tree_widget(tree, col, order)
	})

	return tree
}

func (self *DockerGUI) sort_tree_widget(tree *qt.QTreeWidget, column int, order qt.SortOrder) {
	tree.SortItems(column, order)
}

// Add search bar
func (self *DockerGUI) create_searchbar_widget(tree *qt.QTreeWidget, search_placeholder string) *qt.QLineEdit {

	search_bar := qt.NewQLineEdit2()
	search_bar.SetPlaceholderText(search_placeholder)
	search_bar.OnTextChanged(func(text string) {
		self.filter_tree(tree, text)
	})

	return search_bar
}

func (self *DockerGUI) setup_tab(tab *qt.QWidget, tree *qt.QTreeWidget, search_bar *qt.QLineEdit) {
	layout := qt.NewQVBoxLayout(tab)
	layout.AddWidget(search_bar.QWidget)
	layout.AddWidget(tree.QWidget)
}

func (self *DockerGUI) filter_tree(tree *qt.QTreeWidget, text string) {
	text = strings.ToLower(text)

	for i := 0; i < tree.TopLevelItemCount(); i++ {
		item := tree.TopLevelItem(i)

		match := false
		for j := 0; j < item.ColumnCount(); j++ {
			if strings.Contains(strings.ToLower(item.Text(j)), text) {
				match = true
				break
			}
		}

		item.SetHidden(!match)
	}
}

func (self *DockerGUI) create_toolbar() {
	self.toolbar = qt.NewQToolBar3()
	self.toolbar.SetMovable(false) // Make toolbar fixed
	self.AddToolBar(qt.TopToolBarArea, self.toolbar)

	// Common actions
	refresh_action := qt.NewQAction6(qt.QIcon_FromTheme("view-refresh"), "Refresh", self.QObject)
	refresh_action.OnTriggered(self.refresh_data)
	self.toolbar.AddAction(refresh_action)

	// Add auto-refresh checkbox
	self.auto_refresh_checkbox = qt.NewQCheckBox3("Auto-refresh")
	self.auto_refresh_checkbox.SetChecked(true)
	self.toolbar.AddWidget(self.auto_refresh_checkbox.QWidget)

	// Add separator
	self.toolbar.AddSeparator()

	// Container-specific actions
	self.start_action = qt.NewQAction6(qt.QIcon_FromTheme("media-playback-start"), "Start", self.QObject)
	self.start_action.OnTriggered(self.start_container)
	self.toolbar.AddAction(self.start_action)

	self.stop_action = qt.NewQAction6(qt.QIcon_FromTheme("media-playback-stop"), "Stop", self.QObject)
	self.stop_action.OnTriggered(self.stop_container)
	self.toolbar.AddAction(self.stop_action)

	self.remove_action = qt.NewQAction6(qt.QIcon_FromTheme("edit-delete"), "Remove", self.QObject)
	self.remove_action.OnTriggered(self.remove_container)
	self.toolbar.AddAction(self.remove_action)

	// Image-specific actions
	self.pull_image_action = qt.NewQAction6(qt.QIcon_FromTheme("download"), "Pull Image", self.QObject)
	self.pull_image_action.OnTriggered(self.pull_image)
	self.toolbar.AddAction(self.pull_image_action)

	self.remove_image_action = qt.NewQAction6(qt.QIcon_FromTheme("edit-delete"), "Remove Image", self.QObject)
	self.remove_image_action.OnTriggered(self.remove_image)
	self.toolbar.AddAction(self.remove_image_action)

	// Network-specific actions
	self.create_network_action = qt.NewQAction6(qt.QIcon_FromTheme("list-add"), "Create Network", self.QObject)
	self.create_network_action.OnTriggered(self.create_network)
	self.toolbar.AddAction(self.create_network_action)

	self.remove_network_action = qt.NewQAction6(qt.QIcon_FromTheme("edit-delete"), "Remove Network", self.QObject)
	self.remove_network_action.OnTriggered(self.remove_network)
	self.toolbar.AddAction(self.remove_network_action)

	// Volume-specific actions
	self.create_volume_action = qt.NewQAction6(qt.QIcon_FromTheme("list-add"), "Create Volume", self.QObject)
	self.create_volume_action.OnTriggered(self.create_volume)
	self.toolbar.AddAction(self.create_volume_action)

	self.remove_volume_action = qt.NewQAction6(qt.QIcon_FromTheme("edit-delete"), "Remove Volume", self.QObject)
	self.remove_volume_action.OnTriggered(self.remove_volume)
	self.toolbar.AddAction(self.remove_volume_action)

	// Add terminal action
	self.terminal_action = qt.NewQAction6(qt.QIcon_FromTheme("utilities-terminal"), "Open Terminal", self.QObject)
	self.terminal_action.OnTriggered(self.open_terminal)
	self.toolbar.AddAction(self.terminal_action)

	// Add logs action
	self.logs_action = qt.NewQAction6(qt.QIcon_FromTheme("document-open"), "Open Logs", self.QObject)
	self.logs_action.OnTriggered(self.open_logs)
	self.toolbar.AddAction(self.logs_action)
}

func (self *DockerGUI) update_toolbar_buttons(index int) {
	// Show actions based on the current tab

	// Containers tab
	self.start_action.SetVisible(index == 0)
	self.stop_action.SetVisible(index == 0)
	self.remove_action.SetVisible(index == 0)
	self.terminal_action.SetVisible(index == 0)
	self.logs_action.SetVisible(index == 0)

	// Images tab
	self.pull_image_action.SetVisible(index == 1)
	self.remove_image_action.SetVisible(index == 1)

	// Networks tab
	self.create_network_action.SetVisible(index == 2)
	self.remove_network_action.SetVisible(index == 2)

	// Volumes tab
	self.create_volume_action.SetVisible(index == 3)
	self.remove_volume_action.SetVisible(index == 3)
}

func (self *DockerGUI) update_visible_tabs(index int) {
	for i := 0; i < self.tab_widget.Count(); i++ {
		self.tab_widget.TabBar().SetTabVisible(i, (i == index))
	}
}

func (self *DockerGUI) create_menu_bar() {
	menubar := self.MenuBar()

	file_menu := menubar.AddMenuWithTitle("&File")
	exit_action := qt.NewQAction5("E&xit", self.QObject)
	exit_action.OnTriggered(func() {
		self.Close()
	})
	file_menu.AddAction(exit_action)

	docker_menu := menubar.AddMenuWithTitle("&Docker")
	refresh_action := qt.NewQAction5("&Refresh", self.QObject)
	refresh_action.OnTriggered(self.refresh_data)
	docker_menu.AddAction(refresh_action)
}

func (self *DockerGUI) show_context_menu(position *qt.QPoint) {
	context_menu := qt.NewQMenu2()
	current_tab := self.tab_widget.CurrentWidget()

	// Add refresh action to context menu
	refresh_action := qt.NewQAction5("&Refresh", self.QObject)
	refresh_action.OnTriggered(self.refresh_data)
	context_menu.AddAction(refresh_action)

	context_menu.AddSeparator()

	if current_tab == self.containers_tab {
		terminal_action := qt.NewQAction5("&Terminal", self.QObject)
		terminal_action.OnTriggered(func() { self.handle_action("Terminal") })
		context_menu.AddAction(terminal_action)

		logs_action := qt.NewQAction5("&Logs", self.QObject)
		logs_action.OnTriggered(func() { self.open_logs() })
		context_menu.AddAction(logs_action)

		context_menu.AddSeparator()

		start_action := qt.NewQAction5("&Start", self.QObject)
		start_action.OnTriggered(func() { self.handle_action("Start") })
		context_menu.AddAction(start_action)

		stop_action := qt.NewQAction5("S&top", self.QObject)
		stop_action.OnTriggered(func() { self.handle_action("Stop") })
		context_menu.AddAction(stop_action)

		remove_action := qt.NewQAction5("Remo&ve", self.QObject)
		remove_action.OnTriggered(func() { self.handle_action("Remove") })
		context_menu.AddAction(remove_action)

	} else if current_tab == self.images_tab {
		pull_action := qt.NewQAction5("&Pull", self.QObject)
		pull_action.OnTriggered(self.pull_image)
		context_menu.AddAction(pull_action)

		context_menu.AddSeparator()

		remove_action := qt.NewQAction5("Remo&ve", self.QObject)
		remove_action.OnTriggered(self.remove_image)
		context_menu.AddAction(remove_action)

	} else if current_tab == self.networks_tab {
		remove_action := qt.NewQAction5("Remo&ve", self.QObject)
		remove_action.OnTriggered(func() { self.handle_action("Remove") })
		context_menu.AddAction(remove_action)

	} else if current_tab == self.volumes_tab {
		remove_action := qt.NewQAction5("Remo&ve", self.QObject)
		remove_action.OnTriggered(func() { self.handle_action("Remove") })
		context_menu.AddAction(remove_action)

	}

	context_menu.ExecWithPos(current_tab.MapToGlobalWithQPoint(position))
}

func (self *DockerGUI) setup_auto_refresh() {
	self.refresh_timer = time.NewTicker(AutoRefreshInterval)

	go func() {
		for {
			_, ok := <-self.refresh_timer.C
			if !ok {
				return
			}

			mainthread.Wait(func() {
				if !self.auto_refresh_checkbox.IsChecked() {
					return
				}

				self.refresh_data()
			})
		}
	}()
}

func (self *DockerGUI) handle_action(action string) {
	current_tab := self.tab_widget.CurrentWidget()

	if current_tab == self.containers_tab {
		selected_items := self.containers_tree.SelectedItems()
		if len(selected_items) == 0 {
			return
		}

		container_id := selected_items[0].Text(0)
		if action == "Terminal" {
			self.open_terminal()
		} else if action == "Start" {
			exec.Command("docker", "start", container_id).Run()
		} else if action == "Stop" {
			exec.Command("docker", "stop", container_id).Run()
		} else if action == "Remove" {
			exec.Command("docker", "rm", "-f", container_id).Run()
		}

	} else if current_tab == self.networks_tab {
		selected_items := self.networks_tree.SelectedItems()
		if len(selected_items) == 0 {
			return
		}

		network_id := selected_items[0].Text(0)
		if action == "Remove" {
			exec.Command("docker", "network", "rm", network_id).Run()
		}

	} else if current_tab == self.volumes_tab {
		selected_items := self.volumes_tree.SelectedItems()
		if len(selected_items) == 0 {
			return
		}

		volume_name := selected_items[0].Text(0)
		if action == "Remove" {
			exec.Command("docker", "volume", "rm", volume_name).Run()
		}
	}

	self.refresh_data()
}

func (self *DockerGUI) refresh_data() {
	self.refresh_containers()
	self.refresh_images()
	self.refresh_networks()
	self.refresh_volumes()
}

func (self *DockerGUI) refresh_containers() {
	scroll_position := self.containers_tree.VerticalScrollBar().Value()
	selected_items := self.get_selected_items(self.containers_tree)
	self.containers_tree.Clear()

	output, err := exec.Command("docker", "ps", "-a", "--format", "{{.ID}}\\t{{.Names}}\\t{{.Image}}\\t{{.Status}}\\t{{.Ports}}").Output()
	if err != nil {
		panic(err)
	}

	containers := strings.Split(strings.TrimSpace(string(output)), "\n")
	for _, container := range containers {
		parts := strings.Split(container, "\t")
		if len(parts) == 1 {
			continue
		}

		id := parts[0]
		name := parts[1]
		image := parts[2]
		status := parts[3]
		ports := ""
		if len(parts) > 4 {
			ports = parts[4]
		}

		item := qt.NewQTreeWidgetItem2([]string{id, name, image, "", ports}) // Empty string for status column
		status_widget := NewStatusDelegate(status)
		self.containers_tree.AddTopLevelItem(item)
		self.containers_tree.SetItemWidget(item, 3, status_widget)
	}

	self.filter_tree(self.containers_tree, self.containers_searchbar.Text())
	self.restore_selection(self.containers_tree, selected_items)

	self.containers_tree.VerticalScrollBar().SetValue(scroll_position)
}

func (self *DockerGUI) refresh_images() {
	scroll_position := self.images_tree.VerticalScrollBar().Value()
	selected_items := self.get_selected_items(self.images_tree)
	self.images_tree.Clear()

	output, err := exec.Command("docker", "images", "--format", "{{.ID}}\\t{{.Repository}}\\t{{.Tag}}\\t{{.Size}}").Output()
	if err != nil {
		panic(err)
	}

	images := strings.Split(strings.TrimSpace(string(output)), "\n")
	for _, image := range images {
		parts := strings.Split(image, "\t")
		if len(parts) == 1 {
			continue
		}

		id := parts[0]
		repository := parts[1]
		tag := parts[2]
		size := parts[3]

		item := qt.NewQTreeWidgetItem2([]string{id, repository, tag, size})
		self.images_tree.AddTopLevelItem(item)
	}

	self.filter_tree(self.images_tree, self.images_searchbar.Text())
	self.restore_selection(self.images_tree, selected_items)

	self.images_tree.VerticalScrollBar().SetValue(scroll_position)
}

func (self *DockerGUI) refresh_networks() {
	scroll_position := self.networks_tree.VerticalScrollBar().Value()
	selected_items := self.get_selected_items(self.networks_tree)
	self.networks_tree.Clear()

	output, err := exec.Command("docker", "network", "ls", "--format", "{{.ID}}\\t{{.Name}}\\t{{.Driver}}").Output()
	if err != nil {
		panic(err)
	}

	networks := strings.Split(strings.TrimSpace(string(output)), "\n")
	for _, network := range networks {
		parts := strings.Split(network, "\t")
		if len(parts) == 1 {
			continue
		}

		id := parts[0]
		name := parts[1]
		driver := parts[2]

		item := qt.NewQTreeWidgetItem2([]string{id, name, driver})
		self.networks_tree.AddTopLevelItem(item)
	}
	self.filter_tree(self.networks_tree, self.networks_searchbar.Text())
	self.restore_selection(self.networks_tree, selected_items)

	self.networks_tree.VerticalScrollBar().SetValue(scroll_position)
}

func (self *DockerGUI) refresh_volumes() {
	scroll_position := self.volumes_tree.VerticalScrollBar().Value()
	selected_items := self.get_selected_items(self.volumes_tree)
	self.volumes_tree.Clear()

	output, err := exec.Command("docker", "volume", "ls", "--format", "{{.Name}}\\t{{.Driver}}\\t{{.Mountpoint}}").Output()
	if err != nil {
		panic(err)
	}

	volumes := strings.Split(strings.TrimSpace(string(output)), "\n")
	for _, volume := range volumes {
		parts := strings.Split(volume, "\t")
		if len(parts) == 1 {
			continue
		}

		name := parts[0]
		driver := parts[1]
		mountpoint := parts[2]

		item := qt.NewQTreeWidgetItem2([]string{name, driver, mountpoint})
		self.volumes_tree.AddTopLevelItem(item)
	}
	self.filter_tree(self.volumes_tree, self.volumes_searchbar.Text())
	self.restore_selection(self.volumes_tree, selected_items)

	self.volumes_tree.VerticalScrollBar().SetValue(scroll_position)
}

func (self *DockerGUI) get_selected_items(tree *qt.QTreeWidget) []string {
	selItems := tree.SelectedItems()

	ret := make([]string, 0, len(selItems))
	for _, itm := range selItems {
		ret = append(ret, itm.Text(0))
	}

	return ret
}

func (self *DockerGUI) restore_selection(tree *qt.QTreeWidget, selected_items []string) {

	rmatch := map[string]struct{}{}
	for _, itm := range selected_items {
		rmatch[itm] = struct{}{}
	}

	for i := 0; i < tree.TopLevelItemCount(); i++ {
		item := tree.TopLevelItem(i)

		if _, ok := rmatch[item.Text(0)]; ok {
			item.SetSelected(true)
		}
	}
}

func (self *DockerGUI) start_container() {
	selected_items := self.containers_tree.SelectedItems()
	if len(selected_items) == 0 {
		qt.QMessageBox_Warning(self.QWidget, "No Selection", "Please select a container to start.")
		return
	}

	for _, item := range selected_items {
		container_id := item.Text(0)

		err := exec.Command("docker", "start", container_id).Wait()
		if err != nil {
			qt.QMessageBox_Critical(self.QWidget, "Error", "Failed to start container "+container_id+": "+err.Error())
		}
	}

	self.refresh_containers()
}

func (self *DockerGUI) stop_container() {
	selected_items := self.containers_tree.SelectedItems()
	if len(selected_items) == 0 {
		qt.QMessageBox_Warning(self.QWidget, "No Selection", "Please select a container to stop.")
		return
	}

	for _, item := range selected_items {
		container_id := item.Text(0)

		err := exec.Command("docker", "stop", container_id).Run()
		if err != nil {
			qt.QMessageBox_Critical(self.QWidget, "Error", "Failed to stop container "+container_id+": "+err.Error())
		}
	}

	self.refresh_containers()
}

func (self *DockerGUI) remove_container() {
	selected_items := self.containers_tree.SelectedItems()
	if len(selected_items) == 0 {
		qt.QMessageBox_Warning(self.QWidget, "No Selection", "Please select a container to remove.")
		return
	}

	for _, item := range selected_items {
		container_id := item.Text(0)
		reply := qt.QMessageBox_Question5(self.QWidget,
			"Confirm Removal",
			"Are you sure you want to remove container "+container_id+"?",
			qt.QMessageBox__Yes|qt.QMessageBox__No,
			qt.QMessageBox__No,
		)

		if reply != qt.QMessageBox__Yes {
			continue
		}

		err := exec.Command("docker", "rm", "-f", container_id).Run()
		if err != nil {
			qt.QMessageBox_Critical(self.QWidget, "Error", "Failed to remove container "+container_id+": "+err.Error())
		}
	}

	self.refresh_containers()
}

func (self *DockerGUI) pull_image() {
	image_name := qt.QInputDialog_GetText(self.QWidget, "Pull Image", "Enter image name (e.g., ubuntu:latest):")
	if image_name == "" {
		return
	}

	err := exec.Command("docker", "pull", image_name).Run()
	if err == nil {
		qt.QMessageBox_Information(self.QWidget, "Success", "Image \""+image_name+"\" pulled successfully.")
	} else {
		qt.QMessageBox_Critical(self.QWidget, "Error", "Failed to pull image: "+err.Error())
	}

	self.refresh_images()
}

func (self *DockerGUI) remove_image() {
	selected_items := self.images_tree.SelectedItems()
	if len(selected_items) == 0 {
		qt.QMessageBox_Warning(self.QWidget, "No Selection", "Please select an image to remove.")
		return
	}

	for _, item := range selected_items {
		image_id := item.Text(0)
		reply := qt.QMessageBox_Question5(self.QWidget, "Confirm Removal",
			"Are you sure you want to remove image "+image_id+"?",
			qt.QMessageBox__Yes|qt.QMessageBox__No,
			qt.QMessageBox__No,
		)
		if reply != qt.QMessageBox__Yes {
			continue
		}

		err := exec.Command("docker", "rmi", image_id).Run()
		if err == nil {
			qt.QMessageBox_Information(self.QWidget, "Success", "Image \""+image_id+"\" removed successfully.")
		} else {
			qt.QMessageBox_Critical(self.QWidget, "Error", "Failed to remove image "+image_id+": "+err.Error())
		}
	}

	self.refresh_images()
}

func (self *DockerGUI) create_network() {

	network_name := qt.QInputDialog_GetText(self.QWidget, "Create Network", "Enter network name:")
	if network_name == "" {
		return
	}

	err := exec.Command("docker", "network", "create", network_name).Run()
	if err == nil {
		qt.QMessageBox_Information(self.QWidget, "Success", "Network \""+network_name+"\" created successfully.")
	} else {
		qt.QMessageBox_Critical(self.QWidget, "Error", "Failed to create network: "+err.Error())
	}

	self.refresh_networks()
}

func (self *DockerGUI) remove_network() {
	selected_items := self.networks_tree.SelectedItems()
	if len(selected_items) == 0 {
		qt.QMessageBox_Warning(self.QWidget, "No Selection", "Please select a network to remove.")
		return
	}

	for _, item := range selected_items {
		network_name := item.Text(1) // Assuming the network name is in the second column
		reply := qt.QMessageBox_Question5(self.QWidget, "Confirm Removal",
			"Are you sure you want to remove network "+network_name+"?",
			qt.QMessageBox__Yes|qt.QMessageBox__No,
			qt.QMessageBox__No,
		)
		if reply != qt.QMessageBox__Yes {
			continue
		}

		err := exec.Command("docker", "network", "rm", network_name).Run()
		if err == nil {
			qt.QMessageBox_Information(self.QWidget, "Success", "Network \""+network_name+"\" removed successfully.")
		} else {
			qt.QMessageBox_Critical(self.QWidget, "Error", "Failed to remove network "+network_name+": "+err.Error())
		}
	}

	self.refresh_networks()
}

func (self *DockerGUI) create_volume() {
	volume_name := qt.QInputDialog_GetText(self.QWidget, "Create Volume", "Enter volume name:")
	if volume_name == "" {
		return
	}

	err := exec.Command("docker", "volume", "create", volume_name).Run()
	if err == nil {
		qt.QMessageBox_Information(self.QWidget, "Success", "Volume \""+volume_name+"\" created successfully.")
	} else {
		qt.QMessageBox_Critical(self.QWidget, "Error", "Failed to create volume "+volume_name+": "+err.Error())
	}

	self.refresh_volumes()
}

func (self *DockerGUI) remove_volume() {
	selected_items := self.volumes_tree.SelectedItems()
	if len(selected_items) == 0 {
		qt.QMessageBox_Warning(self.QWidget, "No Selection", "Please select a volume to remove.")
		return
	}

	for _, item := range selected_items {
		volume_name := item.Text(0) // Assuming the volume name is in the first column
		reply := qt.QMessageBox_Question5(self.QWidget, "Confirm Removal",
			"Are you sure you want to remove volume "+volume_name+"?",
			qt.QMessageBox__Yes|qt.QMessageBox__No,
			qt.QMessageBox__No,
		)
		if reply != qt.QMessageBox__Yes {
			continue
		}

		err := exec.Command("docker", "volume", "rm", volume_name).Run()
		if err == nil {
			qt.QMessageBox_Information(self.QWidget, "Success", "Volume \""+volume_name+"\" removed successfully.")
		} else {
			qt.QMessageBox_Critical(self.QWidget, "Error", "Failed to remove volume "+volume_name+": "+err.Error())
		}
	}

	self.refresh_volumes()
}

func (self *DockerGUI) open_terminal() {
	selected_items := self.containers_tree.SelectedItems()
	if len(selected_items) == 0 {
		qt.QMessageBox_Warning(self.QWidget, "No Selection", "Please select a container to open terminal.")
		return
	}

	container_id := selected_items[0].Text(0)

	openTerminal(container_id)
}

func (self *DockerGUI) show_terminal_error(error_message string) {
	qt.QMessageBox_Critical(self.QWidget, "Error", error_message)
}

func (self *DockerGUI) open_logs() {
	selected_items := self.containers_tree.SelectedItems()
	if len(selected_items) == 0 {
		qt.QMessageBox_Warning(self.QWidget, "No Selection", "Please select a container to open logs.")
		return
	}

	container_id := selected_items[0].Text(0)
	openLogs(container_id)
}

func (self *DockerGUI) show_logs_error(error_message string) {
	qt.QMessageBox_Critical(self.QWidget, "Error", error_message)
}

func main() {
	qt.NewQApplication(os.Args)
	window := NewDockerGUI()
	window.Show()
	os.Exit(qt.QApplication_Exec())
}