[AGS] Bar: Done (WiFi still missing, will be added at some later point)

This commit is contained in:
2025-04-24 16:58:30 +02:00
parent e93e051094
commit 10136ab9de
48 changed files with 1423 additions and 548 deletions

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.audio-box {
min-width: 320px;
}

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import { bind, Binding } from "astal";
import { Gtk } from "astal/gtk4";
import AstalWp from "gi://AstalWp";
const wp = AstalWp.get_default()!;
const AudioModule = () => {
const setVolumeSpeaker = (volume: number) => {
wp.defaultSpeaker.set_volume(volume / 100);
};
const setVolumeMicrophone = (volume: number) => {
wp.defaultMicrophone.set_volume(volume / 100);
};
const speakerSelector = SinkSelectPopover(AstalWp.MediaClass.AUDIO_SPEAKER);
const micSelector = SinkSelectPopover(AstalWp.MediaClass.AUDIO_MICROPHONE);
return (
<box cssClasses={["audio-box"]} vertical>
<box hexpand vexpand>
<button
onClicked={() =>
wp.defaultSpeaker.set_mute(
!wp.defaultSpeaker.get_mute(),
)
}
tooltipText={"Mute audio output"}
child={
<image
iconName={bind(wp.defaultSpeaker, "volumeIcon")}
marginEnd={3}
></image>
}
></button>
<label
label={bind(wp.defaultSpeaker, "volume").as(
v => Math.round(100 * v) + "%",
)}
></label>
<slider
value={bind(wp.defaultSpeaker, "volume").as(v => 100 * v)}
max={100}
min={0}
step={1}
hexpand
vexpand
onChangeValue={self => setVolumeSpeaker(self.value)}
></slider>
<button
cssClasses={["sink-select-button"]}
tooltipText={"Pick audio output"}
child={
<box>
<image iconName={"speaker-symbolic"}></image>
{speakerSelector}
</box>
}
onClicked={() => speakerSelector.popup()}
></button>
</box>
<box hexpand vexpand>
<button
onClicked={() =>
wp.defaultMicrophone.set_mute(
!wp.defaultMicrophone.get_mute(),
)
}
tooltipText={"Mute audio input"}
child={
<image
iconName={bind(wp.defaultMicrophone, "volumeIcon")}
marginEnd={3}
></image>
}
></button>
<label
label={bind(wp.defaultMicrophone, "volume").as(
v => Math.round(100 * v) + "%",
)}
></label>
<slider
value={bind(wp.defaultMicrophone, "volume").as(
v => 100 * v,
)}
max={100}
min={0}
step={1}
hexpand
vexpand
onChangeValue={self => setVolumeMicrophone(self.value)}
></slider>
<button
cssClasses={["sink-select-button"]}
tooltipText={"Select audio input"}
child={
<box>
<image iconName={"microphone"}></image>
{micSelector}
</box>
}
onClicked={() => micSelector.popup()}
></button>
</box>
</box>
);
};
const SinkPicker = (type: AstalWp.MediaClass) => {
const devices = bind(wp, "endpoints");
return (
<box vertical>
<label
label={`Available Audio ${type === AstalWp.MediaClass.AUDIO_SPEAKER ? "Output" : type === AstalWp.MediaClass.AUDIO_MICROPHONE ? "Input" : ""} Devices`}
></label>
<Gtk.Separator marginBottom={5} marginTop={3}></Gtk.Separator>
<box vertical cssClasses={["sink-picker"]}>
{devices.as(d => {
return d.map(device => {
if (device.get_media_class() !== type) {
return <box cssClasses={[ 'empty' ]}></box>;
}
return (
<button
cssClasses={bind(device, "id").as(id => {
if (
id ===
(type ===
AstalWp.MediaClass.AUDIO_SPEAKER
? wp.defaultSpeaker.id
: type ===
AstalWp.MediaClass
.AUDIO_MICROPHONE
? wp.defaultMicrophone.id
: "")
) {
return [
"sink-option",
"currently-selected-sink-option",
];
} else {
return ["sink-option"];
}
})}
child={
<box halign={Gtk.Align.START}>
<image
iconName={bind(device, "icon").as(
icon => icon,
)}
marginEnd={3}
></image>
<label
label={bind(
device,
"description",
).as(t => t ?? "")}
></label>
</box>
}
onClicked={() => {
device.set_is_default(true);
}}
></button>
);
});
})}
</box>
</box>
);
};
const SinkSelectPopover = (type: AstalWp.MediaClass) => {
const popover = new Gtk.Popover();
popover.set_child(SinkPicker(type));
return popover;
};
export default {
AudioModule,
};

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import { bind } from "astal";
import Battery from "gi://AstalBattery";
import { Gtk } from "astal/gtk4";
export const BatteryBox = () => {
const battery = Battery.get_default();
const batteryEnergy = (energyRate: number) => {
return energyRate > 0.1 ? `${Math.round(energyRate * 10) / 10} W ` : "";
};
return (
<box
cssClasses={["battery-info"]}
visible={bind(battery, "isBattery")}
>
<box cssClasses={["battery-box"]}>
<image
iconName={bind(battery, "batteryIconName")}
tooltipText={bind(battery, "energyRate").as(er =>
batteryEnergy(er),
)}
/>
<label
label={bind(battery, "percentage").as(
p => ` ${Math.round(p * 100)}%`,
)}
/>
<label
cssClasses={["time"]}
hexpand={true}
halign={Gtk.Align.END}
visible={bind(battery, "charging").as(c => !c)}
label={bind(battery, "timeToEmpty").as(t => toTime(t))}
/>
</box>
</box>
);
};
const toTime = (time: number) => {
const MINUTE = 60;
const HOUR = MINUTE * 60;
if (time > 24 * HOUR) return "";
const hours = Math.round(time / HOUR);
const minutes = Math.round((time - hours * HOUR) / MINUTE);
const hoursDisplay = hours > 0 ? `${hours}h ` : "";
const minutesDisplay = minutes > 0 ? `${minutes}m ` : "";
return `${hoursDisplay}${minutesDisplay}`;
};

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import { bind, readFile, Variable, writeFile } from "astal";
import { Gtk } from "astal/gtk4";
import AstalBluetooth from "gi://AstalBluetooth";
import BTDevice from "./Device";
const ALIGN = Gtk.Align;
const bt = AstalBluetooth.get_default();
const BluetoothModule = () => {
return (
<box>
<button
cssClasses={bind(bt.adapter, "powered").as(powered =>
powered
? ["toggle-button", "toggle-on"]
: ["toggle-button"],
)}
onClicked={() =>
bt.adapter.set_powered(!bt.adapter.get_powered())
}
child={
<box vertical>
<label
cssClasses={["title-2"]}
label={"Bluetooth"}
halign={ALIGN.CENTER}
valign={ALIGN.CENTER}
></label>
<box halign={ALIGN.CENTER} valign={ALIGN.CENTER}>
<label
visible={bind(bt.adapter, "powered").as(
p => !p,
)}
label="Disabled"
></label>
<label
visible={bind(bt.adapter, "powered")}
label={bind(bt, "devices").as(devices => {
let count = 0;
devices.forEach(device => {
if (device.connected) {
count++;
}
});
return `On (${count} ${count === 1 ? "client" : "clients"} connected)`;
})}
></label>
</box>
<label></label>
</box>
}
></button>
<button
cssClasses={["actions-button"]}
visible={bind(bt.adapter, "powered")}
child={
<box>
<image iconName={"arrow-right-symbolic"}></image>
{picker}
</box>
}
tooltipText={"View available devices"}
onClicked={() => openBTPicker()}
></button>
</box>
);
};
const openBTPicker = () => {
picker.popup();
try {
bt.adapter.start_discovery();
} catch (_) {}
};
const BluetoothPickerList = () => {
let btEnableState = readFile("./btconf") === "true" ? true : false;
bt.adapter.set_powered(btEnableState);
const updateState = () => {
btEnableState = !btEnableState;
writeFile("./btconf", "" + btEnableState);
};
return (
<box
vertical
onDestroy={() => bt.adapter.stop_discovery()}
cssClasses={["popover-box"]}
>
<label cssClasses={["title"]} label={"Bluetooth"}></label>
<Gtk.Separator marginTop={3} marginBottom={5}></Gtk.Separator>
<centerbox
startWidget={<label label={"Turn on at startup"}></label>}
endWidget={
<switch
valign={ALIGN.END}
halign={ALIGN.END}
active={btEnableState}
onButtonPressed={() => updateState()}
></switch>
}
></centerbox>
<label
marginTop={10}
label={"Connected & Trusted devices"}
cssClasses={["title-2"]}
></label>
<Gtk.Separator marginTop={3} marginBottom={5}></Gtk.Separator>
<box vertical cssClasses={["devices-list"]}>
{bind(bt, "devices").as(devices => {
return devices
.filter(device => {
if (device.get_connected() || device.get_paired()) {
return device;
}
})
.map(device => {
return <BTDevice device={device}></BTDevice>;
});
})}
</box>
<label
visible={bind(bt, "devices").as(devices => {
return (
devices.filter(device => {
if (device.get_connected() || device.get_paired()) {
return device;
}
}).length === 0
);
})}
label={"No connected / trusted devices"}
cssClasses={["bt-no-found", "bt-conn-list"]}
></label>
<label
label={"Discovered bluetooth devices"}
cssClasses={["title-2"]}
></label>
<Gtk.Separator marginBottom={5} marginTop={3}></Gtk.Separator>
<box vertical>
{bind(bt, "devices").as(devices => {
return devices
.filter(data => {
if (!data.get_connected() && !data.get_paired()) {
return data;
}
})
.map(device => {
return <BTDevice device={device}></BTDevice>;
});
})}
</box>
<label
visible={bind(bt, "devices").as(devices => {
return (
devices.filter(device => {
if (
!device.get_connected() &&
!device.get_paired()
) {
return device;
}
}).length === 0
);
})}
label={"No discovered devices"}
cssClasses={["bt-no-found"]}
></label>
</box>
);
};
const BluetoothPicker = () => {
const popover = new Gtk.Popover();
popover.set_child(BluetoothPickerList());
popover.connect("closed", () => bt.adapter.stop_discovery());
return popover;
};
const picker = BluetoothPicker();
export default {
BluetoothModule,
};

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import { bind } from "astal";
import AstalBluetooth from "gi://AstalBluetooth";
const BTDevice = ({ device }: { device: AstalBluetooth.Device }) => {
return (
<button
visible={bind(device, "name").as(n => n !== null)}
child={
<centerbox
startWidget={
<box>
<image
iconName={"chronometer-reset"}
tooltipText={"Device is currently connecting"}
visible={bind(device, "connecting")}
></image>
<image
iconName={bind(device, "icon")}
marginEnd={3}
></image>
</box>
}
centerWidget={
<label
label={bind(device, "name").as(n => n ?? "No name")}
marginEnd={5}
></label>
}
endWidget={
<box>
<label
label={bind(device, "batteryPercentage").as(
bat => (bat >= 0 ? bat + "%" : "?%"),
)}
tooltipText={"Device's battery percentage"}
marginEnd={3}
></label>
<image
iconName={bind(device, "paired").as(v =>
v ? "network-bluetooth-activated-symbolic" : "bluetooth-disconnected-symbolic",
)}
></image>
<button tooltipText={"Device trusted status"} child={
<image
iconName={bind(device, "trusted").as(v =>
v ? "checkbox" : "window-close-symbolic",
)}
></image>
} onClicked={() => device.set_trusted( !device.get_trusted() )}
cssClasses={[ 'button-no-margin' ]}
></button>
</box>
}
></centerbox>
}
onClicked={() => {
connectOrPair( device );
}}
></button>
);
};
const connectOrPair = (device: AstalBluetooth.Device) => {
if ( device.get_paired() ) {
device.connect_device(() => { });
// Show failed message if tried to connect and failed
} else {
device.pair();
}
};
export default BTDevice;

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import { bind } from "astal";
import Brightness from "../../../../util/brightness";
const brightness = Brightness.get_default();
const BrightnessModule = () => {
return (
<box visible={bind(brightness, 'screenAvailable')}>
<image iconName={"brightness-high-symbolic"}></image>
<label label={bind(brightness, "screen").as(b => b + "%")}></label>
<slider></slider>
</box>
);
};
export default {
BrightnessModule
};

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import { execAsync, bind } from "astal";
import Network from "gi://AstalNetwork";
import { App, Gtk } from "astal/gtk4";
import { NetworkItem } from "./modules/NetworkItem";
import { PasswordDialog } from "./modules/PasswordDialog";
import {
availableNetworks,
savedNetworks,
activeNetwork,
showPasswordDialog,
scanNetworks,
getSavedNetworks,
disconnectNetwork,
forgetNetwork,
isExpanded,
refreshIntervalId,
} from "./networkinghelper";
// Main WiFi Box component
export const WiFiBox = () => {
const network = Network.get_default();
// Initial scan when component is first used
setTimeout(() => {
scanNetworks();
getSavedNetworks();
}, 100);
return (
<box vertical cssClasses={["wifi-menu", "toggle"]}>
{/* WiFi Toggle Header */}
<box cssClasses={["toggle", "wifi-toggle"]}>
<button
onClicked={() => {
if (network.wifi.enabled) {
network.wifi.set_enabled(false);
} else network.wifi.set_enabled(true);
}}
cssClasses={bind(network.wifi, "enabled").as((enabled) =>
enabled ? ["button"] : ["button-disabled"],
)}
>
<image iconName={bind(network.wifi, "icon_name")} />
</button>
<button
hexpand={true}
onClicked={() => {
if (network.wifi.enabled) {
isExpanded.set(!isExpanded.get());
if (isExpanded.get()) {
scanNetworks();
getSavedNetworks();
}
}
}}
>
<box hexpand={true}>
<label
hexpand={true}
xalign={0}
label={bind(network.wifi, "ssid").as(
(ssid) =>
ssid || (network.wifi.enabled ? "Not Connected" : "WiFi Off"),
)}
/>
<image
iconName="pan-end-symbolic"
halign={Gtk.Align.END}
cssClasses={bind(isExpanded).as((expanded) =>
expanded
? ["arrow-indicator", "arrow-down"]
: ["arrow-indicator"],
)}
/>
</box>
</button>
</box>
{/* Networks List Revealer */}
<revealer
transitionType={Gtk.RevealerTransitionType.SLIDE_DOWN}
transitionDuration={300}
revealChild={bind(isExpanded)}
setup={() => {
const clearScanInterval = () => {
if (refreshIntervalId.get()) {
clearInterval( parseInt( '' + refreshIntervalId.get() ));
refreshIntervalId.set(null);
}
};
bind(isExpanded).subscribe((expanded) => {
// Clear existing interval
clearScanInterval();
if (expanded) {
// Scan networks
network.wifi?.scan();
// Set up new interval if WiFi is enabled
if (network.wifi?.enabled) {
refreshIntervalId.set(
setInterval(() => {
scanNetworks();
getSavedNetworks();
print("updated");
}, 10000),
);
}
} else {
// Apply revealer bug fix when collapsed
App.toggle_window("system-menu");
App.toggle_window("system-menu");
}
});
// Monitor window toggling
const windowListener = App.connect("window-toggled", (_, window) => {
if (window.name === "system-menu" && isExpanded.get()) {
isExpanded.set(false);
}
});
// Clean up resources when component is destroyed
return () => {
App.disconnect(windowListener);
clearScanInterval();
};
}}
>
<box vertical cssClasses={["network-list"]}>
<box visible={showPasswordDialog( v => v )}>
<PasswordDialog />
</box>
<label label="Available Networks" cssClasses={["section-label"]} />
<label label="No networks found" cssClasses={["empty-label"]} visible={availableNetworks( net => net.length === 0 )}/>
<box visible={availableNetworks( networks => networks.length > 1 )}>
{availableNetworks( networks =>
networks.map( (network) => <NetworkItem network={network} />)
)}
</box>
{savedNetworks((networks) => {
// Filter out networks already shown in available networks
const filteredNetworks = networks.filter(
(ssid) => !availableNetworks.get().some((n) => n.ssid === ssid)
);
// Only render the section if there are filtered networks to show
return filteredNetworks.length > 0 ? (
<box vertical>
<label label="Saved Networks" cssClasses={["section-label"]} />
{filteredNetworks.map((ssid) => (
<box cssClasses={["saved-network"]}>
<label label={ssid} />
<box hexpand={true} />
<button
label="Forget"
cssClasses={["forget-button", "button"]}
onClicked={() => forgetNetwork(ssid)}
/>
</box>
))}
</box>
) : (
<box></box>
);
})}
<box hexpand>
<button
halign={Gtk.Align.START}
cssClasses={["refresh-button"]}
onClicked={() => {
scanNetworks();
getSavedNetworks();
}}
>
<image iconName="view-refresh-symbolic" />
</button>
{/* Connected Network Options */}
<box hexpand>
{activeNetwork((active) =>
active ? (
<box vertical cssClasses={["connected-network"]} hexpand>
<button
label="Disconnect"
cssClasses={["disconnect-button"]}
onClicked={() => disconnectNetwork(active.ssid)}
/>
</box>
) : (
""
),
)}
</box>
<button
cssClasses={["settings-button"]}
halign={Gtk.Align.END}
hexpand={false}
onClicked={() => {
execAsync([
"sh",
"-c",
"XDG_CURRENT_DESKTOP=GNOME gnome-control-center wifi",
]);
isExpanded.set(false);
}}
>
<image iconName={"emblem-system-symbolic"} />
</button>
) : (
""
),
)}
</box>
</box>
</revealer>
</box>
);
};

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# Source
This is a modified version from [MatShell](https://github.com/Neurian/matshell)

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import AstalNetwork from "gi://AstalNetwork?version=0.1";
interface CurrentWiFi {
ssid: string;
strength: number;
secured: boolean;
}
interface WiFiDetails extends CurrentWiFi {
active: boolean;
accessPoint: AstalNetwork.AccessPoint;
iconName: string;
}

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// From https://github.com/Neurarian/matshell/blob/master/utils/wifi.ts
import { execAsync, Variable } from "astal";
import Network from "gi://AstalNetwork";
import { CurrentWiFi, WiFiDetails } from "./network";
// State trackers
export const availableNetworks: Variable<WiFiDetails[]> = Variable([]);
export const savedNetworks: Variable<string[]> = Variable([]);
export const activeNetwork: Variable<CurrentWiFi | null> = Variable(null);
export const isConnecting: Variable<boolean> = Variable(false);
export const showPasswordDialog: Variable<boolean> = Variable(false);
export const errorMessage: Variable<string> = Variable("");
export const isExpanded: Variable<boolean> = Variable(false);
export const passwordInput: Variable<string> = Variable("");
export const selectedNetwork: Variable<null | WiFiDetails> = Variable(null);
export const refreshIntervalId: Variable<
number | null | ReturnType<typeof setTimeout>
> = Variable(null);
// Function to scan for available networks
export const scanNetworks = () => {
const network = Network.get_default();
if (network && network.wifi) {
network.wifi.scan();
// Get available networks from access points
const networks: WiFiDetails[] = network.wifi.accessPoints
.map(ap => ({
ssid: ap.ssid,
strength: ap.strength,
secured: ap.flags !== 0,
active: network.wifi.activeAccessPoint?.ssid === ap.ssid,
accessPoint: ap,
iconName: ap.iconName,
}))
.filter(n => n.ssid);
// Sort by signal strength
networks.sort((a, b) => b.strength - a.strength);
// Remove duplicates (same SSID)
const uniqueNetworks: WiFiDetails[] = [];
const seen = new Set();
networks.forEach(network => {
if (!seen.has(network.ssid)) {
seen.add(network.ssid);
uniqueNetworks.push(network);
}
});
availableNetworks.set(uniqueNetworks);
// Update active network
if (network.wifi.activeAccessPoint) {
activeNetwork.set({
ssid: network.wifi.activeAccessPoint.ssid,
strength: network.wifi.activeAccessPoint.strength,
secured: network.wifi.activeAccessPoint.flags !== 0,
});
} else {
activeNetwork.set(null);
}
}
};
// Function to list saved networks
export const getSavedNetworks = () => {
execAsync(["bash", "-c", "nmcli -t -f NAME,TYPE connection show"])
.then(output => {
if (typeof output === "string") {
const savedWifiNetworks = output
.split("\n")
.filter(line => line.includes("802-11-wireless"))
.map(line => line.split(":")[0].trim());
savedNetworks.set(savedWifiNetworks);
}
})
.catch(error => console.error("Error fetching saved networks:", error));
};
// Function to connect to a network
export const connectToNetwork = (
ssid: string,
password: null | string = null,
) => {
isConnecting.set(true);
errorMessage.set("");
const network = Network.get_default();
const currentSsid = network.wifi.ssid;
// Function to perform the actual connection
const performConnection = () => {
let command = "";
if (password) {
// Connect with password
command = `echo '${password}' | nmcli device wifi connect "${ssid}" --ask`;
} else {
// Connect without password (saved or open network)
command = `nmcli connection up "${ssid}" || nmcli device wifi connect "${ssid}"`;
}
execAsync(["bash", "-c", command])
.then(() => {
showPasswordDialog.set(false);
isConnecting.set(false);
scanNetworks(); // Refresh network list
})
.catch(error => {
console.error("Connection error:", error);
errorMessage.set("Failed to connect. Check password.");
isConnecting.set(false);
});
};
// If already connected to a network, disconnect first
if (currentSsid && currentSsid !== ssid) {
console.log(
`Disconnecting from ${currentSsid} before connecting to ${ssid}`,
);
execAsync(["bash", "-c", `nmcli connection down "${currentSsid}"`])
.then(() => {
// Wait a moment for the disconnection to complete fully
setTimeout(() => {
performConnection();
}, 500); // 500ms delay for clean disconnection
})
.catch(error => {
console.error("Disconnect error:", error);
// Continue with connection attempt even if disconnect fails
performConnection();
});
} else {
// No active connection or connecting to same network (reconnect case)
performConnection();
}
};
// Function to disconnect from a network
export const disconnectNetwork = (ssid: string) => {
execAsync(["bash", "-c", `nmcli connection down "${ssid}"`])
.then(() => {
scanNetworks(); // Refresh network list
})
.catch(error => {
console.error("Disconnect error:", error);
});
};
// Function to forget a saved network
export const forgetNetwork = (ssid: string) => {
execAsync(["bash", "-c", `nmcli connection delete "${ssid}"`])
.then(() => {
getSavedNetworks(); // Refresh saved networks list
scanNetworks(); // Refresh network list
})
.catch(error => {
console.error("Forget network error:", error);
});
};

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import { bind } from "astal";
import { Gtk } from "astal/gtk4";
import AstalNetwork from "gi://AstalNetwork";
import networkHelper from "./network-helper";
import NetworkMenu from "./NetworkMenu";
const net = AstalNetwork.get_default();
const STATE = AstalNetwork.DeviceState;
const Network = () => {
const netMenu = NetworkMenu.NetworkMenu();
return (
<box>
<button
cssClasses={networkHelper.networkEnabled(en => {
if (en) return ["toggle-button", "toggle-on"];
else return ["toggle-button"];
})}
onClicked={() =>
networkHelper.setNetworking(
!networkHelper.networkEnabled.get(),
)
}
child={
<box vertical>
<label
label={bind(net.wifi, "enabled").as(
stat => `Network (${stat ? "WiFi" : "Wired"})`,
)}
cssClasses={["title-2"]}
></label>
<label
label={bind(net.wired, "state").as(state => {
if (state === STATE.ACTIVATED) {
return (
"Wired. IP: " + networkHelper.getIP()
);
} else if (state === STATE.DISCONNECTED) {
return "Disconnected";
} else if (state === STATE.FAILED) {
return "Error";
} else if (
state === STATE.PREPARE ||
state === STATE.CONFIG ||
state === STATE.IP_CHECK ||
state === STATE.IP_CONFIG
) {
return "Connecting...";
} else {
return "Unavailable";
}
})}
visible={bind(net.wifi, "enabled").as(v => !v)}
></label>
<label
label={bind(net.wifi, "state").as(state => {
if (state === STATE.ACTIVATED) {
return `${net.wifi.get_ssid()} (${networkHelper.getIP()})`;
} else if (state === STATE.DISCONNECTED) {
return "Disconnected";
} else if (state === STATE.FAILED) {
return "Error";
} else if (
state === STATE.PREPARE ||
state === STATE.CONFIG ||
state === STATE.IP_CHECK ||
state === STATE.IP_CONFIG
) {
return "Connecting...";
} else {
return "Unavailable";
}
})}
visible={bind(net.wifi, "enabled")}
></label>
</box>
}
></button>
<button
cssClasses={["actions-button"]}
visible={networkHelper.networkEnabled()}
onClicked={() => netMenu.popup()}
child={
<box>
<image iconName={"arrow-right-symbolic"}></image>
{ netMenu }
</box>
}
tooltipText={"View available devices"}
></button>
</box>
);
};
export default {
Network,
};

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import { Gtk } from "astal/gtk4";
const NetworkMenu = () => {
const popover = new Gtk.Popover();
popover.set_child( renderMenu() );
return popover;
};
const renderMenu = () => {
return <box vertical>
<image iconName={"appointment-soon-symbolic"} iconSize={Gtk.IconSize.LARGE}></image>
<label label={"Coming later"}></label>
</box>;
};
export default {
NetworkMenu,
};

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import { bind } from "astal";
import { Gtk } from "astal/gtk4";
import AstalNetwork from "gi://AstalNetwork";
import networkHelper from "./network-helper";
const net = AstalNetwork.get_default();
const STATE = AstalNetwork.DeviceState;
const WiFiList = () => {
const popover = new Gtk.Popover({ cssClasses: ["WiFiPicker"] });
return popover;
};
const renderWiFiList = () => {
return <box>
<label label="Test"></label>
</box>
}
const Network = () => {
const wifiList = WiFiList();
return (
<box>
<button
cssClasses={networkHelper.networkEnabled(en => {
if (en) return ["network-button", "net-on"];
else return ["network-button"];
})}
onClicked={() =>
networkHelper.setNetworking(
!networkHelper.networkEnabled.get(),
)
}
child={<box vertical>
<label label="Wired" cssClasses={[ 'button-name' ]}></label>
<label label={bind( net.wired, 'state' ).as( state => {
if ( state === STATE.ACTIVATED ) {
return 'Connected. IP: ' + networkHelper.getIP();
} else if ( state === STATE.DISCONNECTED ) {
return 'Disconnected';
} else if ( state === STATE.FAILED ) {
return 'Error';
} else if ( state === STATE.PREPARE || state === STATE.CONFIG || state === STATE.IP_CHECK || state === STATE.IP_CONFIG ) {
return 'Connecting...';
} else {
return 'Unavailable';
}
} )}></label>
</box>}
></button>
<box>
<button
cssClasses={bind(net.wifi, "enabled").as(b => {
const classes = ["network-button"];
if (b) {
classes.push("wifi-on");
}
return classes;
})}
child={<box vertical>
<label label="WiFi" cssClasses={[ 'button-name' ]}></label>
<label label={bind( net.wifi, 'state' ).as( state => {
if ( state === STATE.ACTIVATED ) {
return 'Connected. IP: ' + networkHelper.getIP();
} else if ( state === STATE.DISCONNECTED ) {
return 'Disconnected';
} else if ( state === STATE.FAILED ) {
return 'Error';
} else if ( state === STATE.PREPARE || state === STATE.CONFIG || state === STATE.IP_CHECK || state === STATE.IP_CONFIG ) {
return 'Connecting...';
} else {
return 'Unavailable';
}
} )} visible={bind(net.wifi, 'enabled').as( en => en )}></label>
<label label="Disabled" visible={bind(net.wifi, 'enabled').as( en => !en )}></label>
</box>}
></button>
<button
cssClasses={["network-button-context"]}
visible={bind(net.wifi, "enabled").as(b => b)}
onClicked={() => wifiList.popup()}
></button>
</box>
{wifiList}
</box>
);
};
export default Network;

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import { exec, Variable } from "astal";
import AstalNetwork from "gi://AstalNetwork";
const networkEnabled = Variable( exec( 'nmcli networking connectivity' ) !== 'none' );
const network = AstalNetwork.get_default();
const setNetworking = ( status: boolean ) => {
if ( status === true ) {
exec( 'nmcli networking on' );
networkEnabled.set( true );
} else {
exec( 'nmcli networking off' );
networkEnabled.set( false );
}
}
const getIP = () => {
return exec( `/bin/bash -c "ip addr show | grep 'inet ' | awk '{print $2}' | grep -v '127'"` ).split( '/' )[ 0 ];
}
export default {
networkEnabled,
setNetworking,
getIP
}

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import AstalNetwork from "gi://AstalNetwork?version=0.1";
interface CurrentWiFi {
ssid: string;
strength: number;
secured: boolean;
}
interface WiFiDetails extends CurrentWiFi {
active: boolean;
accessPoint: AstalNetwork.AccessPoint;
iconName: string;
}

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// From https://github.com/Neurarian/matshell/blob/master/utils/wifi.ts
import { execAsync, Variable } from "astal";
import Network from "gi://AstalNetwork";
import { CurrentWiFi, WiFiDetails } from "./network";
// State trackers
export const availableNetworks: Variable<WiFiDetails[]> = Variable([]);
export const savedNetworks: Variable<string[]> = Variable([]);
export const activeNetwork: Variable<CurrentWiFi | null> = Variable(null);
export const isConnecting: Variable<boolean> = Variable(false);
export const showPasswordDialog: Variable<boolean> = Variable(false);
export const errorMessage: Variable<string> = Variable("");
export const isExpanded: Variable<boolean> = Variable(false);
export const passwordInput: Variable<string> = Variable("");
export const selectedNetwork: Variable<null | WiFiDetails> = Variable(null);
export const refreshIntervalId: Variable<
number | null | ReturnType<typeof setTimeout>
> = Variable(null);
// Function to scan for available networks
export const scanNetworks = () => {
const network = Network.get_default();
if (network && network.wifi) {
network.wifi.scan();
// Get available networks from access points
const networks: WiFiDetails[] = network.wifi.accessPoints
.map(ap => ({
ssid: ap.ssid,
strength: ap.strength,
secured: ap.flags !== 0,
active: network.wifi.activeAccessPoint?.ssid === ap.ssid,
accessPoint: ap,
iconName: ap.iconName,
}))
.filter(n => n.ssid);
// Sort by signal strength
networks.sort((a, b) => b.strength - a.strength);
// Remove duplicates (same SSID)
const uniqueNetworks: WiFiDetails[] = [];
const seen = new Set();
networks.forEach(network => {
if (!seen.has(network.ssid)) {
seen.add(network.ssid);
uniqueNetworks.push(network);
}
});
availableNetworks.set(uniqueNetworks);
// Update active network
if (network.wifi.activeAccessPoint) {
activeNetwork.set({
ssid: network.wifi.activeAccessPoint.ssid,
strength: network.wifi.activeAccessPoint.strength,
secured: network.wifi.activeAccessPoint.flags !== 0,
});
} else {
activeNetwork.set(null);
}
}
};
// Function to list saved networks
export const getSavedNetworks = () => {
execAsync(["bash", "-c", "nmcli -t -f NAME,TYPE connection show"])
.then(output => {
if (typeof output === "string") {
const savedWifiNetworks = output
.split("\n")
.filter(line => line.includes("802-11-wireless"))
.map(line => line.split(":")[0].trim());
savedNetworks.set(savedWifiNetworks);
}
})
.catch(error => console.error("Error fetching saved networks:", error));
};
// Function to connect to a network
export const connectToNetwork = (
ssid: string,
password: null | string = null,
) => {
isConnecting.set(true);
errorMessage.set("");
const network = Network.get_default();
const currentSsid = network.wifi.ssid;
// Function to perform the actual connection
const performConnection = () => {
let command = "";
if (password) {
// Connect with password
command = `echo '${password}' | nmcli device wifi connect "${ssid}" --ask`;
} else {
// Connect without password (saved or open network)
command = `nmcli connection up "${ssid}" || nmcli device wifi connect "${ssid}"`;
}
execAsync(["bash", "-c", command])
.then(() => {
showPasswordDialog.set(false);
isConnecting.set(false);
scanNetworks(); // Refresh network list
})
.catch(error => {
console.error("Connection error:", error);
errorMessage.set("Failed to connect. Check password.");
isConnecting.set(false);
});
};
// If already connected to a network, disconnect first
if (currentSsid && currentSsid !== ssid) {
console.log(
`Disconnecting from ${currentSsid} before connecting to ${ssid}`,
);
execAsync(["bash", "-c", `nmcli connection down "${currentSsid}"`])
.then(() => {
// Wait a moment for the disconnection to complete fully
setTimeout(() => {
performConnection();
}, 500); // 500ms delay for clean disconnection
})
.catch(error => {
console.error("Disconnect error:", error);
// Continue with connection attempt even if disconnect fails
performConnection();
});
} else {
// No active connection or connecting to same network (reconnect case)
performConnection();
}
};
// Function to disconnect from a network
export const disconnectNetwork = (ssid: string) => {
execAsync(["bash", "-c", `nmcli connection down "${ssid}"`])
.then(() => {
scanNetworks(); // Refresh network list
})
.catch(error => {
console.error("Disconnect error:", error);
});
};
// Function to forget a saved network
export const forgetNetwork = (ssid: string) => {
execAsync(["bash", "-c", `nmcli connection delete "${ssid}"`])
.then(() => {
getSavedNetworks(); // Refresh saved networks list
scanNetworks(); // Refresh network list
})
.catch(error => {
console.error("Forget network error:", error);
});
};

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$fg-color: #{"@theme_fg_color"};
$bg-color: #{"@theme_bg_color"};
box.players-box {
margin-top: 20px;
}
box.player {
padding: 0.6rem;
.cover-art {
min-width: 100px;
min-height: 100px;
border-radius: 9px;
margin-right: 0.6rem;
background-size: contain;
background-position: center;
}
.title {
font-weight: bold;
font-size: 1.1em;
}
scale {
padding: 0;
margin: 0.4rem 0;
border-radius: 20px;
trough {
min-height: 8px;
border-radius: 20px;
}
highlight {
background-color: $fg-color;
border-radius: 20px;
}
slider {
all: unset;
border-radius: 20px;
}
}
centerbox.actions {
min-width: 220px;
button {
min-width: 0;
min-height: 0;
padding: 0.4rem;
margin: 0 0.2rem;
}
}
}

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import { bind } from "astal";
import { Gtk } from "astal/gtk4";
import AstalMpris from "gi://AstalMpris";
import Pango from "gi://Pango?version=1.0";
const ALIGN = Gtk.Align;
const mpris = AstalMpris.get_default();
mpris.connect("player-added", p => {
print("Player added:", p);
});
const PlayerModule = () => {
return (
<box vertical cssClasses={ [ 'players-box' ] }>
<label label={"Music Players"} halign={ALIGN.CENTER} cssClasses={[ 'title-2' ]}></label>
<Gtk.Separator marginTop={3} marginBottom={5}></Gtk.Separator>
<box cssClasses={["players"]}>
{bind(mpris, "players").as(players => {
return players.map(player => {
return <PlayerItem player={player}></PlayerItem>;
});
})}
</box>
<label label={"No playback active"} visible={bind(mpris, "players").as( players => players.length === 0 )}></label>
</box>
);
};
// TODO: Update widths
const pbStatus = AstalMpris.PlaybackStatus;
const PlayerItem = ({ player }: { player: AstalMpris.Player }) => {
return (
<box cssClasses={["player"]}>
<image
cssClasses={["cover-art"]}
file={bind(player, "coverArt")}
hexpand
vexpand
></image>
<box vertical>
<label
label={bind(player, "title").as(
title => title ?? "Unknown title",
)}
cssClasses={["title"]}
halign={ALIGN.START}
valign={ALIGN.START}
maxWidthChars={30}
ellipsize={Pango.EllipsizeMode.END}
></label>
<label
label={bind(player, "artist").as(
artist => artist ?? "Unknown artist",
)}
halign={ALIGN.START}
valign={ALIGN.START}
maxWidthChars={30}
ellipsize={Pango.EllipsizeMode.END}
></label>
<slider
visible={bind(player, "length").as(l => l > 0)}
value={bind(player, "position")}
min={0}
max={bind(player, "length")}
onChangeValue={v =>
player.set_position(v.get_value())
}
></slider>
<centerbox
cssClasses={["actions"]}
startWidget={
<label
label={bind(player, "position").as(v =>
secondsToFriendlyTime(v),
)}
hexpand
cssClasses={["position"]}
></label>
}
centerWidget={
<box>
<button
visible={bind(player, "canGoPrevious")}
child={
<image
iconName={
"media-skip-backward-symbolic"
}
></image>
}
onClicked={() => player.previous()}
></button>
<button
visible={bind(player, "canControl")}
child={
<image
iconName={bind(
player,
"playbackStatus",
).as(status => {
if (status === pbStatus.PLAYING) {
return "media-playback-pause-symbolic";
} else {
return "media-playback-start-symbolic";
}
})}
></image>
}
onClicked={() => player.play_pause()}
></button>
<button
visible={bind(player, "canGoNext")}
child={
<image
iconName={"media-skip-forward-symbolic"}
></image>
}
onClicked={() => player.next()}
></button>
</box>
}
endWidget={
<label
cssClasses={["length"]}
hexpand
label={bind(player, "length").as(v =>
secondsToFriendlyTime(v),
)}
></label>
}
></centerbox>
</box>
</box>
);
};
const secondsToFriendlyTime = (time: number) => {
const minutes = Math.floor(time / 60);
const hours = Math.floor(minutes / 60);
const seconds = Math.floor(time % 60);
if (hours > 0) {
return `${hours}:${expandTime(minutes)}:${expandTime(seconds)}`;
} else {
return `${minutes}:${expandTime(seconds)}`;
}
};
const expandTime = (time: number): string => {
return time < 10 ? `0${time}` : "" + time;
};
export default {
PlayerModule,
};

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import { exec } from "astal";
import { Gtk } from "astal/gtk4";
const PowerMenu = (): Gtk.Popover => {
const popover = new Gtk.Popover({ cssClasses: ["PowerMenu"] });
const powerMenuBox = () => {
return (
<box>
<button
cssClasses={["power-button"]}
child={
<image iconName={"system-shutdown-symbolic"}></image>
}
onClicked={() => exec("/bin/sh -c 'shutdown now'")}
></button>
<button
cssClasses={["power-button"]}
child={<image iconName={"system-reboot-symbolic"}></image>}
onClicked={() => exec("/bin/sh -c 'reboot'")}
></button>
<button
cssClasses={["power-button"]}
child={<image iconName={"system-suspend-symbolic"}></image>}
onClicked={() => exec("/bin/sh -c 'systemctl suspend'")}
></button>
</box>
);
};
popover.set_child(powerMenuBox());
return popover;
};
const Power = () => {
const pm = PowerMenu();
return (
<button
widthRequest={0}
hexpand={false}
vexpand={false}
cssClasses={["power-menu-button"]}
child={
<box>
<image iconName={"system-shutdown-symbolic"}></image>
{pm}
</box>
}
onClicked={() => pm.popup()}
/>
);
};
const UserMenu = (): Gtk.Popover => {
const popover = new Gtk.Popover();
const powerMenuBox = () => {
return (
<box>
<button
cssClasses={["power-button"]}
child={
<image iconName={"system-lock-screen-symbolic"}></image>
}
onClicked={() => exec("/bin/sh -c 'hyprlock'")}
></button>
<button
cssClasses={["power-button"]}
child={<image iconName={"system-log-out-symbolic"}></image>}
onClicked={() =>
exec("/bin/sh -c 'hyprctl dispatch exit 0'")
}
></button>
</box>
);
};
popover.set_child(powerMenuBox());
return popover;
};
export default {
Power,
UserMenu
};