omarchycn/shell/plugins/panels/network/Panel.qml

import QtQuick
import QtQuick.Controls
import QtQuick.Layouts
import Quickshell
import Quickshell.Io
import Quickshell.Networking
import qs.Ui
import qs.Commons
import "Model.js" as Model

Panel {
  id: root
  moduleName: "omarchy.network"
  ipcTarget: "omarchy.network"

  // Centralized close so callers can't forget to drop the passphrase prompt.
  function close() {
    root.controller.hide()
    passwordSsid = ""
  }

  // Live connection details from `ip` / /sys / iw.
  property var info: ({})  // { iface, type, ip, prefix, gateway, speed, duplex, ssid, signal, freq, bitrate, rx_bytes, tx_bytes, router_ping_ms, internet_ping_ms }

  // Throughput tracking. Rates are computed as deltas between successive
  // `omarchy-network-status --verbose` samples (~1.5s apart via detailsPoll).
  // We hold "prev" alongside a timestamp so the first sample after open or
  // after an interface switch doesn't manufacture a spike.
  property real prevRxBytes: 0
  property real prevTxBytes: 0
  property real prevSampleTime: 0
  property string prevIface: ""
  property real downloadRate: 0  // bytes/sec
  property real uploadRate: 0    // bytes/sec
  property string pingIface: ""
  property var routerPingSamples: []
  property var internetPingSamples: []
  property real routerPingLatency: -1
  property real internetPingLatency: -1
  property int internetPingPacketLoss: 0
  readonly property int pingHistoryWindow: 24
  readonly property int pingAverageWindow: 5
  readonly property bool hasInternetPing: internetPingSamples.length > 0
  property int connectionPhraseIndex: 0
  readonly property var connectionPhrases: [
    "Wiring bits",
    "Handling packets",
    "Sorting frames",
    "Hauling bytes",
    "Routing crumbs",
    "Counting collisions",
    "Bending light",
  ]
  readonly property string connectionPhrase: connectionPhrases[connectionPhraseIndex % connectionPhrases.length]
  readonly property bool networkManagerAvailable: Networking.backend === NetworkBackendType.NetworkManager
  readonly property var networkDevices: Networking.devices ? Networking.devices.values : []
  readonly property var wifiDevice: findDevice(DeviceType.Wifi)
  readonly property var wifiNetworkObjects: wifiDevice && wifiDevice.networks ? wifiDevice.networks.values : []
  readonly property var connectedWifiNetwork: findConnectedWifiNetwork()
  property var wifiNetworks: []
  property bool scanning: false
  property bool wifiStationAvailable: false
  property string dnsProvider: ""
  property string pendingDnsProvider: ""
  property bool speedTestRunning: false
  property bool speedTestHasRun: false
  property bool speedTestExpectedStop: false
  property string speedTestPhase: ""
  property string speedTestStderr: ""
  property string speedTestDownloadMbps: ""
  property string speedTestUploadMbps: ""
  property string speedTestError: ""

  // Per-row in-flight state. `actionSsid` flips on for the row whose action
  // is currently running so it can render "Connecting…" / "Disconnecting…" /
  // "Forgetting…". `passwordSsid` is the row currently expanded into
  // password-entry mode; we keep it open across refresh cycles so a slow scan
  // doesn't collapse the input the user is typing into. Rows must gate
  // comparisons on the matching `*Kind`/`*Reason` being non-empty so a
  // hidden-SSID row (ssid == "") doesn't collide with the "" defaults.
  property string actionSsid: ""
  property string actionKind: ""  // "connect" | "disconnect" | "forget"
  property string failureSsid: ""
  property string failureReason: ""
  property string passwordSsid: ""
  property string passwordText: ""

  // True while any wifi action is mid-flight. Rows
  // disable themselves on this so clicks on the other rows don't silently
  // no-op against runNetworkAction's serialized guard.
  readonly property bool busy: actionKind !== ""

  // Index into `wifiNetworks` for keyboard navigation. -1 = no selection.
  property int selectedIndex: -1
  property bool wifiActionFocused: false
  property bool cursorActive: false

  // Keyboard focus zone for the panel. j/k crosses row boundaries:
  // header actions ⇄ DNS row ⇄ Wi-Fi networks. h/l move within header
  // actions or DNS providers.
  property string focusSection: "dns"  // "header" | "dns" | "wifi"
  property int headerIndex: 0
  readonly property bool canDisconnect: !!connectedWifiNetwork
  readonly property bool headerHasDisconnect: false
  readonly property int headerActionCount: 0
  readonly property var dnsProviders: ["DHCP", "Cloudflare", "Google", "Custom"]
  property int dnsIndex: 0

  onHeaderActionCountChanged: clampHeaderIndex()

  function clampHeaderIndex() {
    var max = Math.max(0, headerActionCount - 1)
    if (headerIndex > max) headerIndex = max
    if (headerIndex < 0) headerIndex = 0
  }

  function selectHeaderByDelta(delta) {
    headerIndex = Math.max(0, Math.min(headerActionCount - 1, headerIndex + delta))
  }

  function activateHeader() {
    if (headerHasDisconnect && headerIndex === 0 && !busy) disconnect(connectedWifiNetwork)
  }

  function selectDnsByDelta(delta) {
    dnsIndex = Math.max(0, Math.min(dnsProviders.length - 1, dnsIndex + delta))
  }

  function activateDns() {
    if (dnsIndex < 0 || dnsIndex >= dnsProviders.length) return
    setDns(dnsProviders[dnsIndex])
  }

  // Single cursor model: exactly one highlighted spot across the whole
  // panel, located via `focusSection` + (`headerIndex` | `dnsIndex` |
  // `selectedIndex`). Mouse hover and keyboard nav both mutate this state
  // at the root; items never read containsMouse for visuals. See
  // CursorSurface for the shared chrome shared by rows and pills.
  readonly property color hoverFill: bar ? Style.hoverFillFor(bar.foreground, Color.accent) : "transparent"
  readonly property color selectedFill: bar ? Style.selectedFillFor(bar.foreground, Color.accent) : "transparent"

  // The panel below is its own layer-shell with Exclusive keyboard focus,
  // so Hyprland grants focus when the surface is mapped (opened flips
  // to true). That's what makes the SUPER+CTRL+W keybind actually work
  // — OnDemand only grants focus on click/hover.
  onOpenedChanged: {
    if (opened) {
      refresh(true)
      selectedIndex = wifiNetworks.length > 0 ? 0 : -1
      wifiActionFocused = false
      focusSection = wifiNetworks.length > 0 ? "wifi" : "dns"
      var idx = dnsProviders.indexOf(dnsProvider)
      dnsIndex = idx >= 0 ? idx : 0
      cursorActive = false
    } else {
      // Reset throughput tracking so the next open doesn't compute a fake
      // rate from a sample taken minutes ago.
      prevSampleTime = 0
      downloadRate = 0
      uploadRate = 0
      pingIface = ""
      routerPingSamples = []
      internetPingSamples = []
      routerPingLatency = -1
      internetPingLatency = -1
      internetPingPacketLoss = 0
      if (wifiDevice) wifiDevice.scannerEnabled = false
    }
  }

  // When the passphrase prompt closes (Esc / Cancel / success) restore
  // focus to the keyCatcher so j/k/Enter resume working without a click.
  // The KeyboardPanel's focusTarget covers initial popup-open; this handles
  // the inline-editor case where focus was handed off to a child.
  onPasswordSsidChanged: {
    if (passwordSsid === "" && opened) {
      passwordText = ""
      Qt.callLater(function() { if (keyCatcher) keyCatcher.forceActiveFocus() })
    }
  }

  // Keep selectedIndex valid as scans refresh the network list.
  // If the list empties (station gone, e.g. wifi off), bounce the cursor
  // back to the DNS row so the panel doesn't end up with no cursor at all.
  onWifiNetworksChanged: {
    if (wifiNetworks.length === 0) {
      selectedIndex = -1
      wifiActionFocused = false
      if (focusSection === "wifi") focusSection = "dns"
    } else if (passwordSsid !== "") {
      var passwordIndex = wifiIndexForSsid(passwordSsid)
      if (passwordIndex >= 0) {
        selectedIndex = passwordIndex
        focusSection = "wifi"
      }
    } else if (selectedIndex >= wifiNetworks.length) {
      selectedIndex = wifiNetworks.length - 1
    } else if (selectedIndex < 0 && opened) {
      selectedIndex = 0
    }

    if (selectedIndex < 0 || selectedIndex >= wifiNetworks.length || !canForgetNetwork(wifiNetworks[selectedIndex])) {
      wifiActionFocused = false
    }
  }

  onWifiDeviceChanged: {
    if (wifiDevice) wifiDevice.scannerEnabled = opened
    syncWifiNetworks()
  }

  onWifiNetworkObjectsChanged: syncWifiNetworks()

  function selectByDelta(delta) {
    if (wifiNetworks.length === 0) { selectedIndex = -1; return }
    if (selectedIndex < 0) selectedIndex = delta > 0 ? 0 : wifiNetworks.length - 1
    else selectedIndex = Math.max(0, Math.min(wifiNetworks.length - 1, selectedIndex + delta))
    wifiActionFocused = false
  }

  function canForgetNetwork(net) {
    return !!(net && net.known && isProtected(net.security) && !net.connected)
  }

  function selectWifiActionByDelta(delta) {
    if (selectedIndex < 0 || selectedIndex >= wifiNetworks.length) return
    if (!canForgetNetwork(wifiNetworks[selectedIndex])) {
      wifiActionFocused = false
      return
    }
    if (delta > 0) wifiActionFocused = true
    else if (delta < 0) wifiActionFocused = false
  }

  // Enter/Space on the highlighted row. Mirrors row-click semantics:
  // connected → disconnect, protected-unknown → password prompt,
  // open/known → connect.
  function activateSelected() {
    if (busy || selectedIndex < 0 || selectedIndex >= wifiNetworks.length) return
    var net = wifiNetworks[selectedIndex]
    if (!net) return
    if (wifiActionFocused && canForgetNetwork(net)) { forget(net); return }
    if (net.connected) { disconnect(net.network); return }
    if (isProtected(net.security) && !net.known) { openPasswordPrompt(net.ssid); return }
    connectKnown(net.ssid)
  }

  // Bar pill state. Polled locally so this panel is self-contained;
  // populated by networkProc + networkTimer below.
  property string kind: "disconnected"
  property string label: ""
  property int signalStrength: -1
  property string frequency: ""

  function updateNetwork(raw) {
    var parsed = Model.parseNetworkStatus(raw)
    kind = parsed.kind
    label = parsed.label
    signalStrength = parsed.signalStrength
    frequency = parsed.frequency
  }

  function copyToClipboard(value) {
    if (!value || !root.bar) return
    Quickshell.execDetached(["bash", "-lc", "printf %s " + Util.shellQuote(value) + " | wl-copy"])
  }

  readonly property string icon: Model.connectionIcon(kind, signalStrength)

  function refresh(scanWifi) {
    if (scanWifi === undefined) scanWifi = false
    if (!detailsProc.running) detailsProc.running = true
    if (!dnsProc.running) {
      dnsProc.command = ["bash", "-lc", root.dnsCommand("")]
      dnsProc.running = true
    }
    if (wifiDevice) {
      if (scanWifi) {
        scanning = true
        wifiDevice.scannerEnabled = false
        scanRestart.start()
      } else {
        wifiDevice.scannerEnabled = true
      }
    }
    syncWifiNetworks()
  }

  function formatHeaderSpeed(mbps) {
    return Model.formatHeaderSpeed(mbps)
  }

  function formatHeaderFreq(mhz) {
    return Model.formatHeaderFreq(mhz)
  }

  function headerDetail() {
    return Model.headerDetail(info)
  }

  function updateDetails(raw) {
    var next = Model.parseKeyValue(raw)
    info = next
    updateThroughput(next)
    updatePingLatency(next)
  }

  function updateThroughput(next) {
    var state = Model.throughputState({
      prevIface: prevIface,
      prevRxBytes: prevRxBytes,
      prevTxBytes: prevTxBytes,
      prevSampleTime: prevSampleTime,
      downloadRate: downloadRate,
      uploadRate: uploadRate
    }, next, Date.now() / 1000)

    prevIface = state.prevIface
    prevRxBytes = state.prevRxBytes
    prevTxBytes = state.prevTxBytes
    prevSampleTime = state.prevSampleTime
    downloadRate = state.downloadRate
    uploadRate = state.uploadRate
  }

  function updatePingLatency(next) {
    var state = Model.pingLatencyState({
      pingIface: pingIface,
      routerPingSamples: routerPingSamples,
      internetPingSamples: internetPingSamples
    }, next, pingHistoryWindow, pingAverageWindow)

    pingIface = state.pingIface
    routerPingSamples = state.routerPingSamples
    internetPingSamples = state.internetPingSamples
    routerPingLatency = state.routerPingLatency
    internetPingLatency = state.internetPingLatency
    internetPingPacketLoss = state.internetPingPacketLoss
  }

  function formatBytes(bytes) {
    return Model.formatBytes(bytes)
  }

  function formatRate(bytesPerSec) {
    return Model.formatRate(bytesPerSec)
  }

  function formatSpeedMbps(mbps) {
    return Model.formatSpeedMbps(mbps)
  }

  function formatPingLatency(ms) {
    return Model.formatPingLatency(ms)
  }

  function formatPacketLoss(percent) {
    return Model.formatPacketLoss(percent)
  }

  function findDevice(type) {
    var devices = networkDevices || []
    for (var i = 0; i < devices.length; i++) {
      if (devices[i] && devices[i].type === type) return devices[i]
    }
    return null
  }

  function findConnectedWifiNetwork() {
    var networks = wifiNetworkObjects || []
    for (var i = 0; i < networks.length; i++) {
      if (networks[i] && networks[i].connected) return networks[i]
    }
    return null
  }

  function syncWifiNetworks() {
    var nets = []
    var networks = wifiNetworkObjects || []

    for (var i = 0; i < networks.length; i++) {
      var network = networks[i]
      if (!network) continue
      checkActionCompletion(network)
      var row = Model.wifiRow(network)
      if (row) nets.push(row)
    }
    wifiNetworks = Model.sortWifiRows(nets)
    wifiStationAvailable = !!wifiDevice
    scanning = false
  }

  function wifiSectionTitle(index) {
    return Model.wifiSectionTitle(wifiNetworks, index)
  }

  function wifiIconFor(strength) {
    return Model.wifiIconFor(strength)
  }

  function updateDns(raw) {
    var value = String(raw || "").trim()
    dnsProvider = value || "DHCP"
  }

  function updateSpeedTestLine(line) {
    var value = parseFloat(line)
    if (!isFinite(value) || value < 0) return

    if (speedTestPhase === "down") speedTestDownloadMbps = String(value)
    else if (speedTestPhase === "up") speedTestUploadMbps = String(value)
    speedTestError = ""
  }

  function runSpeedTest() {
    if (speedTestProc.running) return
    speedTestError = ""
    speedTestHasRun = true
    speedTestRunning = true
    startSpeedTestPhase("down")
  }

  function startSpeedTestPhase(phase) {
    speedTestExpectedStop = false
    speedTestPhase = phase
    speedTestStderr = ""
    speedTestProc.command = ["omarchy-network-speedtest", phase]
    speedTestProc.running = true
    speedTestPhaseTimer.restart()
  }

  function stopSpeedTestPhase() {
    speedTestPhaseTimer.stop()
    if (speedTestProc.running) {
      speedTestExpectedStop = true
      speedTestProc.running = false
      return
    }
    finishSpeedTestPhase()
  }

  function finishSpeedTestPhase() {
    if (speedTestPhase === "down") {
      startSpeedTestPhase("up")
      return
    }

    speedTestPhase = ""
    speedTestRunning = false
    speedTestExpectedStop = false
  }

  function dnsCommand(provider) {
    var command = "omarchy-dns"
    if (provider) command += " " + Util.shellQuote(provider)
    return command
  }

  function setDns(provider) {
    if (!root.bar || !provider || actionProc.running) return

    if (provider === "Custom") {
      var launcher = "omarchy-launch-floating-terminal-with-presentation"
      root.bar.run(launcher + " " + Util.shellQuote(root.dnsCommand(provider)))
      root.close()
      return
    }

    root.pendingDnsProvider = provider
    actionProc.command = ["bash", "-lc", root.dnsCommand(provider)]
    actionProc.running = true
    root.close()
  }

  function isProtected(security) {
    return Model.isProtected(security, WifiSecurityType.Open)
  }

  function openPasswordPrompt(ssid) {
    if (passwordSsid !== ssid) passwordText = ""
    passwordSsid = ssid
  }

  function networkForSsid(ssid) {
    var networks = wifiNetworkObjects || []
    for (var i = 0; i < networks.length; i++) {
      if (networks[i] && networks[i].name === ssid) return networks[i]
    }
    return null
  }

  function wifiIndexForSsid(ssid) {
    for (var i = 0; i < wifiNetworks.length; i++) {
      if (wifiNetworks[i] && wifiNetworks[i].ssid === ssid) return i
    }
    return -1
  }

  function runNetworkAction(kind, network, callback) {
    if (actionKind !== "" || !network) return
    var ssid = network.name || ""
    actionSsid = ssid
    actionKind = kind
    failureSsid = ""
    failureReason = ""
    callback(network)
    // Safety net: if onExited never fires (process death, signal handler
    // throws, etc.), clear the busy state so the row doesn't get stuck on
    // "Connecting…" / "Disconnecting…" forever.
    actionTimeout.restart()
  }

  function clearNetworkAction() {
    actionTimeout.stop()
    if (actionKind === "connect") passwordSsid = ""
    failureSsid = ""
    failureReason = ""
    actionSsid = ""
    actionKind = ""
    refresh()
  }

  function failNetworkAction(network, reason) {
    if (!network || actionKind === "" || actionSsid !== (network.name || "")) return
    actionTimeout.stop()
    failureSsid = actionSsid
    failureReason = networkFailureReason(reason)
    actionSsid = ""
    actionKind = ""
    refresh()
  }

  function networkFailureReason(reason) {
    return Model.networkFailureReason(reason, {
      NoSecrets: ConnectionFailReason.NoSecrets,
      WifiAuthTimeout: ConnectionFailReason.WifiAuthTimeout,
      WifiNetworkLost: ConnectionFailReason.WifiNetworkLost,
      WifiClientDisconnected: ConnectionFailReason.WifiClientDisconnected,
      WifiClientFailed: ConnectionFailReason.WifiClientFailed
    })
  }

  function checkActionCompletion(network) {
    if (!network || actionKind === "" || actionSsid !== (network.name || "")) return
    if (actionKind === "connect" && network.connected) clearNetworkAction()
    else if (actionKind === "disconnect" && !network.connected && !network.stateChanging) clearNetworkAction()
    else if (actionKind === "forget" && !network.known && !network.stateChanging) clearNetworkAction()
  }

  function connectKnown(ssid) {
    runNetworkAction("connect", networkForSsid(ssid), function(network) { network.connect() })
  }

  function connectWithPassphrase(ssid, passphrase) {
    runNetworkAction("connect", networkForSsid(ssid), function(network) { network.connectWithPsk(passphrase) })
  }

  function disconnect(network) {
    runNetworkAction("disconnect", network || connectedWifiNetwork, function(net) { net.disconnect() })
  }

  function forget(net) {
    runNetworkAction("forget", net ? net.network : null, function(network) { network.forget() })
  }

  implicitWidth: button.implicitWidth
  implicitHeight: button.implicitHeight

  Component.onCompleted: refresh()

  // Pulls everything we want about the active route's interface in one shot.
  Process {
    id: detailsProc
    command: ["omarchy-network-status", "--verbose"]
    stdout: StdioCollector {
      waitForEnd: true
      onStreamFinished: root.updateDetails(text)
    }
  }

  Timer {
    id: scanRestart
    interval: 100
    repeat: false
    onTriggered: {
      if (root.wifiDevice) root.wifiDevice.scannerEnabled = true
      scanDone.start()
    }
  }

  Timer {
    id: scanDone
    interval: 1500
    repeat: false
    onTriggered: root.syncWifiNetworks()
  }

  Process {
    id: dnsProc
    stdout: StdioCollector {
      waitForEnd: true
      onStreamFinished: root.updateDns(text)
    }
  }

  Process {
    id: speedTestProc
    stdout: SplitParser { onRead: function(line) { root.updateSpeedTestLine(line) } }
    stderr: StdioCollector {
      waitForEnd: true
      onStreamFinished: root.speedTestStderr = String(text || "").trim()
    }
    onExited: function(exitCode) {
      speedTestPhaseTimer.stop()

      if (!root.speedTestExpectedStop && exitCode !== 0) {
        root.speedTestError = root.speedTestStderr || "Speed test failed"
        root.speedTestPhase = ""
        root.speedTestRunning = false
        return
      }

      root.speedTestExpectedStop = false
      root.finishSpeedTestPhase()
    }
  }

  Timer {
    id: speedTestPhaseTimer
    interval: 5000
    repeat: false
    onTriggered: root.stopSpeedTestPhase()
  }

  // Action runner for DNS provider changes. Wi-Fi actions use the
  // Quickshell.Networking NetworkManager backend directly.
  Process {
    id: actionProc
    stdout: StdioCollector { id: actionStdout; waitForEnd: true }
    stderr: StdioCollector { id: actionStderr; waitForEnd: true }
    onExited: function(exitCode) {
      if (root.pendingDnsProvider !== "") {
        if (exitCode === 0) root.dnsProvider = root.pendingDnsProvider
        root.pendingDnsProvider = ""
      }
    }
  }

  // Poll details while the panel is open so the IP/route header catches up
  // as soon as NetworkManager finishes activating a connection.
  Timer {
    id: detailsPoll
    interval: 1500
    repeat: true
    running: root.opened
    onTriggered: if (!detailsProc.running) detailsProc.running = true
  }

  Timer {
    id: connectionPhraseTimer
    interval: 2800
    running: root.opened && (root.info.type === "ethernet" || (root.info.type === "wifi" && root.canDisconnect))
    repeat: true
    onTriggered: connectionPhraseSwap.restart()
  }

  SequentialAnimation {
    id: connectionPhraseSwap
    PropertyAnimation {
      target: heroMeta; property: "opacity"
      to: 0.0; duration: 180; easing.type: Easing.OutQuad
    }
    ScriptAction {
      script: root.connectionPhraseIndex = (root.connectionPhraseIndex + 1) % root.connectionPhrases.length
    }
    PropertyAnimation {
      target: heroMeta; property: "opacity"
      to: 1.0; duration: 260; easing.type: Easing.InQuad
    }
  }

  Connections {
    target: root
    function onInfoChanged() {
      if (!(root.info.type === "ethernet" || (root.info.type === "wifi" && root.canDisconnect))) {
        connectionPhraseSwap.stop()
        heroMeta.opacity = 1.0
      }
    }
  }

  Timer {
    id: actionTimeout
    interval: 15000
    repeat: false
    onTriggered: {
      if (!root.actionKind) return
      var reason
      if (root.actionKind === "connect") reason = "Timed out connecting"
      else if (root.actionKind === "disconnect") reason = "Timed out disconnecting"
      else reason = "Timed out forgetting"
      root.failureSsid = root.actionSsid
      root.failureReason = reason
      root.actionSsid = ""
      root.actionKind = ""
      root.refresh()
    }
  }

  BarIconButton {
    id: button
    anchors.fill: parent
    bar: root.bar
    text: root.icon

    onPressed: function(b) {
      if (root.opened) root.close()
      else { root.open(); root.refresh() }
    }
  }

  // Keyboard-driven popup anchored to the bar widget icon. The shared
  // KeyboardPanel handles the layer-shell PanelWindow scaffolding
  // (Exclusive focus on map, screen binding, anchored-to-icon positioning,
  // outside-click via an overlay MouseArea + Region mask that lets the bar
  // remain clickable, fade animation, popout coordination). What stays
  // here is the wifi-specific UI inside.
  KeyboardPanel {
    id: panel
    anchorItem: button
    owner: root
    bar: root.bar
    open: root.opened
    focusTarget: keyCatcher
    contentWidth: panel.fittedContentWidth(Style.space(380))
    contentHeight: panel.fittedContentHeight(column.implicitHeight)

    // Catches all unhandled keys for keyboard navigation. AfterItem priority
    // lets the passphrase TextField (a child via focus chain) get its keys
    // first; only events the focused subtree ignores bubble back here.
    PanelKeyCatcher {
      id: keyCatcher
      anchors.fill: parent
      // Freeze the cursor model while the inline password prompt is open;
      // the TextField inside owns input until Esc/Enter/Cancel.
      blocked: root.passwordSsid !== ""

      onMoveRequested: function(dx, dy) {
        if (!root.cursorActive) {
          root.cursorActive = true
          if (dy >= 0) return
        }
        if (dy !== 0) {
          if (root.focusSection === "header") {
            if (dy > 0) root.focusSection = "dns"
          } else if (root.focusSection === "dns") {
            // k from DNS moves up into the disconnect button when there is
            // one; otherwise stays put. j drops into the wifi list if there's
            // anywhere to land.
            if (dy < 0) {
              if (root.headerHasDisconnect) {
                root.focusSection = "header"
                root.headerIndex = 0
              }
            } else if (root.wifiNetworks.length > 0) {
              root.focusSection = "wifi"
              if (root.selectedIndex < 0) root.selectedIndex = 0
            }
          } else {  // wifi
            // k from the top row escapes back up into the DNS row rather
            // than wrapping around to the bottom of the list.
            if (dy < 0 && root.selectedIndex <= 0) {
              root.focusSection = "dns"
              root.wifiActionFocused = false
            }
            else root.selectByDelta(dy)
          }
        }
        if (dx !== 0) {
          if (root.focusSection === "header") root.selectHeaderByDelta(dx)
          else if (root.focusSection === "dns") root.selectDnsByDelta(dx)
          else if (root.focusSection === "wifi") root.selectWifiActionByDelta(dx)
        }
      }
      onActivateRequested: {
        if (root.cursorActive) {
          if (root.focusSection === "header") root.activateHeader()
          else if (root.focusSection === "dns") root.activateDns()
          else root.activateSelected()
        }
      }
      onCloseRequested: root.close()
      onTabRequested: function(direction) { root.switchPanel(direction) }
      onTextKey: function(t) {
        if (t === "r" || t === "R") root.refresh()
      }

    Column {
      id: column
      anchors.left: parent.left
      anchors.right: parent.right
      anchors.top: parent.top
      spacing: Style.space(12)

      // ---------- Hero: network icon · SSID + state · actions ----------
      Item {
        width: parent.width
        implicitHeight: Math.max(heroIcon.implicitHeight, heroLabels.implicitHeight)

        Text {
          id: heroIcon
          text: root.icon
          color: root.bar.foreground
          font.family: root.bar.fontFamily
          font.pixelSize: Style.font.display
          opacity: root.networkManagerAvailable ? 1.0 : 0.5
          anchors.left: parent.left
          anchors.verticalCenter: parent.verticalCenter

          MouseArea {
            id: heroIconMouse
            anchors.fill: parent
            hoverEnabled: true
            cursorShape: Qt.PointingHandCursor
            enabled: root.networkManagerAvailable
            onClicked: {
              Networking.wifiEnabled = !Networking.wifiEnabled
              Qt.callLater(function() { root.refresh(true) })
            }
          }

          PanelToolTip {
            visible: heroIconMouse.containsMouse
            text: root.info.type === "ethernet" ? "Toggle network" : "Toggle Wi-Fi"
            fontFamily: root.bar.fontFamily
          }
        }

        Column {
          id: heroLabels
          anchors.left: heroIcon.right
          anchors.leftMargin: Style.space(14)
          anchors.right: parent.right
          anchors.verticalCenter: parent.verticalCenter
          spacing: Style.space(2)

          Row {
            id: heroSsid
            width: parent.width

            readonly property string title: {
              if (root.info.type === "wifi") return root.info.ssid || "Wi-Fi"
              if (root.info.type === "ethernet") return "Ethernet"
              return root.info.iface || (root.kind === "disconnected" ? "Disconnected" : "No connection")
            }
            readonly property string detail: root.headerDetail()

            Text {
              text: heroSsid.title
              width: Math.min(implicitWidth, Math.max(0, parent.width - (heroDetailPill.visible ? heroDetailPill.implicitWidth + Style.space(8) : 0)))
              color: root.bar.foreground
              font.family: root.bar.fontFamily
              font.pixelSize: Style.font.title
              font.bold: true
              elide: Text.ElideRight
            }

            Item { width: Math.max(0, parent.width - parent.children[0].width - heroDetailPill.implicitWidth); height: 1 }

            BorderSurface {
              id: heroDetailPill
              visible: heroSsid.detail !== ""
              implicitWidth: heroDetail.implicitWidth + Style.space(10)
              implicitHeight: heroDetail.implicitHeight + Style.space(4)
              anchors.verticalCenter: parent.verticalCenter
              color: "transparent"
              borderSpec: Border.controlSpec("normal", root.bar.foreground, Color.accent)
              radius: Style.cornerRadius

              Text {
                id: heroDetail
                anchors.centerIn: parent
                text: heroSsid.detail
                color: Qt.darker(root.bar.foreground, 1.4)
                font.family: root.bar.fontFamily
                font.pixelSize: Style.font.body
                font.bold: true
              }
            }
          }

          Text {
            id: heroMeta
            width: parent.width
            text: {
              if (root.info.type === "wifi") {
                if (root.canDisconnect) return root.connectionPhrase.toUpperCase()
                if (root.kind === "disconnected") return "NOT CONNECTED"
                return ""
              }
              if (root.info.type === "ethernet") return root.connectionPhrase.toUpperCase()
              if (root.kind === "disconnected") return "NOT CONNECTED"
              return ""
            }
            visible: text !== ""
            color: Qt.darker(root.bar.foreground, 1.4)
            font.family: root.bar.fontFamily
            font.pixelSize: Style.font.caption
            font.bold: true
            font.letterSpacing: 1.2
            elide: Text.ElideRight
          }
        }

      }

      // Connection details: transfer metrics first, then IP/Gateway.
      Column {
        visible: !!root.info.iface
        width: parent.width
        spacing: Style.spacing.labelGap

        GridLayout {
          width: parent.width
          columns: 4
          columnSpacing: Style.space(20)
          rowSpacing: Style.spacing.labelGap

          InfoLabel { visible: root.hasInternetPing; text: "Ping" }
          DetailValue {
            visible: root.hasInternetPing
            text: root.formatPingLatency(root.internetPingLatency)
            color: root.internetPingPacketLoss > 0 ? root.bar.urgent : root.bar.foreground
          }
          InfoLabel { visible: root.hasInternetPing; text: "Packet Loss" }
          DetailValue {
            visible: root.hasInternetPing
            text: root.formatPacketLoss(root.internetPingPacketLoss)
            color: root.internetPingPacketLoss > 0 ? root.bar.urgent : root.bar.foreground
          }

          InfoLabel { visible: root.info.rx_bytes !== undefined; text: "Receiving" }
          DetailValue { visible: root.info.rx_bytes !== undefined; text: root.formatRate(root.downloadRate) }
          InfoLabel { visible: root.info.rx_bytes !== undefined; text: "Sending" }
          DetailValue { visible: root.info.rx_bytes !== undefined; text: root.formatRate(root.uploadRate) }

          InfoLabel { visible: root.info.rx_bytes !== undefined; text: "Downloaded" }
          DetailValue { visible: root.info.rx_bytes !== undefined; text: root.formatBytes(parseFloat(root.info.rx_bytes || "0")) }
          InfoLabel { visible: root.info.rx_bytes !== undefined; text: "Uploaded" }
          DetailValue { visible: root.info.rx_bytes !== undefined; text: root.formatBytes(parseFloat(root.info.tx_bytes || "0")) }

          InfoLabel {
            visible: !!root.info.ip || !!root.info.gateway
            text: root.info.ip ? "IP Address" : ""
          }
          DetailValue {
            visible: !!root.info.ip || !!root.info.gateway
            text: root.info.ip || ""
            copyable: !!root.info.ip
            tooltipText: "Copy IP"
          }
          InfoLabel {
            visible: !!root.info.ip || !!root.info.gateway
            text: root.info.gateway ? "Gateway" : ""
          }
          DetailValue {
            visible: !!root.info.ip || !!root.info.gateway
            text: root.info.gateway || ""
            copyable: !!root.info.gateway
            tooltipText: "Copy gateway"
          }
        }
      }

      PanelSeparator {
        visible: !!root.info.iface
        foreground: root.bar.foreground
      }

      Column {
        visible: !!root.info.iface
        width: parent.width
        spacing: Style.space(12)

        Column {
          width: parent.width
          spacing: Style.space(8)

          Item {
            width: parent.width
            implicitHeight: Math.max(speedTestHeader.implicitHeight, speedRunButton.implicitHeight)

            PanelSectionHeader {
              id: speedTestHeader
              text: "SPEED TEST"
              foreground: root.bar.foreground
              fontFamily: root.bar.fontFamily
              anchors.left: parent.left
              anchors.verticalCenter: parent.verticalCenter
            }

            Button {
              id: speedRunButton
              text: root.speedTestRunning ? "Running..." : "Run"
              enabled: !root.speedTestRunning
              foreground: root.bar.foreground
              fontFamily: root.bar.fontFamily
              fontSize: Style.font.bodySmall
              horizontalPadding: Style.spacing.controlPaddingX
              verticalPadding: Style.spacing.controlPaddingY
              bordered: true
              anchors.right: parent.right
              anchors.verticalCenter: parent.verticalCenter
              onClicked: root.runSpeedTest()
            }
          }

          Row {
            id: speedTestValues
            visible: root.speedTestHasRun
            width: parent.width
            spacing: Style.space(20)

            readonly property real cellWidth: Math.max(0, (width - spacing * 3) / 4)

            InfoLabel { width: speedTestValues.cellWidth; text: "Download" }
            DetailValue { width: speedTestValues.cellWidth; text: root.formatSpeedMbps(root.speedTestDownloadMbps) }
            InfoLabel { width: speedTestValues.cellWidth; text: "Upload" }
            DetailValue { width: speedTestValues.cellWidth; text: root.formatSpeedMbps(root.speedTestUploadMbps) }
          }

          InfoValue {
            visible: root.speedTestError !== ""
            text: root.speedTestError
            color: root.bar.urgent
            width: parent.width
            elide: Text.ElideRight
          }
        }
      }

      // DNS provider selection.
      PanelSeparator {
        foreground: root.bar.foreground
      }

      Column {
        width: parent.width
        spacing: Style.space(10)

        PanelSectionHeader {
          text: "DNS PROVIDER"
          foreground: root.bar.foreground
          fontFamily: root.bar.fontFamily
        }

        Row {
          id: dnsRow
          width: parent.width
          spacing: Style.space(6)

          readonly property int count: 4
          readonly property real cellWidth: (width - spacing * (count - 1)) / count

          DnsProviderPill {
            provider: "DHCP"
            index: 0
            tooltipText: "Use DNS from DHCP"
            width: dnsRow.cellWidth
            onClicked: root.setDns(provider)
          }

          DnsProviderPill {
            provider: "Cloudflare"
            index: 1
            tooltipText: "Set DNS to Cloudflare"
            width: dnsRow.cellWidth
            onClicked: root.setDns(provider)
          }

          DnsProviderPill {
            provider: "Google"
            index: 2
            tooltipText: "Set DNS to Google"
            width: dnsRow.cellWidth
            onClicked: root.setDns(provider)
          }

          DnsProviderPill {
            provider: "Custom"
            index: 3
            tooltipText: "Set custom DNS servers"
            width: dnsRow.cellWidth
            onClicked: root.setDns(provider)
          }
        }
      }

      // Wi-Fi networks (only if a Wi-Fi station is available).
      PanelSeparator {
        visible: root.wifiStationAvailable
        foreground: root.bar.foreground
      }

      PanelSectionHeader {
        visible: root.wifiStationAvailable && root.scanning
        text: "SCANNING WI-FI…"
        foreground: root.bar.foreground
        fontFamily: root.bar.fontFamily
      }

      // Scrollable network list — cap the height so a busy neighbourhood
      // doesn't push the popup off-screen. ListView (vs Repeater+Column)
      // gives us positionViewAtIndex for free, which is what keeps the
      // keyboard-selected row scrolled into view as j/k walk past the
      // visible window.
      ListView {
        id: networkList
        visible: root.wifiStationAvailable
        width: parent.width
        height: Math.min(contentHeight, Style.space(240))
        spacing: Style.space(4)
        clip: true
        boundsBehavior: Flickable.StopAtBounds
        interactive: contentHeight > height

        ScrollBar.vertical: ScrollBar { policy: ScrollBar.AsNeeded }

        model: root.wifiStationAvailable ? root.wifiNetworks : []
        currentIndex: root.selectedIndex
        onCurrentIndexChanged: if (currentIndex >= 0) positionViewAtIndex(currentIndex, ListView.Contain)

        // Wrapper takes the required props from ListView's delegate context
        // (which doesn't bind into nested `component` declarations like
        // NetworkRow) and passes them down explicitly.
        delegate: Item {
          required property var modelData
          required property int index
          readonly property string sectionTitle: root.wifiSectionTitle(index)
          width: ListView.view.width
          height: delegateColumn.implicitHeight

          Column {
            id: delegateColumn
            width: parent.width
            spacing: Style.space(4)

            PanelSectionHeader {
              visible: sectionTitle !== ""
              text: sectionTitle
              foreground: root.bar.foreground
              fontFamily: root.bar.fontFamily
              height: visible ? implicitHeight : 0
            }

            NetworkRow {
              id: row
              width: parent.width
              net: modelData
              index: parent.parent.index
            }
          }
        }
      }
    }
    }
  }

  // One DNS provider pill. The cursor + current visuals come entirely from
  // CursorSurface; this component just binds them to the panel's cursor
  // state and renders the label/tooltip/click target.
  component DnsProviderPill: Button {
    id: pill
    required property string provider
    required property int index

    text: provider
    fontSize: Style.font.bodySmall
    foreground: root.bar.foreground
    fontFamily: root.bar.fontFamily
    horizontalPadding: Style.spacing.controlPaddingX
    verticalPadding: Style.spacing.controlPaddingY + Style.space(2)
    bordered: true

    // Map the panel's domain semantics onto Button's structural props:
    // `current DNS` is the pill's `active` fill; the keyboard cursor lights
    // up `hasCursor`.
    active: root.dnsProvider === provider
    hasCursor: root.cursorActive && root.focusSection === "dns" && root.dnsIndex === index

    onHovered: function(isHovered) {
      if (!isHovered) return
      root.cursorActive = true
      root.focusSection = "dns"
      root.dnsIndex = pill.index
    }
  }

  // A single Wi-Fi network entry. Collapses to a one-line pill normally;
  // expands inline to a passphrase prompt when the user picks a protected
  // network we don't have credentials for. Clicking a connected row
  // disconnects.
  component NetworkRow: CursorSurface {
    id: row
    required property var net
    required property int index

    readonly property bool isConnected: net && net.connected
    readonly property bool isKnown: !!(net && net.known)
    readonly property bool isProtected: net ? root.isProtected(net.security) : false
    readonly property bool canForgetFromLock: isKnown && isProtected && !isConnected
    readonly property bool isSelected: root.focusSection === "wifi" && root.selectedIndex === index
    readonly property bool forgetFocused: isSelected && root.wifiActionFocused && canForgetFromLock
    readonly property bool forgetVisible: canForgetFromLock && (forgetFocused || rightMouse.containsMouse)

    hasCursor: root.cursorActive && isSelected && !root.wifiActionFocused
    current: isConnected
    foreground: root.bar.foreground
    fill: root.hoverFill
    currentFill: root.selectedFill
    // Gate on the matching *Kind/*Reason being non-empty so a hidden-SSID
    // row (ssid == "") doesn't match the "" defaults of actionSsid etc.
    readonly property bool isBusy: root.actionKind !== "" && root.actionSsid === (net ? net.ssid : "")
    readonly property bool isFailed: root.failureReason !== "" && root.failureSsid === (net ? net.ssid : "")
    readonly property bool isPasswordOpen: root.passwordSsid !== "" && root.passwordSsid === (net ? net.ssid : "")

    Connections {
      target: row.net ? row.net.network : null
      function onConnectionFailed(reason) {
        root.failNetworkAction(row.net.network, reason)
        if (reason === ConnectionFailReason.NoSecrets) root.openPasswordPrompt(row.net.ssid)
      }
      function onConnectedChanged() {
        if (row.net) root.checkActionCompletion(row.net.network)
      }
      function onKnownChanged() {
        if (row.net) root.checkActionCompletion(row.net.network)
      }
      function onStateChangingChanged() {
        if (row.net) root.checkActionCompletion(row.net.network)
      }
    }

    readonly property string statusText: {
      if (!net) return ""
      if (isPasswordOpen) return ""
      if (isBusy && root.actionKind === "connect") return "Connecting…"
      if (isBusy && root.actionKind === "disconnect") return "Disconnecting…"
      if (isBusy && root.actionKind === "forget") return "Forgetting…"
      if (isFailed) return root.failureReason || "Failed"
      if (isConnected) return "Connected"
      return ""
    }

    readonly property color statusColor: {
      if (isFailed) return root.bar.urgent
      if (isBusy) return root.bar.foreground
      if (isConnected) return root.bar.foreground
      return Qt.darker(root.bar.foreground, 1.5)
    }

    implicitHeight: rowBody.implicitHeight + (isPasswordOpen ? passwordPanel.implicitHeight + Style.spacing.md : 0)

    MouseArea {
      id: rowMouse
      anchors.left: parent.left
      anchors.right: parent.right
      anchors.top: parent.top
      height: rowBody.implicitHeight
      hoverEnabled: true
      acceptedButtons: Qt.LeftButton
      cursorShape: Qt.PointingHandCursor
      enabled: !root.busy

      // Move the cursor here when the mouse enters; mouse leaving doesn't
      // clear it (so the cursor stays where the mouse last was and
      // subsequent j/k pick up from this row).
      onContainsMouseChanged: if (containsMouse) { root.cursorActive = true; root.focusSection = "wifi"; root.selectedIndex = row.index; root.wifiActionFocused = false }

      onClicked: {
        if (!row.net) return
        // Resync cursor in case keyboard nav moved it away while the mouse
        // stayed parked on this row — the click target is unambiguously here.
        root.cursorActive = true
        root.focusSection = "wifi"
        root.selectedIndex = row.index
        root.wifiActionFocused = false
        if (row.isConnected) {
          root.disconnect(row.net.network)
          return
        }
        if (row.isProtected && !row.isKnown) {
          root.openPasswordPrompt(row.net.ssid)
          return
        }
        root.connectKnown(row.net.ssid)
      }
    }

    Item {
      id: rowBody
      anchors.left: parent.left
      anchors.right: parent.right
      anchors.top: parent.top
      anchors.leftMargin: Style.space(10)
      anchors.rightMargin: Style.space(10)
      implicitHeight: Math.max(networkIcon.implicitHeight, networkInfo.implicitHeight, rightAction.implicitHeight) + Style.spacing.rowPaddingX

      Text {
        id: networkIcon
        text: row.net ? root.wifiIconFor(row.net.signal) : ""
        color: row.statusColor
        font.family: root.bar.fontFamily
        font.pixelSize: Style.font.title
        anchors.left: parent.left
        anchors.verticalCenter: parent.verticalCenter
      }

      // Shows a lock glyph for protected networks. Known disconnected
      // networks reveal the forget action when hovering that right edge.
      Item {
        id: rightAction
        visible: row.isProtected
        width: Style.space(22)
        implicitHeight: lockIndicator.implicitHeight
        anchors.right: parent.right
        anchors.verticalCenter: parent.verticalCenter

        Text {
          id: lockIndicator
          width: parent.width
          anchors.verticalCenter: parent.verticalCenter
          horizontalAlignment: Text.AlignHCenter
          text: row.forgetVisible ? "󰅙" : "󰌾"
          color: row.forgetVisible ? root.bar.urgent : Qt.darker(root.bar.foreground, 1.4)
          font.family: root.bar.fontFamily
          font.pixelSize: Style.font.subtitle
        }

        BorderSurface {
          anchors.fill: parent
          visible: row.forgetFocused
          color: Style.hoverFillFor(root.bar.urgent, root.bar.urgent)
          borderSpec: Border.controlSpec("hover-cursor", root.bar.urgent, root.bar.urgent)
          radius: Style.cornerRadius
          z: -1
        }

        MouseArea {
          id: rightMouse
          anchors.fill: parent
          hoverEnabled: true
          acceptedButtons: Qt.LeftButton
          enabled: row.canForgetFromLock && !root.busy
          cursorShape: enabled ? Qt.PointingHandCursor : Qt.ArrowCursor
          onContainsMouseChanged: if (containsMouse) { root.cursorActive = true; root.focusSection = "wifi"; root.selectedIndex = row.index; root.wifiActionFocused = true }
          onClicked: if (row.net) root.forget(row.net)
        }

        PanelToolTip {
          visible: rightMouse.containsMouse || row.forgetFocused
          text: "Forget network"
          fontFamily: root.bar.fontFamily
        }
      }

      Column {
        id: networkInfo
        spacing: Style.space(1)
        anchors.left: networkIcon.right
        anchors.leftMargin: Style.space(10)
        anchors.right: rightAction.visible ? rightAction.left
                      : parent.right
        anchors.rightMargin: rightAction.visible ? Style.space(8) : 0
        anchors.verticalCenter: parent.verticalCenter

        Text {
          text: row.net ? (row.net.ssid || "Hidden") : ""
          color: root.bar.foreground
          font.family: root.bar.fontFamily
          font.pixelSize: Style.font.body
          elide: Text.ElideRight
          width: parent.width
        }
        Text {
          // Signal strength is conveyed by the wifi-bars icon and the
          // right-edge glyph/buttons carry protection or forget affordances,
          // so the second line only carries action status (Connecting…,
          // Connected, Failed, etc.). Collapses to zero height when empty
          // so rows without status keep a tight one-line look.
          text: row.statusText
          visible: row.statusText !== ""
          height: visible ? implicitHeight : 0
          color: row.statusColor
          font.family: root.bar.fontFamily
          font.pixelSize: Style.font.caption
          elide: Text.ElideRight
          width: parent.width
        }
      }
    }

    Timer {
      id: failureTimer
      interval: 2000
      running: row.isFailed && row.isPasswordOpen
      onTriggered: {
        root.failureSsid = ""
        root.failureReason = ""
        pwField.forceActiveFocus()
      }
    }

    // Inline passphrase prompt — only shown when we hit a protected network
    // we don't have saved credentials for. Submitting (Enter or the check
    // button) fires connect; Esc cancels back to the row.
    Item {
      id: passwordPanel
      visible: row.isPasswordOpen
      anchors.left: parent.left
      anchors.right: parent.right
      anchors.top: rowMouse.bottom
      anchors.leftMargin: Style.space(10)
      anchors.rightMargin: Style.space(10)
      anchors.topMargin: Style.space(4)
      implicitHeight: pwField.implicitHeight + Style.spacing.rowGap
      height: implicitHeight

      TextField {
        id: pwField
        visible: !row.isBusy && !row.isFailed
        anchors.left: parent.left
        anchors.right: connectPwBtn.left
        anchors.verticalCenter: parent.verticalCenter
        anchors.rightMargin: Style.space(6)
        password: true
        placeholderText: "Passphrase"
        font.family: Style.font.family
        font.pixelSize: Style.font.body
        foreground: root.bar.foreground
        horizontalPadding: Style.spacing.controlGap
        verticalPadding: Style.spacing.controlPaddingY
        enabled: !row.isBusy
        text: row.isPasswordOpen ? root.passwordText : ""

        onAccepted: {
          if (!root.busy && row.net && text.length > 0) root.connectWithPassphrase(row.net.ssid, text)
        }
        onTextChanged: if (row.isPasswordOpen && text !== root.passwordText) root.passwordText = text
        Keys.onEscapePressed: { root.passwordSsid = ""; root.passwordText = "" }

        onVisibleChanged: if (visible) Qt.callLater(forceActiveFocus)
        Component.onCompleted: if (visible) Qt.callLater(forceActiveFocus)
      }

      BorderSurface {
        id: statusMsgWrapper
        visible: row.isBusy || row.isFailed
        anchors.left: parent.left
        anchors.right: parent.right
        anchors.verticalCenter: parent.verticalCenter
        height: Style.spacing.controlHeight
        color: Style.normalFillFor(root.bar.foreground)
        borderSpec: Border.controlSpec("normal", root.bar.foreground, Color.accent)
        radius: Style.cornerRadius

        Text {
          anchors.fill: parent
          horizontalAlignment: Text.AlignHCenter
          verticalAlignment: Text.AlignVCenter
          text: row.isFailed ? "Wrong password" : "Connecting..."
          color: row.isFailed ? root.bar.urgent : root.bar.foreground
          font.family: root.bar.fontFamily
          font.pixelSize: Style.font.bodySmall
        }
      }

      // 22×22 right-anchored to line up with lockIndicator above. Esc closes
      // the prompt (handled by pwField.Keys.onEscapePressed)
      // so there's no separate cancel button.
      PanelActionButton {
        id: connectPwBtn
        visible: !row.isBusy && !row.isFailed
        anchors.right: parent.right
        anchors.verticalCenter: parent.verticalCenter
        enabled: row.net && pwField.text.length > 0
        iconText: "󰄬"
        tooltipText: "Connect"
        foreground: root.bar.foreground
        fontFamily: root.bar.fontFamily
        onClicked: if (row.net) root.connectWithPassphrase(row.net.ssid, root.passwordText)
      }
    }
  }

  // Poll the wifi/ethernet pill state every 3s. Local to this panel so
  // Bar.qml does not need to mirror network state.
  Process {
    id: networkProc
    command: ["omarchy-network-status"]
    stdout: StdioCollector {
      waitForEnd: true
      onStreamFinished: root.updateNetwork(text)
    }
  }

  Timer {
    interval: 10000
    running: true
    repeat: true
    triggeredOnStart: true
    onTriggered: if (!networkProc.running) networkProc.running = true
  }

  component DetailValue: InfoValue {
    property bool copyable: false
    property string tooltipText: "Copy to clipboard"

    Layout.fillWidth: true
    horizontalAlignment: Text.AlignRight

    MouseArea {
      id: valueMouse
      anchors.fill: parent
      enabled: copyable && parent.text !== ""
      hoverEnabled: enabled
      cursorShape: enabled ? Qt.PointingHandCursor : Qt.ArrowCursor
      onClicked: root.copyToClipboard(parent.text)
    }

    PanelToolTip {
      visible: valueMouse.enabled && valueMouse.containsMouse
      text: tooltipText
      fontFamily: root.bar.fontFamily
    }
  }

  component InfoLabel: Text {
    color: root.bar.foreground
    opacity: 0.6
    font.family: root.bar.fontFamily
    font.pixelSize: Style.font.bodySmall
  }

  component InfoValue: Text {
    color: root.bar.foreground
    font.family: root.bar.fontFamily
    font.pixelSize: Style.font.bodySmall
  }
}