KI-AGENT: Telefonie und Setup trennen

This commit is contained in:
2026-05-21 13:50:25 +02:00
parent d99cddf5b5
commit ba12c46c88
6 changed files with 987 additions and 846 deletions

View File

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const loading = ref(false)
const statusLoading = ref(false)
const websocketTesting = ref(false)
const config = ref(null)
const status = ref(null)
const websocketResult = ref(null)
const lastUpdated = ref(null)
const selectedExtension = ref("1001")
const dialTarget = ref("600")
const sipModule = ref(null)
const userAgent = shallowRef(null)
const registerer = shallowRef(null)
const activeSession = shallowRef(null)
const remoteAudio = ref(null)
const sipLoading = ref(false)
const sipRegistered = ref(false)
const sipStatus = ref("Nicht verbunden")
const sipError = ref(null)
const incomingCall = ref(null)
const callState = ref("idle")
const registererState = ref("Initial")
const sipEvents = ref([])
const ringtoneTimer = shallowRef(null)
const ringtoneAudioContext = shallowRef(null)
const callSignalStatus = ref("Bereit")
const originalDocumentTitle = ref("")
export const useTelephonySoftphone = () => {
const toast = useToast()
const { $api } = useNuxtApp()
const incomingCaller = computed(() => {
const identity = incomingCall.value?.remoteIdentity
return identity?.displayName || identity?.uri?.user || "Unbekannter Anrufer"
})
const selectedAccount = computed(() =>
(config.value?.testAccounts || []).find((account) => account.extension === selectedExtension.value)
|| config.value?.testAccounts?.[0]
)
const canRegisterSip = computed(() =>
Boolean(config.value?.sipWebSocketUrl && config.value?.sipDomain && selectedAccount.value && !sipLoading.value)
)
const canStartCall = computed(() =>
Boolean(sipRegistered.value && dialTarget.value?.trim() && !activeSession.value && !sipLoading.value)
)
const canHangup = computed(() =>
Boolean(activeSession.value && callState.value !== "terminated")
)
const statusColor = computed(() => {
if (status.value?.reachable) return "success"
if (!status.value?.enabled) return "warning"
return "error"
})
const statusIcon = computed(() => {
if (status.value?.reachable) return "i-heroicons-signal"
if (!status.value?.enabled) return "i-heroicons-pause-circle"
return "i-heroicons-signal-slash"
})
const websocketColor = computed(() => {
if (!websocketResult.value) return "neutral"
return websocketResult.value.ok ? "success" : "error"
})
const addSipEvent = (message) => {
sipEvents.value = [
{
time: new Date().toLocaleTimeString("de-DE"),
message,
},
...sipEvents.value,
].slice(0, 8)
}
const ensureSipModule = async () => {
if (!sipModule.value) {
sipModule.value = await import("sip.js")
}
return sipModule.value
}
const cleanupRemoteAudio = () => {
if (!remoteAudio.value?.srcObject) return
const stream = remoteAudio.value.srcObject
if (stream?.getTracks) {
stream.getTracks().forEach((track) => track.stop())
}
remoteAudio.value.srcObject = null
}
const attachRemoteAudio = async (session) => {
const peerConnection = session?.sessionDescriptionHandler?.peerConnection
if (!peerConnection || !remoteAudio.value) return
const remoteStream = new MediaStream()
peerConnection.getReceivers().forEach((receiver) => {
if (receiver.track) remoteStream.addTrack(receiver.track)
})
remoteAudio.value.srcObject = remoteStream
try {
await remoteAudio.value.play()
} catch (error) {
addSipEvent(`Audioausgabe blockiert: ${error?.message || "Browser-Autoplay"}`)
}
}
const playRingtoneTick = async () => {
if (!window.AudioContext && !window.webkitAudioContext) return
const AudioContextConstructor = window.AudioContext || window.webkitAudioContext
const context = ringtoneAudioContext.value || new AudioContextConstructor()
ringtoneAudioContext.value = context
if (context.state === "suspended") {
await context.resume()
}
const oscillator = context.createOscillator()
const gain = context.createGain()
oscillator.type = "sine"
oscillator.frequency.value = 880
gain.gain.setValueAtTime(0.0001, context.currentTime)
gain.gain.exponentialRampToValueAtTime(0.12, context.currentTime + 0.03)
gain.gain.exponentialRampToValueAtTime(0.0001, context.currentTime + 0.35)
oscillator.connect(gain)
gain.connect(context.destination)
oscillator.start()
oscillator.stop(context.currentTime + 0.38)
}
const stopCallSignaling = () => {
if (ringtoneTimer.value) {
window.clearInterval(ringtoneTimer.value)
ringtoneTimer.value = null
}
if (originalDocumentTitle.value) {
document.title = originalDocumentTitle.value
originalDocumentTitle.value = ""
}
if (navigator.vibrate) {
navigator.vibrate(0)
}
callSignalStatus.value = "Bereit"
}
const startCallSignaling = async () => {
stopCallSignaling()
callSignalStatus.value = "Signalisiert"
originalDocumentTitle.value = document.title
document.title = "Eingehender Anruf - FEDEO"
if (navigator.vibrate) {
navigator.vibrate([180, 90, 180])
}
try {
await playRingtoneTick()
ringtoneTimer.value = window.setInterval(() => {
playRingtoneTick().catch((error) => {
callSignalStatus.value = "Klingelton blockiert"
addSipEvent(`Klingelton blockiert: ${error?.message || "Browser-Autoplay"}`)
})
}, 1400)
} catch (error) {
callSignalStatus.value = "Klingelton blockiert"
addSipEvent(`Klingelton blockiert: ${error?.message || "Browser-Autoplay"}`)
}
}
const setupSession = (session, direction = "outgoing") => {
const { SessionState } = sipModule.value
activeSession.value = session
callState.value = direction === "incoming" ? "incoming" : "connecting"
sipStatus.value = direction === "incoming" ? "Eingehender Anruf" : "Anruf wird aufgebaut"
session.stateChange.addListener(async (state) => {
if (state === SessionState.Establishing) {
callState.value = "connecting"
sipStatus.value = "Anruf wird aufgebaut"
}
if (state === SessionState.Established) {
stopCallSignaling()
callState.value = "active"
sipStatus.value = "Im Gespräch"
incomingCall.value = null
await attachRemoteAudio(session)
}
if (state === SessionState.Terminated) {
stopCallSignaling()
callState.value = "terminated"
sipStatus.value = sipRegistered.value ? "Registriert" : "Nicht verbunden"
activeSession.value = null
incomingCall.value = null
cleanupRemoteAudio()
}
})
}
const loadTelephony = async () => {
loading.value = true
try {
const [configRes, statusRes] = await Promise.all([
$api("/api/telephony/config"),
$api("/api/telephony/status")
])
config.value = configRes
status.value = statusRes
lastUpdated.value = new Date()
if (!selectedAccount.value && configRes?.testAccounts?.length) {
selectedExtension.value = configRes.testAccounts[0].extension
}
} catch (error) {
toast.add({
title: "Telefonie-Status konnte nicht geladen werden",
color: "error"
})
} finally {
loading.value = false
}
}
const refreshStatus = async () => {
statusLoading.value = true
try {
status.value = await $api("/api/telephony/status")
lastUpdated.value = new Date()
} catch (error) {
toast.add({
title: "Asterisk-Status konnte nicht geprüft werden",
color: "error"
})
} finally {
statusLoading.value = false
}
}
const testWebSocket = async () => {
if (!config.value?.sipWebSocketUrl || websocketTesting.value) return
websocketTesting.value = true
websocketResult.value = null
await new Promise((resolve) => {
let settled = false
const socket = new WebSocket(config.value.sipWebSocketUrl, "sip")
const timer = window.setTimeout(() => {
if (settled) return
settled = true
socket.close()
websocketResult.value = {
ok: false,
message: "WebSocket-Verbindung ist abgelaufen."
}
resolve()
}, 3000)
socket.onopen = () => {
if (settled) return
settled = true
window.clearTimeout(timer)
websocketResult.value = {
ok: true,
message: "SIP-WebSocket ist aus dem Browser erreichbar."
}
socket.close()
resolve()
}
socket.onerror = () => {
if (settled) return
settled = true
window.clearTimeout(timer)
websocketResult.value = {
ok: false,
message: "SIP-WebSocket konnte nicht geöffnet werden."
}
resolve()
}
})
websocketTesting.value = false
}
const stopSip = async () => {
sipLoading.value = true
sipError.value = null
try {
if (activeSession.value) {
await hangupCall()
}
if (registerer.value) {
await registerer.value.unregister()
registerer.value = null
}
if (userAgent.value) {
await userAgent.value.stop()
userAgent.value = null
}
sipRegistered.value = false
registererState.value = "Initial"
sipStatus.value = "Nicht verbunden"
callState.value = "idle"
} catch (error) {
sipError.value = error?.message || "SIP-Verbindung konnte nicht getrennt werden."
} finally {
sipLoading.value = false
}
}
const registerSip = async () => {
if (!canRegisterSip.value) return
sipLoading.value = true
sipError.value = null
try {
await stopSip()
const sip = await ensureSipModule()
const account = selectedAccount.value
const uri = sip.UserAgent.makeURI(`sip:${account.extension}@${config.value.sipDomain}`)
if (!uri) throw new Error("SIP-URI konnte nicht erstellt werden.")
const handleIncomingInvite = (invitation) => {
addSipEvent(`INVITE von ${invitation.remoteIdentity?.uri?.user || "unbekannt"} empfangen`)
incomingCall.value = invitation
setupSession(invitation, "incoming")
startCallSignaling()
toast.add({
title: "Eingehender Anruf",
description: `Anruf für ${account.extension}`,
color: "primary"
})
}
const ua = new sip.UserAgent({
uri,
displayName: account.displayName,
contactName: account.extension,
authorizationUsername: account.extension,
authorizationPassword: account.password,
logBuiltinEnabled: true,
logLevel: "log",
logConnector: (level, category, label, content) => {
if (category === "sip.Transport" && content.includes("Received WebSocket")) {
addSipEvent("SIP-Nachricht über WebSocket empfangen")
}
if (content.includes("INVITE")) {
addSipEvent(`${category}: ${content.split("\n")[0]}`)
}
if (level === "error" || level === "warn") {
addSipEvent(`${category}: ${content.split("\n")[0]}`)
}
},
delegate: {
onInvite: handleIncomingInvite,
onConnect: () => {
addSipEvent("SIP-WebSocket verbunden")
sipStatus.value = sipRegistered.value ? `Registriert als ${account.extension}` : "SIP-WebSocket verbunden"
},
onDisconnect: () => {
addSipEvent("SIP-WebSocket getrennt")
sipRegistered.value = false
sipStatus.value = "SIP-WebSocket getrennt"
},
},
transportOptions: {
server: config.value.sipWebSocketUrl,
keepAliveInterval: 20,
traceSip: true,
},
sessionDescriptionHandlerFactoryOptions: {
constraints: {
audio: true,
video: false,
},
peerConnectionConfiguration: {
iceServers: [],
},
},
})
const reg = new sip.Registerer(ua, {
expires: 120,
})
reg.stateChange.addListener((state) => {
registererState.value = state
if (state === sip.RegistererState.Registered) {
addSipEvent(`Registrierung ${account.extension}: Registered`)
sipRegistered.value = true
sipStatus.value = `Registriert als ${account.extension}`
}
if (state === sip.RegistererState.Unregistered || state === sip.RegistererState.Terminated) {
addSipEvent(`Registrierung ${account.extension}: ${state}`)
sipRegistered.value = false
sipStatus.value = "Nicht verbunden"
}
})
userAgent.value = ua
registerer.value = reg
await ua.start()
await reg.register({
requestDelegate: {
onAccept: () => {
addSipEvent(`REGISTER ${account.extension}: 200 OK`)
sipRegistered.value = true
sipStatus.value = `Registriert als ${account.extension}`
registererState.value = sip.RegistererState.Registered
},
onReject: (response) => {
sipRegistered.value = false
sipStatus.value = "Registrierung abgelehnt"
sipError.value = `Asterisk hat REGISTER mit HTTP/SIP ${response.message.statusCode} abgelehnt.`
addSipEvent(`REGISTER ${account.extension}: ${response.message.statusCode}`)
},
},
})
} catch (error) {
sipRegistered.value = false
sipStatus.value = "Nicht verbunden"
sipError.value = error?.message || "SIP-Registrierung fehlgeschlagen."
} finally {
sipLoading.value = false
}
}
const startCall = async () => {
if (!canStartCall.value) return
sipLoading.value = true
sipError.value = null
try {
const sip = await ensureSipModule()
const target = sip.UserAgent.makeURI(`sip:${dialTarget.value.trim()}@${config.value.sipDomain}`)
if (!target) throw new Error("Zielnummer ist keine gültige SIP-Adresse.")
const inviter = new sip.Inviter(userAgent.value, target, {
sessionDescriptionHandlerOptions: {
constraints: {
audio: true,
video: false,
},
},
})
setupSession(inviter, "outgoing")
await inviter.invite()
} catch (error) {
activeSession.value = null
callState.value = "idle"
sipError.value = error?.message || "Anruf konnte nicht gestartet werden."
} finally {
sipLoading.value = false
}
}
const acceptIncomingCall = async () => {
if (!incomingCall.value) return
sipLoading.value = true
sipError.value = null
stopCallSignaling()
try {
await incomingCall.value.accept({
sessionDescriptionHandlerOptions: {
constraints: {
audio: true,
video: false,
},
},
})
} catch (error) {
sipError.value = error?.message || "Anruf konnte nicht angenommen werden."
} finally {
sipLoading.value = false
}
}
const rejectIncomingCall = async () => {
if (!incomingCall.value) return
try {
stopCallSignaling()
await incomingCall.value.reject()
} finally {
incomingCall.value = null
activeSession.value = null
callState.value = "idle"
}
}
const hangupCall = async () => {
const session = activeSession.value
if (!session) return
const { SessionState } = sipModule.value || await ensureSipModule()
try {
if (session.state === SessionState.Initial && session.reject) {
await session.reject()
} else if (session.state === SessionState.Establishing && session.cancel) {
await session.cancel()
} else if (session.state === SessionState.Established && session.bye) {
await session.bye()
} else if (session.dispose) {
session.dispose()
}
} finally {
stopCallSignaling()
activeSession.value = null
incomingCall.value = null
callState.value = "idle"
cleanupRemoteAudio()
sipStatus.value = sipRegistered.value ? "Registriert" : "Nicht verbunden"
}
}
return {
loading,
statusLoading,
websocketTesting,
config,
status,
websocketResult,
lastUpdated,
selectedExtension,
dialTarget,
activeSession,
remoteAudio,
sipLoading,
sipRegistered,
sipStatus,
sipError,
incomingCall,
incomingCaller,
callState,
registererState,
sipEvents,
callSignalStatus,
selectedAccount,
canRegisterSip,
canStartCall,
canHangup,
statusColor,
statusIcon,
websocketColor,
loadTelephony,
refreshStatus,
testWebSocket,
registerSip,
stopSip,
startCall,
acceptIncomingCall,
rejectIncomingCall,
hangupCall,
}
}