call: logTeleconferenceDeviceQuality

Namespace: microsoft.graph

Log video teleconferencing device quality data.

The Cloud Video Interop (CVI) bot represents video teleconferencing (VTC) devices and acts as a back-to-back agent for a VTC device in a conference call. Because a CVI bot is in the middle of the VTC and Microsoft Teams infrastructure as a VTC proxy, it has two media legs. One media leg is between the CVI bot and Teams infrastructure, such as Teams conference server or a Teams client. The other media leg is between the CVI bot and the VTC device.

The third-party partners own the VTC media leg and the Teams infrastructure cannot access the quality data of the third-party call leg. This method is only for the CVI partners to provide their media quality data.

This API is available in the following national cloud deployments.

Global service US Government L4 US Government L5 (DOD) China operated by 21Vianet

Permissions

Choose the permission or permissions marked as least privileged for this API. Use a higher privileged permission or permissions only if your app requires it. For details about delegated and application permissions, see Permission types. To learn more about these permissions, see the permissions reference.

Permission type Least privileged permissions Higher privileged permissions
Delegated (work or school account) Not supported. Not supported.
Delegated (personal Microsoft account) Not supported. Not supported.
Application Calls.AccessMedia.All Not available.

HTTP request

POST /communications/calls/logTeleconferenceDeviceQuality

Request headers

Name Description
Authorization Bearer {token}. Required. Learn more about authentication and authorization.
User-Agent Describes the name and version of the calling application. Details will surface in Azure Information Protection Analytics. Suggested format is ApplicationName/Version. Required.

Request body

In the request body, provide a JSON object with the following parameters.

Parameter Type Description
quality teleconferenceDeviceQuality Quality data of VTC media leg.

Response

If successful, this method returns a 200 OK response code. It doesn't return anything in the response body.

Examples

The following example shows how to call this API.

Request

The following example shows a request.

POST https://graph.microsoft.com/v1.0/communications/calls/logTeleconferenceDeviceQuality
Content-type: application/json

{
  "quality": {
    "@odata.type": "#microsoft.graph.teleconferenceDeviceQuality",
    "callChainId": "0622673d-9f69-49b3-9d4f-5ec64f42ecce",
    "participantId": "ea078406-b5d4-4d3c-b85e-90103dcec7f6",
    "mediaLegId": "bd9ee398-4b9d-42c7-8b8d-4e8efad9435f",
    "deviceName": "TestAgent",
    "deviceDescription": "TestDescription",
    "mediaQualityList": [
      {
        "@odata.type": "#microsoft.graph.teleconferenceDeviceAudioQuality",
        "channelIndex": 1,
        "mediaDuration": "PT20M",
        "networkLinkSpeedInBytes": 13000,
        "localIPAddress": "127.0.0.1",
        "localPort": 6300,
        "remoteIPAddress": "102.1.1.101",
        "remotePort": 6301,
        "inboundPackets": 5500,
        "outboundPackets": 5400,
        "averageInboundPacketLossRateInPercentage": 0.01,
        "averageOutboundPacketLossRateInPercentage": 0.02,
        "maximumInboundPacketLossRateInPercentage": 0.05,
        "maximumOutboundPacketLossRateInPercentage": 0.06,
        "averageInboundRoundTripDelay": "PT0.03S",
        "averageOutboundRoundTripDelay": "PT0.04S",
        "maximumInboundRoundTripDelay": "PT0.13S",
        "maximumOutboundRoundTripDelay": "PT0.14S",
        "averageInboundJitter": "PT0.01S",
        "averageOutboundJitter": "PT0.015S",
        "maximumInboundJitter": "PT0.023S",
        "maximumOutboundJitter": "PT0.024S"
      },
      {
        "@odata.type": "#microsoft.graph.teleconferenceDeviceVideoQuality",
        "channelIndex": 1,
        "mediaDuration": "PT20M",
        "networkLinkSpeedInBytes": 13000,
        "localIPAddress": "127.0.0.1",
        "localPort": 6300,
        "remoteIPAddress": "102.1.1.101",
        "remotePort": 6301,
        "inboundPackets": 5500,
        "outboundPackets": 5400,
        "averageInboundPacketLossRateInPercentage": 0.01,
        "averageOutboundPacketLossRateInPercentage": 0.02,
        "maximumInboundPacketLossRateInPercentage": 0.05,
        "maximumOutboundPacketLossRateInPercentage": 0.06,
        "averageInboundRoundTripDelay": "PT0.03S",
        "averageOutboundRoundTripDelay": "PT0.04S",
        "maximumInboundRoundTripDelay": "PT0.13S",
        "maximumOutboundRoundTripDelay": "PT0.14S",
        "averageInboundJitter": "PT0.01S",
        "averageOutboundJitter": "PT0.015S",
        "maximumInboundJitter": "PT0.023S",
        "maximumOutboundJitter": "PT0.024S"
      },
      {
        "@odata.type": "#microsoft.graph.teleconferenceDeviceScreenSharingQuality",
        "channelIndex": 1,
        "mediaDuration": "PT20M",
        "networkLinkSpeedInBytes": 13000,
        "localIPAddress": "127.0.0.1",
        "localPort": 6300,
        "remoteIPAddress": "102.1.1.101",
        "remotePort": 6301,
        "inboundPackets": 5500,
        "outboundPackets": 5400,
        "averageInboundPacketLossRateInPercentage": 0.01,
        "averageOutboundPacketLossRateInPercentage": 0.02,
        "maximumInboundPacketLossRateInPercentage": 0.05,
        "maximumOutboundPacketLossRateInPercentage": 0.06,
        "averageInboundRoundTripDelay": "PT0.03S",
        "averageOutboundRoundTripDelay": "PT0.04S",
        "maximumInboundRoundTripDelay": "PT0.13S",
        "maximumOutboundRoundTripDelay": "PT0.14S",
        "averageInboundJitter": "PT0.01S",
        "averageOutboundJitter": "PT0.015S",
        "maximumInboundJitter": "PT0.023S",
        "maximumOutboundJitter": "PT0.024S"
      }
    ]
  }
}

Response

The following example shows the response.

HTTP/1.1 200 OK